Did you know Regent Seven Seas Cruises, widely regarded as the epitome of luxury ocean travel, offers a real cruising jewel: Seven Seas Grandeur.
A Heritage of Perfection.
Described by Harry Sommer, President and CEO of Norwegian Cruise Line Holdings Ltd., as “breathtaking,” to which I can attest having sailed on the spectacular ship, Seven Seas Grandeur stands as a testament to refined style, matchless elegance and captivating beauty.
The ship, designed by the award-winning Studio DADO and constructed by premier shipbuilder Fincantieri in Ancona, Italy, is a masterpiece that not just exemplifies, bit wholly embodies, luxury travel at sea.
“Seven Seas Grandeur is the most anticipated new luxury ship to set sail this year, an achievement made possible through the combined craftsmanship and exquisite eye for design excellence by Studio DADO and Fincantieri, who together with our team at Regent, have delivered a truly remarkable work of art,” said Harry Sommer, President and Chief Executive Officer of Norwegian Cruise Line Holdings Ltd.
“Each feature of this ship is more jaw-dropping than the last, from the world-class collection of art and tantalizing epicurean experiences, to the lavishly designed suites, restaurants, bars and lounges. Seven Seas Grandeur sets a new standard for service and comfort in the travel industry, and we are delighted to present this incredible new ship to discerning travelers as they explore the world with Regent.”
The maiden season of Seven Seas Grandeur, under the command of Captain Luciano Montesanto, continues to treat guests to Caribbean exploration, two transits of the Panama Canal as well as an itinerary sailing the U.S. Eastern Seaboard before sailing back across the Atlantic from New York to Barcelona to explore the Mediterranean.
Seven Seas Grandeur witnessed the colors of Fall in Canada and New England in September and October, then finally culminated in a luxurious year of travel by exploring more of the Caribbean to close out 2024.
With a gross tonnage of 55,500, a crew of 548 staff and a capacity for only 746 guests, Seven Seas Grandeur promises one of the highest space- and staff-to-guest ratios in the industry thus ensuring guest needs and wants will be swiftly attended to.
All-Inclusive Opulence
With all Regent Seven Seas Cruise, unlimited complimentary shore excursions are available in every port, making it the only truly all-inclusive cruise line. Voyage fares also include round-trip business-class air on intercontinental flights from the U.S. and Canada; gourmet cuisine in a range of specialty restaurants and al-fresco dining venues; fine wines and spirits; entertainment, unlimited internet access; free valet laundry; gratuities; ground transfers and one-night, pre-cruise hotel packages for guests staying in Concierge-level suites and higher.
Stay, Sip & Savor
Inspired by the past and reimagined for the future, Seven Seas Grandeur offers an array of transformative experiences from the moment guests step on board. The ship boasts 15 accommodation categories ranging between 307 square feet, to over 4,443 square feet with online virtual tours of each available. This includes the lavish $11,000 usd / $14,876 cad-a-night Regent Suite, contemporary Distinctive Suites and beautifully appointed Spacious Suites that are all designed to evoke an elevated, residential feel.
The ship’s dining experiences offer guests an unrivaled culinary journey. Epicurean perfection has been enhanced across the ship’s eight exquisite and complimentary dining experiences, including in its five specialty restaurants, with 130 new dishes created exclusively for Seven Seas Grandeur. The unrivaled dining experience on board will be delivered by a dedicated crew including the very best chefs, sommeliers and serving professionals in the industry. In addition, the culinary experience will be enhanced with captivatingly reimagined designs for signature restaurants Compass Rose, Prime 7, Chartreuse and La Veranda.
For guests looking to broaden their culinary skills, the ship’s Culinary Arts Kitchen offers hands-on classes, special demonstrations and more, in a professional-grade culinary teaching facility led by highly experienced chefs. A wide curriculum of classes are inspired by the global destinations explored by the entire Regent fleet and include lessons in French food and wine, the meat and seafood of New Zealand and tastes of the Pacific Northwest.
Entertainment Extravaganza
Guests aboard Seven Seas Grandeur can indulge in four new extraordinary productions: Pasión, Ignite the Night, Marauder’s Ball, and ICONS. These shows feature world-class performers, breathtaking choreography and the flair of Grammy Award winners and acclaimed Broadway directors, promising unforgettable moments for all on board.
Holistic Well-Being
The ship’s Serene Spa & Wellness experience takes luxury to the next level, offering exclusive spa treatments with indulgent options such as an amber and quartz crystal bed and a Zero Gravity Wellness Massage. For culinary enthusiasts, the Culinary Arts Kitchen provides hands-on classes and demonstrations led by highly experienced chefs, offering a diverse curriculum inspired by global destinations.
Artistry at Sea
Seven Seas Grandeur is home to a 1,600-piece art collection, featuring a custom-designed masterpiece – Journey in Jewels – the first Fabergé Egg to permanently reside at sea. The ship also introduces Regent’s first digital art tour, Art Experience, accessible through the new Regent Mobile App. Notable works include pieces by Picasso, a custom-made bronze and hand-cast glass Bonsai Cherry Tree sculpture, and “The Enchanted Tree,” a 40-foot-tall, hand-woven tapestry by renowned Brazilian artist Walter Goldfarb.
As Regent Seven Seas Cruises celebrates 30 years of unparalleled experiences, for its part the Seven Seas Grandeur experience has emerged as the epitome of the cruise line’s commitment to extreme luxury. With spacious suites, impeccable service, gourmet dining, and immersive shore excursions all included, Regent continues to redefine luxury cruising. For the Silo, Merilee Kern.
Merilee Kern, MBA is an internationally-regarded brand strategist and analyst who reports on cultural shifts and trends as well as noteworthy industry change makers, movers, shakers and innovators across all categories, both B2C and B2B. This includes field experts and thought leaders, brands, products, services, destinations and events. Merilee is Founder, Executive Editor and Producer of “The Luxe List” as well as Host of the “Savvy Living” lifestyle TV show that airs in New York, Los Angeles, San Francisco, Miami, Atlanta and other major markets on CBS, FOX and other top networks; as well as the “Savvy Ventures” business TV show that airs nationally on FOX Business TV and Bloomberg TV. Merilee also hosts the Savvy Ventures Podcast & Radio show available globally on W4CY Radio—the #1 ranked live streaming radio station—among others as well asall major podcast platforms, including Pandora, Audible, Spotify, Amazon Music, Apple Podcasts, Streamyard, iHeart Radio and dozens more.As a prolific lifestyle, travel, dining and leisure industry voice of authority and tastemaker, Merilee keeps her finger on the pulse of the marketplace in search of new and innovative must-haves and exemplary experiences at all price points, from the affordable to the extreme. Her work reaches multi-millions worldwide via broadcast TV (her own shows and copious others on which she appears) as well as a myriad of print and online publications. Connect with her at www.TheLuxeList.com and www.SavvyLiving.tv / Instagram www.Instagram.com/MerileeKern / Twitter www.Twitter.com/MerileeKern / Facebook www.Facebook.com/MerileeKernOfficial / LinkedIN www.LinkedIn.com/in/MerileeKern.
***Some or all of the accommodations(s), experience(s), item(s) and/or service(s) detailed above may have been provided or arranged at no cost to accommodate if this is review editorial, but all opinions expressed are entirely those of Merilee Kern and have not been influenced in any way.***
Top Gear UK November 2024- Not one but two new Porsche 911 GT3s are upon us, both a regular be-winged car and the more subtle Touring model. And for once, the headline news isn’t the power, the peak revs or the Nürburgring lap time, but how practical it is.
That’s right, because for the first time in the 25-year history of the GT3, it’s being offered with back seats.
It’s only for the Touring, but that addition alone will be enough to start The Internet chattering about whether this is ‘all the car you’ll ever need’.
However, if kids, or at least taking your kids with you, isn’t your thing, then worry not. The back seats are merely an option, and the non-Touring GT3 can’t be had with them at all. Plus, if you’re the sort of Porsche purest who hates weight, you can double down on that ethos with either a Weissach pack for the GT3 or a Leichtbau (aka Lightweight) pack for the Touring.
As for what else is new (and there are a lot of detailed, GT3 RS-inspired changes), join Top Gear’s Tom Ford for an in-depth walkaround of both new GT3s with Andreas Preuninger, Porsche’s Director of GT Cars…
Raketa has reimagined its most emblematic model specially for the Middle East, under the name of “Big Zero” Arabic. Its exceptional design, which has become a Raketa classic, now comes with an Arabic dial.
The traditional and emblematic ‘0’ of the Raketa Watch Factory is still present on the dial, while the rest of the numerals are in Eastern Arabic, with a font design inspired by the original Soviet style model. The black and white colour scheme of the new dial is complemented by Raketa’s logo in Arabic script, created by Mohammad Sharaf, renowned calligrapher, in the brand’s signature red colour.
THIS IS HOW IT GOES poster by Mohammad Sharaf.
Raketa’s collaboration with this Kuwaiti artist, participant of contemporary Arabian design exhibitions and creator of bold local projects, has resulted from the growing interest in foreign watch brands in the Middle East.
Raketa in particular has found a new generation of watch-lovers in the region, who appreciate its singular designs and the manufacture’s rich history. Therefore, the “Big Zero” Arabic combines the West and the East, bringing together the history of Russian watchmaking and the Middle East’s incredible passion for fine watches.
A Unique Sound
Raketa’s mechanical movement is very Russian by its engineering design. It is also very Russian by the materials used: all the metal as well as the 24 rubis stones of the movement come from Russia. Even the hair-spring, the very heart and most complicated part of the movement, is cast from a secret Soviet alloy. All of this gives a very distinctive acoustic signature that is quite different from that of Swiss movements.
The Big Zero is one of the few Soviet-era watch designs to have conquered the hearts of the world and to have stood the test of time.
A black & white dial with oversized numerals crowned with a big 0 creates a self-evident, functional, but nevertheless radical design, which had to become the first Raketa to feature an Arabian dial.
The transparent case back reveals the beautifully decorated Raketa automatic movement, which is entirely designed and manufactured at the Raketa Watch Factory in St. Petersburg.
A limited production of 100 timepieces has been released this year. Future editions will be made available according to the production plan.
The origins of this bold design
When asked what inspired Soviet designers to create this bold design with a big 0, old specialists of the Raketa factory answer that it is simply more logical to start counting time from 0. Indeed, time, like everything else in our lives, always begins from 0.
With this radically innovative concept, the Big Zero watch is at the avant-garde of time reading: time starts from 0, not from 12! It directly challenges the worldwide established convention that there should always be a 12 on the dial.
Price
The cost is 1 700 EUR (including VAT)/ $2,568 CAD. The model is offered by Raketa’s official dealers in the Middle East (UAE, Bahrain, Qatar, Saudi Arabia, Kuwait) and on the official website. For customers’ convenience, Raketa watches are delivered worldwide free of charge by DHL directly up to the front door.
Specifications
Factory:
Raketa Watch Factory (Saint-Petersburg)
Movement:
Calibre:
2615
Functions:
Automatic
Number of jewels:
24
Testing positions:
4
Average rate (s/d):
-10+20
Average running time (h):
40
Frequency/hour:
18.000 / 2.5Hz
Bi-directional automatic winding
Yes
Stopper of self-winding unit activated during manual winding:
SHENZHEN, China (October, 2024) — After five years of renovations, Xiaomeisha Sea World have taken the bold step to include forward-thinking robotic alternatives to using live animals to educate and entertain visitors.
“We are thrilled to see Xiaomeisha Sea World taking a step toward more compassionate entertainment with its animatronic whale shark, and we hope this move encourages people to reconsider why they feel entitled to see live marine animals in confinement — especially when it comes to species who are known to suffer extreme psychological and physical harm as a result of captivity — and that that this aquarium will continue to lead the way with more exhibits that don’t use live animals.” Hannah Williams, Cetacean Consultant for In Defense of Animals.
Xiaomeisha Sea World’s decision comes in the context of a broader global movement toward protecting marine life. In recent years, New Zealand made headlines for banning swimming with dolphins to prevent the disturbance of wild populations — a step in recognizing the importance of reducing stress on these sentient beings. In Mexico City, the ban on keeping dolphins and whales in captivity has been a landmark victory, specifically citing the former use of living dolphins in displays that landed the city’s aquarium on In Defense of Animals’ “10 Worst Tanks” list.
Developed by Shenyang Aerospace Xinguang Group under the Third Academy of China Aerospace Science and Industry Corporation Limited, this groundbreaking achievement marks a significant step forward in modern marine technology.
The nearly five-meter-long, 350-kilogram bionic marvel is capable of replicating the movements of a real whale shark with remarkable precision, including swimming, turning, floating, diving, and even movements of its mouth.
At Xiaomeisha Sea World- cutting edge display technology is front and center.
Wild whale and dolphin populations are in global decline. Fishing has caused a severe decline of Indian Ocean dolphins and Pacific Ocean orcas — who also suffer additionally from ship traffic and marine noise. The marine animal entertainment industry puts further pressure on wild animals since it depends on continual top ups of captive populations with wild captures of dolphins and small whales, such as Japan’s infamous Taiji Cove drive hunt. Each year, dolphins face traumatic experiences during live captures, either being killed or traumatically ripped from their pods and shipped for a life of confinement.
In light of the inherent cruelty and conservation impacts of traditional aquarium captivity, Xiaomeisha Sea World’s animatronic whale shark represents a promising shift towards humane marine entertainment. We encourage Xiaomeisha to build on this achievement by becoming the world’s first fully animatronic aquarium. By adopting more “species” of advanced marine robots — which include manta rays, dolphins, and orcas — Xiaomeisha could address lingering concerns, such as new reports of fish with white spot disease, crowded tanks, “lots of excrement in the snow wolf garden,” ongoing harmful beluga whale shows, and firmly put to rest the heartbreaking legacy of Pezoo, a zoochotic polar bear who suffered in extreme confinement for years. Transitioning away from outdated live-animal performances would position Xiaomeisha as a global leader in innovative, ethical marine exhibits.
Exciting developments in next-generation animal entertainment are taking place around the world. Time Magazine named Axiom Holographics’ animal-free Hologram Zoo in Brisbane among the best inventions of 2023.
Edge Innovations in California has created hyper-realistic animatronic animals, including dolphins that can swim, respond to questions, and engage closely with audiences — without any of the ethical concerns associated with real captive animals. These lifelike creations offer enhanced levels of interaction and can thrive in confined environments like theme parks, aquariums, and shopping malls, preventing real animals from suffering and premature death.
“A tidal wave of excitement is building for the future of animal-free entertainment, driven by cutting-edge technologies like animatronics, holograms, and virtual reality. “Aquariums and zoos have a unique opportunity to captivate audiences with these immersive experiences — without capturing live animals. Modern technology can bring the wonders of animal life to people in ways that were never possible before. We urge Xiaomeisha Sea World to fully embrace animatronics and seize this chance to proudly and openly lead the way to a sustainable, cruelty-free model that respects marine animal lives.” Fleur Dawes, Communications Director for In Defense of Animals.
In Defense of Animals is an international animal protection organization with over 250,000 supporters and a 40-year history of defending animals, people, and the environment through education, campaigns, and hands-on rescue facilities in California, India, South Korea, and rural Mississippi. For more information, visit https://www.idausa.org/campaign/cetacean-advocacy
The 1970s was an unforgettable decade for racing, design, and craftsmanship, particularly in the automotive world. Sports cars of the time, especially the Porsche 911, stood as symbols of precision, speed, and elegance. Inspired by this golden era, Ferro & Company introduces the Time Master 70’s — a timepiece that captures the spirit of the 1970s, designed for those who appreciate the beauty of both classic cars and fine watches.
Note- prices are in USD.
A Fusion of Precision and Heritage
Much like the legendary Porsche models of the 1970s, the Time Master 70’s is a perfect blend of bold design and engineering excellence. Drawing inspiration from the sleek dashboards and smooth curves of 70s sports cars, this watch embodies the timeless style and craftsmanship of the era. Whether you’re a car enthusiast or a collector of fine watches, the Time Master 70’s offers a link to the past, with modern reliability.
39 mm Brushed Stainless Steel 316L Case: Built to last, the case reflects the robust yet elegant design of classic sports cars.
47 mm Lug to Lug: A comfortable fit for everyday wear.
20 mm Lugs: Compatible with various straps for personalization.
10.4 mm thick (Japan MVT) / 11 mm thick (Swiss MVT): Slim enough for versatility, substantial enough to make an impression.
Flat Sapphire Crystal with A/R Coating: Scratch-resistant and designed to reduce glare, ensuring clear readability.
Movement: Choose between the reliable Japan Miyota 9039 Automatic or the precise Swiss ETA 2824-2 Automatic .
6 mm Screw-down Crown: Ensures water resistance and durability.
10 ATM (100-meter Water Resistance): Built to withstand the elements, perfect for daily adventures.
20 mm 316L Stainless Steel Bracelets with On-the-Fly 6-click internal micro-adjust system: Offers unparalleled comfort and ease of adjustment.
Super Luminova BGW9 Lume hour indices with Super Luminova Orange hands: High visibility in low-light conditions, just like the gauges on a race car’s dashboard.
Inspired by 1970s Automotive Excellence
For Porsche enthusiasts & other supercars from the era, the Time Master 70’s offers more than just a timekeeping function. Its design is inspired by the sleek lines and elegant simplicity of 70s sports car models. The clean dial mirrors the precision instruments found in the cockpits of vintage sports cars, while the bold, luminous hour indices ensure visibility reminiscent of race car dashboards.
1973 Dodge Charger dashboard.
Just as a Porsche 911 is a symbol of balance between design and power, the Time Master 70’s reflects the same ethos—perfectly balancing functionality and aesthetics. The precision of the Swiss ETA 2824 or Japan Miyota 9039 movement mirrors the finely-tuned engines that defined an era of automotive glory.
Limited edition
The Time Master 70’s is quickly becoming a collector’s item, with only limited units remaining. This limited-edition watch is nearly sold out! If you’re looking to own a piece of 1970s-inspired heritage, now is the time to act . With shipments scheduled for mid-October, this is your last chance to secure your Time Master 70’s.
Ready for the Open Road?
Whether you’re behind the wheel of a classic car or simply enjoying your everyday adventures, the Time Master 70’s is your ultimate companion. With its striking design and precision engineering, it’s more than just a watch—it’s a tribute to the elegance and excitement of the 1970s racing era.
Don’t miss the opportunity to own a timepiece inspired by a legacy of speed, craftsmanship, and timeless style. Order your Time Master 70’s today! The time Master watches will ship by mid October.
Broad Arrow Auctions has released the complete digital catalog for its upcoming inaugural Chattanooga Auction, set for 12 October 2024 at the Chattanooga Convention Center in Tennessee and we have it here for you to drool over (see below).
Among the 90+ collector cars on offer at the single-day sale are no less than 15 variations of the 911 model, including such rarities as the 1984 Porsche 911 SC RS Gruppe B “Evolutionsserie”, the vertible “missing link” in any Carrera RS collection.
Friday, October 11 9:00 am – 5:00 pm ET Saturday, October 12 9:00 am – 1:00 pm ETAuction Saturday, October 12 1:00 pm ET
STOW, OH, September 30, 2024 — Our friends at Audio-Technica are pleased to announce the introduction and availability of its AT-LP8X Semi-Automatic Direct Drive Turntable.
The AT-LP8X is Audio-Technica’s new flagship turntable and its first-ever semi-automatic model.
It is designed to deliver exceptional vinyl record playback, with features including a VM95 Series cartridge (included), adjustable VTA (vertical tracking angle), a newly-designed motor, and additional refinements.
In addition to delivering outstanding sound from 33-1/3, 45 and 78-RPM records, the Audio-Technica AT-LP8X offers the convenience of semi-automatic operation, where the tonearm raises itself off the record and the motor stops at the end of a side. The AT-LP8X comes with a pre-mounted high-performance AT-VM95E Dual Magnet phono cartridge with an elliptical stylus, for superior resolution, stereo imaging, and tracking. The cartridge is pre-mounted on Audio-Technica’s new AT-L10 removeable headshell (also available separately) for easy installation. The AT-VM95E is compatible with any VM95 Series replacement stylus.
Adjustable Vertical Tracking Angle VTA
The J-shaped aluminum tonearm is inspired by classic Audio-Technica designs and has adjustable VTA, enabling it to be optimized for virtually any phono cartridge. In addition, the AT-LP8X provides adjustments for anti-skating and tracking force, and comes with a sub-counterweight that enables the use of cartridges with a weight range from 14 to 23.5 grams.
The AT-LP8X incorporates a new low-torque direct drive DC motor, with a speed sensor system that ensures accurate speed stability. It features a 1-inch-thick (25 mm) rubber-damped, anti-resonance, die-cast aluminum platter and a rubber mat, the most substantial platter ever offered on an Audio-Technica turntable, for reduced resonance and more accurate and uncolored vinyl playback. It also features a new internal switching power supply that is optimized for audio use, ensuring minimum noise in the signal chain. The AT-LP8X comes with a detachable RCA cable, removeable hinged dust cover, and 45-RPM adapter.
The Audio-Technica AT-LP8X Semi-Automatic Direct Drive Turntable is now available, at a suggested U.S. retail price of $999 / CAD $1,348. For the Silo, Frank Doris.
Audio-Technica was founded in 1962 with the mission of producing high-quality audio for everyone. As we have grown to design critically acclaimed headphones, turntables and microphones, we have retained the belief that great audio should not be enjoyed only by the select few, but accessible to all. Building upon our analog heritage, we work to expand the limits of audio technology, pursuing an ever-changing purity of sound that creates connections and enriches lives.
— For further information regarding product availability and pricing in Europe, contact Tanya Williams (TWilliams@audio-technica.eu) please mention The Silo when contacting.
Porsche is well known for a love of details and colours. And if the normal option list just isn’t enough, the experts from Porsche Exclusive Manufaktur, Porsche Classic and our Sonderwunsch programme are happy to help.
In this article we will cast the light on some of the recent special editions and look at the illustrious career of Michael Mauer, Vice President Style Porsche, who celebrated his 20th anniversary with the brand.
As if that wasn’t enough, two extraordinary events took place recently.
While the Formula Student Germany brought together top students and motorsport enthusiasts, Porsche once again attended the Gamescom in Cologne, the world’s biggest trade fair for computer games.
Something extraordinary does not just happen somehow, somewhere. It happens at a very particular place. Hand-crafted. With experience. With passion. And through the inspiration of customers. Experts in their profession pass on these ideas and the personality of the buyers to the vehicle – and thus make a Porsche your Porsche.
What starts with special paint colours and a stylish leather interior can be topped with one-off cars from the Sonderwunsch department. Here, the highest level of customisation has been offered for more than 70 years. There are technically no boundaries other than the specific budget and the existing rules and regulations to get road approval for the vehicle in the country of the respective buyer.
The Porsche Exclusive Manufaktur is also responsible for special edition models that are either offered worldwide like the new 911 Turbo 50 Years** or only for a specific market like the Taycan Turbo K-Edition***.
Let’s have a look at some of the recent special editions.
During the recent Monterey Car Week in California, Porsche celebrated the debut of the new 911 Turbo 50 Years** edition to mark the 50th anniversary of our top-of-the-line sports car.
Paying tribute and reinterpreting the Turbo heritage
The 911 Turbo 50 Years** anniversary model is based on the 911 Turbo S**** introduced in 2019. It pays a special tribute to and reinterprets this heritage:
Limited 911 Turbo 50 Years** edition to just 1,974 units worldwide in honour of the year in which the first 911 Turbo made its debut.
When it was introduced in 1974, the Type 930 Porsche 911 Turbo shifted the boundaries of what was possible. It brought the benchmark turbo technology from the 917/10 and 917/30 racing cars into a production sports car with superior performance and combined it with a unique design and unprecedented day-to-day usability.
Combining outstanding performance and the finest materials with exclusive design elements, the 911 Turbo 50 Years edition is available with an optional Heritage Design package. Those who prefer a minimalistic look can dispense with some or all of the graphic elements on the outside.
The standard side vinyl graphics are a nod to the historic livery of the Porsche 911 RSR Turbo presented at the Frankfurt Motor Show in 1973, itself a forerunner of the 911 Turbo*****.
It features the current Porsche Turbo-exclusive colour Turbonite, which makes its first appearance on a 911. Turbonite is also used on inlays in the rear engine cover, the fuel tank cap and in the Porsche crest. It is also being used as a contrasting colour in the Turbo 50 model logo.
One of the further highlights of this year’s Monterey Car Week was the premiere of a one-off car based entirely on the personal vision of designer and Speedster collector Luca Trazzi.
He made his dream of a 911 Speedster come true via the Sonderwunsch programme.
“In this form, and with this vast range of modifications, the 911 Speedster is our first Factory One-Off for an end customer. This one-off car shows what’s possible with our Sonderwunsch programme – based on a classic Porsche 911 from 1994.” Alexander Fabig, Vice President Individualisation & Classic at Porsche
It took more than three years to create this one-off car based on a 911 Carrera Cabriolet (Type 993) from 1994.
The two-seater with the characteristic rear lid underwent comprehensive technical modifications.
Out of passion, Trazzi designed what this model might look like. He wanted the project to unify the stylistic elements of all previous Speedster models.
Next to special editions, the Sonderwunsch department and Porsche Exclusive are also working together with teams of specific Porsche markets to create unique editions only offered to customers there.
One example is the new Taycan Turbo K-Edition***, which is heavily inspired by Korean culture. It marks the 10th anniversary of 포르쉐코리아 / Porsche Korea and is available in five different exterior paints from the ‘Paint to Sample’ programme.
Designed exclusively for the K-Edition, a unique logo is based on the shape of a historical royal stamp. Within this symbol, the name ‘Taycan’ is written in traditional Korean characters.
The Style Porsche designers have also integrated a racetrack into the abstract representation of the logo and the specialists in the Sonderwunsch team hand-paint this logo in a high-gloss black onto the charging port door on the driver’s side.
Another unique selling point of the K-Edition is a special skyline graphic, created in close collaboration with Porsche Korea. The silhouette combines the characteristics of Korean cities, buildings and landscapes. It is also hand-painted in high-gloss black on the rear spoiler and the key housing.
Elsewhere on the car, the graphic is also milled into the front door entry guards (which are made of brushed black aluminium) and is revealed when the door sills are illuminated.
Inside, the skyline logo is embossed in the lower part of the leather dashboard on the passenger side.
Some customers contact their Porsche dealers with special requests. Often, they would like to order a new car in a colour not offered in the current sample. If it is a paint from an earlier Porsche model, many of those can be found via the ‘Paint to Sample’ programme.
But sometimes an owner would like to have his or her personal colour of choice – maybe inspired from jewelry, a model car or just from imagination. This is where the Sonderwunsch team comes in with its ‘Paint to Sample Plus’ programme, as in the case of Porsche enthusiast Jorge Carnicero
As part of the Porsche Sonderwunsch programme, a comprehensively customised 911 S/T in Dani Blue****** has been created.
During the configuration of his 911 S/T, Carnicero asked the colour experts at Porsche to create a special blue that would suit the sporty, puristic character of the limited anniversary model.
The colour concept of the exterior is carried on in the interior, where it strikes a balance between the sporty, puristic S/T look and high-quality individualisation. The most striking feature is the tricoloured pepita pattern on the seat centres.
The sports car collector from the US state of Kentucky named the colour exclusively developed for him after Colour & Trim designer Daniela Milošević.
“Giving the paint my nickname is an overwhelming sign of gratitude for me and my work,” Daniela Milošević, Colour & Trim designer
The hybrid design process at Porsche
With all these special models, did you ever wonder how the vision of a new Porsche actually becomes reality?
Innovative software – from the gaming sector, for instance – supports Style Porsche during the design process. But even in the age of digitalisation, our design department still values the design quality of classic sketches and labour-intensive clay models very highly. Along the path from vision to reality, the designers combine the best of both worlds.
Figure of the month:
20 years: That’s how long Michael Mauer has shaped our design as Vice President Style Porsche.
Continuity is an important aspect of the company philosophy at Porsche. As a luxury brand, Porsche is not about constantly inventing new things, but rather continuously refining things that are already good.
Last month, from 12 to 18 August, the international construction and design competition Formula Student Germany (FSG) took place at the Hockenheimring.
Racing teams from 20 different nations competed against each other. After intense months of preparation, the teams competed in the electric vehicle (EV) class and the so-called Driverless Cup (DC). The best overall package of design and performance as well as financial and sales planning is what counts.
Porsche was also on site this year to exchange ideas with the young talents. Employees from some of our specialist departments and recruiting not only cheered on the students, but also advised them on career opportunities at the Porsche Careers stand.
“As Porsche, we have been involved in Formula Student for many years and have access to many talented engineers of tomorrow. The students put a lot of heart and soul into preparing for this competition. We experience an impressive team spirit.” Lena Siegle, Employer Branding
As a special highlight of the cooperation, Porsche invited its sponsored racing teams to the Porsche Experience Centre (PEC) at the Hockenheimring during the competition. A barbecue in a relaxed atmosphere provided the opportunity to talk to the experts from our departments and our recruiters.
“The dialogue with the students was extremely valuable for us. Getting to know their wishes and needs and meeting them at eye level at such events is essential for our work.” Sandra Knittel, Recruiting Young Talents
JOIN THE PORSCHE FAMILY: Interested in joining Porsche for an internship, thesis or dual studies? Find all our current vacancies here: https://porsche.click/NLStudents
With more than 300,000 visitors, Gamescom once again was the biggest get-together for the worldwide gaming community. For the second time, we were present at the trade fair with our own stand. At our exhibition space in Hall 9.1, visitors could dive into the world of the popular game Overwatch 2®.
“At Gamescom, we have created a special multi-sensory experience of the game with a special Porsche touch for the community to enjoy.” Deniz Keskin, Head of Brand Management & Partnerships
In the spring of 2024, we cooperated with game developer Blizzard Entertainment® for the first time on the successful Overwatch 2®. For the duration of Gamescom, the digital Porsche package was once again available in the game, with players being able to use it to equip the characters D.Va and Pharah with skins inspired by Porsche.
Further, our recruiting colleagues were also present with an additional careers stand on site to advise you about our dual study program, our apprenticeships, as well as other career opportunities.
Boulder, Colorado, September, 2024 – PS Audio now offers its Stellar Strata MK2 integrated amplifier, with updated features including a moving-magnet/moving coil phono stage, a built-in improved high-resolution DAC, a Class A analog preamp stage, a headphone output, 150 watts of output power, and more.
Paul McGowan, PS Audio CEO noted, “The Stellar Strata MK2 significantly improves upon the original Strata concept of providing a superb-sounding, versatile high-end integrated amplifier. Designing the Strata MK2 gave us the opportunity to implement our latest technical advancements in an all-in-one audio component that offers exceptional sound, has an attractive, compact design, and is easy to use.”
Analog enthusiasts can now enjoy the benefits of superior vinyl playback, thanks to the PS Audio’s Stellar Strata MK2’s new moving magnet/moving coil phono stage. Two stereo pairs of MM and MC RCA phono inputs are provided, plus two RCA and XLR line-level inputs. The Strata MK2 features fully balanced analog preamplifier circuitry.
It’s equally flexible in accommodating digital sources.
The Strata MK2’s built-in DAC can deliver up to 384kHz digital audio (depending on the source), with native DSD capability up to DSD256. The Strata MK2 includes one optical and two coaxial digital inputs, plus asynchronous USB and two I2S inputs. For headphone listeners, the Strata MK2 offers a top-quality Class A headphone amplifier.
The DAC utilizes PS Audio’s exclusive Digital Lens technology to deliver extraordinary sound quality from any digital source. All digital signals are fed in native mode into the DAC’s proprietary Digital Lens, which recognizes the sample rate, re-clocks the data, reduces jitter, and applies other processing.
The Stellar Strata MK2 is fully balanced from input to output, for extremely transparent, detailed sound quality and ultra-quiet operation. Its Class A preamplifier stage features PS Audio’s exclusive analog Gain Cell variable-gain volume circuitry, which eliminates the sonic degradation that can be caused by conventional volume controls.
A high-current, Class D hybrid output stage with exceptional linearity delivers 150 watts of power (into 4 ohms), to ensure that the most delicate musical details are faithfully conveyed, as well as the most complex orchestral crescendos.
Also available in black.
The PS Audio Stellar Strata MK2 offers a number of additional performance and convenience features. It’s digital filter for PCM sources allows the listener to choose between three settings, to tailor the response to personal preferences and program sources. The Strata MK2 also provides balance and phase controls (the latter for digital sources), input trim for each source, a headphone volume trim control, a USB port for potential future firmware upgrades, and a trigger output.
The PS Audio Stellar Strata MK2 integrated amplifier is currently available in a choice of silver or black finish at a US manufacturer’s suggested retail price of $3,499 usd/ $4,727 cad. Only available via official dealers near you. For the Silo, Frank Doris.
Stellar Strata MK2 Features at a Glance:
Class A balanced analog Gain Cell preamplifier Moving magnet/moving coil phono stage Full-function DAC to accommodate up to 384kHz digital audio and native DSD up to DSD256 Three single-ended and balanced analog inputs; moving magnet and moving coil phono inputs; digital inputs including two coaxial, two I2S, optical, and USB (asynchronous to 384kHz) Digital Lens technology Digital Lens re-clocks incoming data to reduce jitter and provide additional sonic advantages 150 watts per channel into 4 ohms, 100 watts into 8 ohms; high-current Class A hybrid output stage Built-in Class A headphone amplifier 5- 15-volt trigger output for connection to other A/V system components 21 lbs., 17″ wide by 2.8″ high by 13.5″ deep
Almost three and a half decades ago, a mysterious and strikingly beautiful aircraft touched down on a dusty airfield in the Nevada desert.
The F-117 Nighthawk
Since its public reveal decades ago (consider that development started in the 1970’s on this amazing machine), the Nighthawk served with quiet distinction through the latter half of the Cold War, the first Gulf War, a kerfuffle in Yugoslavia, and the invasion of Iraq in 2003. Despite and official ‘retirement’ in 2008, the F-117 still gets spotted in the skies over Nevada where it is rumored to serve as an ‘agressor aircraft’, helping to train pilots.
What’s the F-117 about?
With it’s cyberpunk like profile and stunning angles, the F-117 Nighthawk instantly captured the public’s imagination and birthed a lot of UFO /UAP stories, especially in the late 1980’s and early 1990’s when it’s unusual shape confused expectations of what an aircraft could and should look like. A radical departure from the retro-aerodynamic curves of traditional aircraft design, the F-117’s odd shape serves a singular purpose.
Stealth.
The Nighthawk was conceived by Lockheed’s Skunk Works, a secretive development team responsible for some of the most capable aircraft of the 20th century. Designed to slip through deep Soviet territory, the Nighthawk incorporated radical new technology to achieve an incredibly small radar and thermal signature. Hard edges, radar-absorbing coatings, a unique twin-tail, and special endinge cowlings reduced the aircraft to the size of a sparrow on Soviet radar. The Nighthawk was deemed fully operational in the early 1980’s and nearly a decade her pilots and crew flight night sorties in complete secrecy. Seven years later, the USAF and the Department of Defense decided the Nighthawk would work better as a deterrent if the world knew about it and it’s capabilities.
Plans were made to reveal the aircraft to the world at Nellis AFB on April 21, 1990. Those of us who saw this event live on television will always remember the shock and awe inspiring gasp it created- nothing like it had ever been seen before and it surely looked like something from a science fiction novel or movie. On a hot spring day, a flight of two F-117s landed in front of thousands of cheering spectators, kicking off one of the most memorable air shows in US history. After opening the show, the F-117s sat quietly on the tarmac surrounded by an entourage of armed airmen and curious onlookers. Although little was said about the new “stealth fighters”- blimps, fighter jets, and mock dog fights continued the day’s entertainment in style.
Even with talks of ‘spending prioritization’ and ‘doctrinal appropriateness’, the Nighthawk has endured, in it’s own special way, for nearly 40 years. Everything about the F-117 that made it great in the 1980’s still captivates us today. It’s razor-sharp edges, futuristic technology, and it’s family tree of stealthy cousins (foreign and domestic). Here is hoping many more years of this little black triangle up in the sky… via our friends at kommandostore.com
There was a time, not terribly long ago, when it seemed like the automotive industry was on the fast track to total electrification.
Ahead of Their Time
Many of us think of hybrid or all-electric power as a relatively new technology. After all, Porsche just introduced its very first production EV, the Taycan. But in reality, electricity has been around in the automotive world for over a century. And Ferdinand Porsche was one of very first pioneers to embrace this technology. When Porsche was a teenager back in 1893, he installed an electric lighting system in his parents’ house. Even the very first vehicles he designed had electric drives. After toying around with a few different ideas, Porsche designed the world’s first functional hybrid car, the Semper Vivus (Latin for “always alive”), in 1900. But due to its modest power output, heavyweight, and lack of infrastructure, the idea was relegated to the back burner for many years.
Amid concerns over global warming, governments around the globe began floating regulations that sought to ban ICE vehicles outright – but in recent months, with demand falling behind expected levels of growth, a lot has changed, and now, those same plans are being scaled back.
Up To and Beyond
While Porsche recently revealed that it continues to develop the all-electric version of its Cayenne crossover, it also plans to continue to offer hybrid and combustion engine-powered examples of that same model – “up to and beyond 2030,” in fact.
Keeping the V8
Interestingly, Porsche also noted that the currently, third generation of the Cayenne will be upgraded and will continue to be offered alongside the fourth, all-electric generation model. Engineers will focus on the Cayenne’s ICE powertrains, however, including its twin-turbocharged V8, which it will need to tweak to ensure that it meets increasingly stringent emissions standards.
Still Focused
This is obviously great news for fans of ICE powertrains and the V8 in general, but also note that Porsche remains focused on an electrified future, regardless. “Our product strategy could enable us to deliver more than 80 percent of our new cars fully electrified in 2030 – depending on the demand of our customers and the development of electromobility in the regions of the world.” Oliver Blume CEO Porsche AG.
As such, Porsche plans to continue making gas engines for some time, it seems.
A desirable single-owner example offered with less than 23,643 documented miles at the time of cataloging
One of just 477 produced for the U.S. market in 2005
Finished in classic Communication Colors of GT Silver exterior over Ascot Brown leather interior
Unmodified and offered with four pieces of its factory luggage set and other delivery accessories
Features servicing and maintenance by a single authorized Porsche dealer
One of the most collectible Porsche models ever produced
Chassis No. WP0CA29875L001120
Porsche seldom exits a motorsports arena without a taste of triumph. Yet, in 1991, an exception proved the rule as Porsche ventured into Formula One, supplying engines to the Footwork-Arrows team with their newly developed 3.5-liter naturally aspirated V12. This engine, essentially a combination of two TAG-Turbo V6s from Porsche’s McLaren days proved cumbersome and prone to reliability issues. Midway through the season, Footwork-Arrows terminated their contract with Porsche due to these setbacks.
Undeterred, Porsche embarked on a solitary path of refinement over the subsequent three years, nurturing the engine’s potential through advancements in technology and engineering. Eventually, they succeeded in transforming it into a robust and potent V12 powerplant. This worthwhile endeavor of internal engineering spurred Porsche to further explore Formula One’s evolving regulations, resulting in the development of a 3.5-liter V10 engine—purely as an educational pursuit. Later iterations saw this V10 engine grow to 5.5-liters and find application in Porsche’s LMP2000 sports racing prototype, codenamed Typ 9R3 and conceived for the prestigious 24 Hours of Le Mans. Despite its initial promise, the LMP2000 project met an untimely demise, leaving the formidable V10 engine temporarily abandoned until a pivotal turn of events.
Porsche’s engineers were fervently engaged in another ambitious project—the Carrera GT prototype, internally referred to as SCM (Super Car Millennium).
Housed in Huntington Beach, California, a select team of designers undertook the task of bringing SCM to life. In a nod to its showpiece stature, the decision was made to equip this extraordinary prototype with the same 5.5-liter V10 engine originally developed for the 9R3 project. So fantastic was the reaction to the prototype driven along the Champs-Élysées to the 2000 Paris Motor Show that the approval of a production version was a foregone conclusion.
Commencing in 2003, the Carrera GT swiftly became the quintessential analog supercar of its era. Embracing a back-to-basics philosophy, in stark contrast to its technologically intricate predecessor, the 959, the Carrera GT boasted a raw engineering ethos. Its naturally aspirated 5.7-liter V10, renowned for its rapid revving capability, paired seamlessly with a six-speed manual transmission nestled within a carbon fiber monocoque chassis. Eschewing electronic driving aids, the Carrera GT epitomized a driver-centric experience, delivering unrivaled auditory and performance thrills akin to those found on the racetrack. Produced for a short two years, just 644 Carrera GTs were sold through U.S. Porsche dealerships
This 2005 Carrera GT was constructed in the final year of production and was delivered new to Howard Cooper Porsche of Ann Arbor, Michigan with a purchase date noted in the service book as 22 December 2004 with 15 delivery miles/ 24 kms. Selected with XT Bucket Seats and finished in the Carrera GT’s official Communication Color of GT Silver Metallic over an Ascot Brown leather interior, this fantastic single-owner example features a clean CARFAX and, at time of cataloging, less than 24,000 miles/ 38,624 kms. GT Silver was a long-held bespoke color for the Carrera GT and certainly one of the most popular, echoing those giant-killing RS Spyders of the late 1950s and ’60s.
According to its CARFAX and ownership records, this Carrera GT features servicing while under single ownership by the consignor at Howard Cooper Porsche, later known as Germain Porsche and now Porsche Ann Arbor. One of the many benefits of a single-owner super sports car such as this is the familiarity between the official Porsche dealer and owner and the expected elevated level of trust between the two. Twenty visits to the selling dealer over the 19 years have ensured that this Carrera GT has remained in regular hands during those service visits, remaining at the ready for those special Michigan days that offer the most to both car and driver. Partial service records on file show a Major Maintenance in 2009 with a new windshield at 10,739 miles and two recorded maintenance visits in 2015 and 2017, the latter being a two-year service visit. Furthermore, it should be noted that all services have been conducted at the original selling dealer, Porsche Ann Arbor.
Offered with service records on file dating from 2007 to 2020, this single-owner Carrera GT is accompanied by an impressive number of delivery items including its original window sticker, owner’s manuals, hard top panel bags, centerlock socket, tools, and factory fitted indoor car cover. Furthermore, all Carrera GTs were delivered with a set of factory fitted luggage by Ruspa of Italy, color-coordinated to the selected interior color of the car. Over the years many of these sets have become disassociated with their cars, yet this Carrera GT retains a nearly complete set in Ascot Brown—an additional, and welcome benefit.
Created by specialist teams with a narrow focus and cloaked in secrecy, with little interference from the corner offices, the Porsche Carrera GT is an exquisite example of race-honed engineering brought to life on the road. Never before offered for sale, this single-owner Carrera GT, number 455, should make an enjoyable addition to those in search of the finest motorsport-derived super sports car of the 2000s. Just as Porsche intended. For the Silo, Jakob Greisen.
Internet bidding is not available for this lot. Please contact bid@broadarrowauctions.com for more information.
PS Audio Introduces Its Compact, High-Performance aspen FR5 Loudspeaker
– New FR5 stand-mount speaker delivers expansive sound in a room-friendly design
Boulder, Colorado, July 2024 – PS Audio recently announced the introduction of its aspen FR5 loudspeaker, a stand-mounted speaker that delivers the same quality of extraordinary musical realism as the larger aspen Series models, in a compact design that fits easily into smaller and medium-sized rooms.
The new FR5 features a custom-designed PS Audio push-pull planar magnetic high-frequency driver, complemented by a newly-designed midrange/woofer, and a high-excursion passive radiator. Available in satin black or satin white with optional matching stands, the PS Audio FR5 is styled to complement any décor.
Paul McGowan, PS Audio CEO pointed out: “The FR5 was designed to bring the same level of uncompromising sound quality as all aspen Series speakers into any listening environment, and is ideal for living spaces where floorstanding speakers can’t be used. Although it’s small, the FR5 delivers powerful and dynamic sound with extended bass, and will play surprisingly loud even in larger rooms.”
The FR5 measures 14.5 inches high by 8 inches wide by 13 inches deep (28.25 inches high with optional stands). The drivers in the FR5 are purpose-designed by PS Audio and are tuned for optimum performance in a two-way stand-mount configuration. The 2.5-inch planar magnetic ribbon tweeter is the same unit used in all aspen Series loudspeakers. It utilizes a symmetrical push-pull design with a high-strength magnet and a diaphragm made from Teonex® film, a material that provides exceptional clarity, transient response and resolution.
The aspen FR5 features a newly-designed 6.5-inch cast frame midrange/woofer made from Curv woven polypropylene, a material that is drawn into thin monofilaments and woven and reinforced using a proprietary process. The high-excursion driver employs a split-gap magnet structure with dual Faraday rings and a custom suspension. It’s augmented by a rear-firing 6 by 9-inch passive radiator to achieve in-room low-frequency extension down to 30 Hz. Both FR5 drivers are mounted on a thermoset resin front baffle that adds rigidity and minimizes diffraction effects.
PS Audio’s aspen FR5 utilizes a new enclosure technology, with viscoelastic damping sheets between the bracing and cabinet side walls, and around the woofer. This minimizes unwanted enclosure vibrations and contributes to the FR5’s superb imaging and spaciousness. The crossover uses air-core inductors, metallized poly capacitors, and wirewound resistors to ensure maximum sonic purity and seamless driver integration.
The FR5’s simple, elegant design is complemented by its optional matching stand, which has an integrated wire management system and can be mass-loaded. The FR5 comes with magnetically detachable grilles.
The aspen FR5 will be available in August 2024 at a suggested retail price of US $3,499/ CAD $4,771 per pair. The optional stands will be available at US $500/ CAD $682 per pair.
aspen FR5 Features at a Glance:
Enclosure type: sealed
High-frequency transducer: 2.5-inch planar magnetic ribbon tweeter with Teonex diaphragm
SPOTLIGHT: The Casio SK series keyboards, carries great nostalgia for many of us who grew up in the 80s and 90s.
My friend got one for his birthday, and after spending an entire day at his place sampling burps, coughs and farts, I knew I was destined to become an electronic musician. If this is your story too- let us know below in the comments section.
The SK line’s distinctive design and sound evoke memories of early bedroom-made electronic music and hip-hop production, making it a sought-after collector’s item. The SK sound quality is characterized by its lo-fi charm. Everything sampled into it sounds like crap, but in a good way!
There’s a thriving community of musicians and collectors who appreciate the SK-2 , SK-5, SK-8 et al for their historical significance and cultural impact.
Used prominently on my 2008 release of AUDIOCOSM by Jarrod Barker, the SK-8 was used as a sampling beat box and also one or two of its famous presets were used in a loop to create swirling matrices of sound on a number of tracks. I found this keyboard in a thrift store in 2007 buried in the children’s electronic toys. It was $2.99 CAD and even had the battery cover. This fortuitous discovery was the spark that led to the writing and recording (on a boat no less!) of AUDIOCOSM.
The rare white version of the SK-10.
At their absolute basic, the SK line are fun keyboards and a great introduction tool to lo-fi sampling. But there is much more.
After recording a short audio sample (recorded either via the built in monophonic microphone or by plugging in an audio source using the 1/8″ female jack) you can choose from various envelopes (settings that affect how the sound starts, how long it sounds and how it ends) and also select whether to reverse or loop samples. These toy synthesizers are a treat when connected via guitar effects pedals. A good outboard effect can transform these keyboards into something much more powerful and believable. If that isn’t enough you can explore the factory preset sounds some of which sound more realistic than others but all have usefulness in the correct setting.
Most SK’s have a decent enough piano, vibraphone, flute, trumpet and clarinet sounds. There are also built-in speakers that are loud enough for mobile use such as camping or beach hang outs and of course the SK’s run on batteries. They also have line out feature which bypasses the onboard speakers allowing you to record them into your favorite DAW or standalone recording machine….an analog 4 track is a great bedfellow.
The Mod community and the SK (circuit bending)
Due to it’s relative affordability (used prices have continued to rise in the past 10 years) the SK series of keyboards have been embraced by electronic musician modifiers. Their basic construction and ease of internal access makes modifying them a lot of fun. The creativity of modders seems to be endless- everything from MIDI control to individual audio outputs to real time control of sound chips using dip switches or rotary controls.
Join that thriving community by buying this one from our friend at Tone Tweakers today! For the Silo, Jarrod Barker.
Dalian, People’s Republic of China, June 2024 – The World Economic Forum announces today the publication of its annual Top 10 Emerging Technologies Report featuring technologies with the greatest potential to make a positive impact in the world in the next three to five years.
“Organizations make better choices when they understand the factors shaping the future. The report identifies technologies poised to significantly influence societies and economies,” said Jeremy Jurgens, Managing Director, World Economic Forum and Head of the Centre for the Fourth Industrial Revolution. “It also spotlights technologies with immense potential for revolutionizing connectivity, addressing the urgent challenges of climate change and driving innovation across various fields.”
“Drawing on the expertise of Frontiers’ Chief Field Editors worldwide brings our shared commitment to transformative science into clear focus, bringing insight and clarity to breakthrough technology that has the ability to change societies, economies, and lives for the better,” said Frederick Fenter, Chief Executive Editor, Frontiers. “This is open science in action and we are delighted to partner with the World Economic Forum in bringing these technologies to the attention of business, science and political leaders across the globe.”
The Top 10 Emerging Technologies of 2024 are:
AI for scientific discovery: While artificial intelligence (AI) has been used in research for many years, advances in deep learning, generative AI and foundation models are revolutionizing the scientific discovery process. AI will enable researchers to make unprecedented connections and advancements in understanding diseases, proposing new materials, and enhancing knowledge of the human body and mind.
Privacy-enhancing technologies: Protecting personal privacy while providing new opportunities for global data sharing and collaboration, “synthetic data” is set to transform how information is handled with powerful applications in health-related research.
Reconfigurable intelligent surfaces: These innovative surfaces turn ordinary walls and surfaces into intelligent components for wireless communication while enhancing energy efficiency in wireless networks. They hold promise for numerous applications, from smart factories to vehicular networks.
High-altitude platform stations: Using aircraft, blimps and balloons, these systems can extend mobile network access to remote regions, helping bridge the digital divide for over 2.6 billion people worldwide.
Integrated sensing and communication: The advent of 6G networks facilitates simultaneous data collection (sensing) and transmission (communication). This enables environmental monitoring systems that help in smart agriculture, environmental conservation and urban planning. Integrated sensing and communication devices also promise to reduce energy and silicon consumption.
Immersive technology for the built world: Combining computing power with virtual and augmented reality, these technologies promise rapid improvements in infrastructure and daily systems. This technology allows designers and construction professionals to check for correspondence between physical and digital models, ensuring accuracy and safety and advancing sustainability.
Elastocalorics: As global temperatures rise, the need for cooling solutions is set to soar. Offering higher efficiency and lower energy use, elastocalorics release and absorb heat under mechanical stress, presenting a sustainable alternative to current technologies.
Carbon-capturing microbes: Engineered organisms convert emissions into valuable products like biofuels, providing a promising approach to mitigating climate change.
Alternative livestock feeds: protein feeds for livestock sourced from single-cell proteins, algae and food waste could offer a sustainable solution for the agricultural industry.
Genomics for transplants: The successful implantation of genetically engineered organs into a human marks a significant advancement in healthcare, offering hope to millions awaiting transplants.
About the Top 10 Emerging Technologies Report The Top 10 Emerging Technologies Report, now in its 12th edition, serves as a vital source of strategic intelligence for professionals. Drawing on insights from scientists, researchers and futurists, the report identifies 10 technologies poised to significantly influence societies and economies. In addition to promising major benefits to societies and economies, these emerging technologies must also be disruptive, attractive to investors and researchers, and expected to achieve considerable scale within five years.
This year’s edition introduced an innovative trend analysis methodology, incorporating academic literature, funding trends and patent filings, to ensure the accuracy and relevance of the selected technologies. The technologies featured in the report, produced in collaboration with Frontiers, were identified through a rigorous selection process involving over 300 world-leading academics and experts from the Forum’s Global Future Councils, the University and Research Network, the Frontiers network comprising over 2,000 chief editors worldwide from top institutions, and Mariette di Christina and Bernard Meyerson, Co-Chairs of the Emerging Technologies Steering Group.
Sage Berryman, CEO of ALUULA Composites, has just announced that her company’s super-strong, lightweight polyethylene material is now being used to develop expandable habitats for NASA’s astronauts to live on the moon in 2026.
This small company on Canada’s west coast is playing a big role to help astronauts return to the moon in 2026.
Artemis II crew members (from left) CSA (Canadian Space Agency) astronaut Jeremy Hansen, and NASA astronauts Christina Koch, Victor Glover, and Reid Wiseman walk out of Astronaut Crew Quarters inside the Neil Armstrong Operations and Checkout Building to the Artemis crew transportation vehicles prior to traveling to Launch Pad 39B as part of an integrated ground systems test at Kennedy Space Center in Florida on Wednesday, Sept. 20, to test the crew timeline for launch day. photo: NASA
ALUULA Composites recently signed an agreement with Max Space, an American company, to use its innovative composite material to build space habitats on the moon. The company’s ultra-high-molecular-weight polyethylene (UHMWPE) laminate will be used to create a large living and working area for NASA’s astronauts when they return to the moon in September 2026.
The innovative material was selected because it has eight times the strength-to-weight ratio of steel and is extremely durable, which is ideal for space travel.
The Max Space team with their new expandable space habitat. photo: Max Space
The first Max Space inflatable space habitat is slated to launch with SpaceX in 2026. The Max Space inflatables can be delivered into space in very small packages and then unfolded and expanded to create a much larger work space. For the Silo, Paul Clarke.
STOW, OHIO, June, 2024 — Audio-Technica today announced the introduction of its new top-of-the-line phono cartridge, the AT-ART1000X Direct Power Stereo Moving Coil Cartridge. Hand built in Tokyo, Japan, the AT-ART1000X builds upon the engineering excellence of the previous rave-reviewed AT-ART1000 with improvements in design and materials, and threaded mounting holes for easier installation.
Innovative New Design
Unlike conventional moving coil cartridges, the AT-ART1000X’s Direct Power System places its dual moving coils on top of the stylus tip rather than at the base of the cantilever, enabling the cartridge to deliver extraordinary fidelity with greater musical detail. The AT-ART1000X’s coils are now rectangular rather than round, which positions more of their surface area in the magnetic field. This provides improved reproduction of record groove modulations, along with a higher output voltage for better signal-to-noise ratio and an expanded low-frequency range.
“By placing the moving coils, which convert the motion of the stylus and cantilever into electrical signals, directly on top of the stylus, the effects of the cantilever’s length and material type are minimized,” noted Yosuke Koizumi, Audio-Technica Cartridge Engineer. “This design and the additional refinements we’ve made to the AT-ART1000X achieve a new level of sonic realism, with remarkable resolution, tonal and spatial accuracy, and dynamic impact.”
Pure Copper Coils Make A Difference
Each of the AT-ART1000X’s two moving coils is made of 20 µm diameter PCOCC (Pure Copper by Ohno Continuous Casting) wire, hand-wound in eight turns to create a 1.1 mm x 0.6 mm (0.043 in x 0.024-inch) rectangle. The coils are contained in an ultra-thin 25 µm (0.98 mil) special film and housed in an 0.5 mm (0.020-inch) gap of the powerful magnetic circuit (smaller than the previous 0.6 mm gap), enabling each coil to generate a higher 0.22 millivolt output with a 3.5-ohm coil impedance, despite having a non-magnetic core.
The AT-ART1000X employs a special line-contact stylus and solid boron cantilever for superb accuracy in tracking the record groove.
The support base for the magnetic circuit, stylus and cantilever is made from titanium. The base, and the cartridge’s aluminum housing and hard plastic cover all operate together to disperse any internal resonances that would otherwise affect sound quality. In addition, a special coating protects the magnetic circuit from corrosion. The musical result is rich, natural full-bodied reproduction of vocals and instruments, with weight, presence, and depth, presented on an expansive soundstage.
The Audio-Technica AT-ART1000X Direct Power Stereo Moving Coil Cartridge is now available at US$5,499.00/ CAD$7,574. For the Silo, Jamie Bobek.
When Anthony Lago went to Suresnes in September 1933 to salvage Automobiles Talbot-Darracq, he took on a company with massive financial problems and a rather ho-hum range of cars.
The mechanical legacy left by his predecessor Owen Clegg and chief engineer Walter Becchia was staid and pedestrian. The nicest thing that could be said about the cars was that they did no one any harm. Sporty, stylish or chic, they definitely were not. In addition, models had been allowed to proliferate needlessly: too many engine sizes were served up in a bewildering number of chassis lengths and body styles, none of which were selling. One could say that while Talbot could produce a car for every occasion, there was unfortunately not an occasion for every car. Something needed to be done, and quickly.
While the many problems had seemed daunting to Lago’s predecessors, he was not going to let them or anything else stand in his way. Full of confidence, he had just completed the careful construction of the absolute deal of his life with Talbot’s British owners. Now at the age of 40, Lago was a dapper Anglo-Italian gentleman with little in the way of money, but of some sophistication: full of energy and vision for the disintegrating French company that now confronted him. In addition, he was an accomplished wheeler-dealer, who had worked very hard to get where he was.
By late 1932, Automobiles Talbot-Darracq S.A. in Suresnes just outside Paris, which was owned by the British Sunbeam-Talbot-Darracq combine (STD), was on the verge of bankruptcy.
Lago presented himself to the STD board as the “man to the rescue” and was sent from England to look Talbot-Darracq over and make a report as to what could be done. Upon examination of the moribund Talbot factory, Lago found a shambles. Chief engineer and fellow Italian Walter Becchia was on the verge of leaving, and the workers were uncaring and demoralized. The few cars being turned out were poorly put together. But beneath the dust and the cobwebs, Lago could see a plum ripe for the picking. So he went back to England, and instead of recommending liquidation, Lago suggested that he be made managing director of Talbot in France for a two-year period with a put option to buy the company and its holdings at any time at the 1933 value. Not knowing how hoodwinked they were, the STD directors accepted.
Lago then returned to France in the early fall of 1933 to rake the coals out of the fire with that doozy of a contract in his back pocket: potentially it would hand everything over to him if he played his cards right—which he did. The coals were raked out so ruthlessly that Antonio Lago, who in England had changed his name to Anthony, ended up owning Automobiles Talbot-Darracq S.A, once again without paying anyone anything.
When Lago finally exercised his option in 1935, he requested as payment that he might assume an old £500,000 debt that STD still owed the bank due to a loan taken in 1924, with the French factory as collateral. As the debt exceeded the book value of the company as well as that of the real estate, once again the STD directors accepted eagerly. Imagine: not only had Lago become a car maker without a centime to his name, but through this carefully laid out deal, he had also just become STD’s biggest creditor. And that was the devious plan. In 1936, Lago then let Talbot go bankrupt in connection with the great strikes in France. STD couldn’t very well call its remaining debt in with the liquidators, as Lago was first creditor in line, and his £500,000 would wipe the estate clean. In the end, Lago obtained Talbot scot-free.
While conducting these scurrilous financial dealings, he had set about transforming the company.
The plethora of available models, engines and chassis was pared down. Walter Becchia was given the job of redesigning the existing 14-CV six-cylinder engine in order to extract some much-needed extra power. The clunky non-synchronized three-speed gearboxes were supplanted by the advanced four-speed Wilson pre-selector for which Lago so conveniently held the patent rights.
And most important of all, in the summer of 1934, Lago paid a visit to his friend Joseph Figoni and talked him into designing a series of new, lithe and beautifully proportioned bodies to be built at the Talbot factory. As a result, the Talbot stand at the October 1934 Paris Salon featured a new, rakish Talbot prototype cabriolet by Figoni mounted on a 295 cm wheelbase chassis, fitted with a 3-liter engine redesigned by Becchia. It was called the T150 Grand Sport, and it was the talk of the Salon. Then, Lago went racing. Suddenly, Talbots were a hot commodity, and it is no exaggeration to say that the rest is history.
The T150 C and T150 C-SS Chassis
The T150 Grand Sport remained in production for roughly 18 months. At the October 1936 Salon, Anthony Lago and Walter Becchia presented the fruits of their continued labors in the form of two new and spectacular chassis. The first was an out-and-out sportscar chassis fitted with Walter Becchia’s new 4.0-liter high-performance development of the 3.0-liter six: the Lago T150 C-SS, placed at the very top of the market and only available as a bare chassis for the trade.
In all, less than 30 were made, yet the Lago C-SS would go down in history as one of the great pre-war chassis, on par with the legendary Bugatti 57S and Alfa Romeo 8C 2300. Wheelbase was 265 centimeters, which was identical to the Talbot T150 C GP cars from which the chassis was developed, and it was wide enough to accommodate two-passenger bodies with side-by-side seating.
The second chassis, named the T150 C, was equally formidable as it was mechanically identical to the C-SS, and fitted with the same great engine, but stretched 30 centimeters to a wheelbase of 295 centimeters. The benefits were two-fold. On the one hand, the extra length meant that two rows of seats could be accommodated if a four-to-five-passenger configuration was desired. But more importantly, the longer wheelbase made it possible for coachbuilders to achieve beautiful and harmoniously flowing lines of great elegance—especially on closed bodies with a single bench seat, such as 90034. The engine, gearbox, electrics and suspension specification would remain unchanged for the entire production run.
The construction and layout, as well as the mechanicals, were conventional and represented classic mid-1930s fast-car thinking. Both chassis were low, as the two rails passed under the rear axle and suspension. The engine, gearbox, firewall and suspension components were bolted directly onto the chassis. The steering was worm and nut, and the front suspension was independent with a transverse leaf spring. The live rear axle was suspended by half-elliptic leaf springs, with the suspension mounts on top of the chassis rails.
There was a short transaxle between the engine and the Wilson gearbox, followed by the driveshaft. The gearbox created a hump in the middle of the floor of the cabin just in front of the seats. For repairs and maintenance, the gearbox could be accessed through the floor in the interior of the car. The chassis had a foot operated one-shot lubrication system with a pedal actuated by the driver. The gas tank was a large 120 liter affair mounted on the chassis rails behind the rear axle. The complete T150 C chassis with all components, Wilson gearbox and ancillaries remained relatively light. It was a genuine 100 mph car.
The T150 C-SS and T150 C Engine and Gearbox
Lago’s first brief for Walther Becchia had been the job of developing the 14-CV Talbot six. This engine was bored and stroked to 78 x 104.5 mm, giving 2,996 cc, or 17 fiscal CV, and mounted in a 295 centimeter Talbot chassis. This chassis had already been fitted with an independent transverse leaf front suspension since 1932, which had been patented by Becchia in 1928. Dubbed La Solution Talbot, this suspension gave the chassis the makings of a sports car. The chassis was also given the Wilson gearbox, and the Talbot T150 Grand Sport was born.
For the T150 engine, Becchia designed a new cylinder head with a pent roof that created a nearly hemispherical combustion chamber, inclined valves operated by a single camshaft in the crank case, pushrods and rocker arms. This T150 3-liter put out a very satisfactory 100 horsepower at 4,200 rpm on a 7.4:1 compression ratio with one carburetor, and 110 horsepower with three. It compared well to the 18-CV Delahaye 3.2-liter engine, which Lago saw as his main competition. Whether it was a reflection of the true build costs or Lago’s chronic need for money, the new model carried a peppery price tag. At 78,000 francs, the T150 was not much cheaper than an eight-cylinder Bugatti T57 and a lot more than a six-cylinder 18-CV Delahaye.
Racing was a major motivation driving the development of the new engine. In mid-1935 however, the Automobile Club de France published their new rules for the 1936 season, which stipulated a blown 2.0-liter and an unblown 4.0-liter class. Therefore, in August of 1935, Lago demanded of Becchia that he design a new T150 C racing car from “scratch” for the 4.0-liter formula. Becchia now increased the bore of the 17 CV to 90 mm, but retained the stroke of 104.5 mm. Capacity was increased to 3,988 cc, which equated 23 fiscal CV. The light alloy hemi head remained, and the crank now ran in seven main bearings. In racing trim with three carburetors, power was a considerable 175 horsepower from this normally aspirated engine, permitting a top speed around 210 km/h on the circuits when the chassis was fitted with a light barquette body.
T150 C racers premiered on the French circuits in spring and summer of 1936, while the long and short wheelbase race-derived road-going versions of the 4.0-liter T150 C and T150 C-SS were shown at the October 1936 Paris Salon. In all cases, the “C” was short for Compétition. In the spring of 1937, the long chassis was renamed Lago-Spécial and the short Lago SS. Both featured Rudge knock-off wire wheels and a slightly detuned version of the 23-CV T150 C engine, now putting out 140 horsepower for road use. Lago had entered the Bugatti, Delage and Delahaye market for bespoke, stylish grand routières and sports cars.
By 1939, the Lago SS engine could be ordered in various stages of tune, delivering as much as 200 horsepower for competition and 165 horsepower for road use, which made a top speed of up to 200 km/h possible. This was an absolutely extraordinary figure for a road car at the time. From 1937 through 1939 and the breakout of hostilities, close to 25 T150 C-SS chassis were built, along with approximately 40 to 50 T150 C. Both types were, and are, very rare cars indeed.
Figoni, the Coachbuilder
Guiseppe Herménegilde Louis Figoni was born on 29 December 1892 in a tiny crossroads named Le Moline di Montereggio, about 45 km southwest of Piacenza in the province of Parma in the Emilia-Romagna region. Life was hard, people were poor, and in 1906, like many from northern Italy, the Figoni family emigrated to France to find work. They ended up in Boulogne-sur-Seine, the “Little Italy” of Paris, a working-class suburb far removed from what has now become posh and trendy Boulogne-Billancourt. After having served in the Great War on the Italian side, Joseph was apprenticed as a panel beater, or tôlier, to the well-known coachbuilder Lavocat et Marsaud. In 1923, he opened a modest carrosserie under his own name in Boulogne-sur-Seine.
Sometime around 1931, Joseph became a personal friend of Luigi Chinetti who ran the small and underfunded Alfa-Romeo operation in Paris. In 1932, Chinetti sent the famous racing driver Raymond Sommer to Figoni to have his Alfa-Romeo 8C 2300 chassis 2111018 rebodied to Le Mans specifications. The car won the 1932 race with Chinetti and Sommer at the wheel. For 1933, Sommer’s body was transferred to 8C 2300 chassis 2211109 that then proceeded to win Le Mans once again, driven by Tazio Nuvolari and Sommer. Suddenly, Figoni was the hottest name in French racing circles. Clients became a who’s who of legendary drivers, and for the next three years, the Figoni works virtually became an extension of the French Alfa-Romeo enterprise.
Joseph’s 1934 collaboration with Anthony Lago was another major breakthrough, not only in terms of securing clients that wanted a custom-built Talbot, but also in making the Figoni name world famous—at least in France at any rate. With all this activity, the small Figoni premises were bursting at the seams. Still, profits were not sufficient to allow for necessary expansion, and financial restrictions made it necessary to find an investor. This investor was Ovidio Falaschi, a fellow Italian who became partner in May of 1935. The company was reorganized as the Établissements Figoni et Falaschi, and several surrounding premises were leased so that bodies could now be manufactured at a rate that was a good deal faster than before. It should be noted that Ovidio Falaschi took a strictly financial interest and was not involved in the designs made by the company.
Design 9222
The star, the Figoni design that eclipses all else, remains the streamlined, two-seater coupé body that has become universally known as the Goutte d’Eau, which means water drop in French, now translated as Teardrop. It is a design of such breathtaking beauty that it has become one of the most iconic automobiles of all time. A maximum of thirteen are believed to have been built on the T150 C-SS chassis, two on the T23 Baby 4.0 Liters chassis, and only one T150 C, namely chassis 90034, the subject of this discussion.
Yet it is a body that more than 85 years after its inception, and despite its age, is instantly recognizable to automotive enthusiasts all over the world. It is one of the very few designs that is aesthetically correct, balanced and in equilibrium from any angle. This absolute harmony of line is a rare achievement indeed, and one that the Goutte d’Eau shares with only a minute number of other automotive design statements that are equally famous and universally revered, such as the “coffin-nosed” Cord 810, the Ferrari 250 GT California Spyder, the Lamborghini Miura or the first series Jaguar E-Type. Exalted company indeed.
Interestingly, it was the media who gave the Goutte d’Eau its name. While no one will dispute that it was fitting, the design was simply called a Faux Cabriolet by Figoni, and this in spite of the fact that the style has no elements that relate to the look of a classic (faux) cabriolet. Two versions existed of Figoni’s basic faux cabriolet design, a fastback and a notchback, which makes definitions even more confusing: the designations Coupé Amérique or Modèle New York were used indiscriminately by Figoni for the fastback, named so because it was first shown at the 1937 New York Auto Show, and Coupé Jeancart for the notchback as an industrialist named Jeancart bought the first body constructed to this style.
There were three Jeancart designs: no. 9220 with enclosed fenders front and rear, 9221 with exposed front wheels and enclosed rear wheels with fender skirts, and 9222 with no fender skirts and all four wheels exposed. On T150 C chassis 90034 the wheels are exposed, and it was therefore bodied to design 9222 and not 9221 as has been stated elsewhere.
Enter Antoine Schumann
In 1925, Luigi Chinetti was working as a mechanic for the Alfa-Romeo racing team. Like Anthony Lago, he was unhappy with the rise of fascism in Italy. After the team had completed its racing efforts in France and was on the cusp of returning to the home country, Chinetti decided to stay. As mentioned above, he then worked out of the premises Alfa-Romeo had established in Paris in the rue Marbeuf, just off the Champs-Élysées, which led him to sell an 8C 2300 to up-and-coming race driver Raymond Sommer. Chinetti had the car rebodied to Le Mans regulations by Figoni, and being the consummate wheeler-dealer that he was, he secured the position as Sommer’s co-driver in the 1932 Le Mans race which they won.
This marked the beginning of a lifelong friendship between Luigi Chinetti and Joseph Figoni. After he left Alfa-Romeo, Chinetti became a sales agent for Talbot-Lago, and Joseph Figoni gave Chinetti the exclusive rights for France to sell Talbot-Lago chassis fitted with teardrop bodies by Figoni et Falaschi. As a result, it was Luigi Chinetti who sold 90034 to wealthy banker and gentleman racer Antoine Schumann for the princely sum of 165,000 francs.
The car was delivered to Schumann in Paris in January 1939. Antoine Marc Philippe Jacques Schumann was born on November 26, 1905, in the home of his parents who lived in an imposing building at no. 5 rue Beaujon in the 8th arrondissement of Paris. It was a family of means. Antoine’s father, Robert Schumann, was a banker, and his mother Alice, née Lehmann, also came out of a banking family. Antoine’s birth certificate was witnessed by Paul Jaillot and Gaston Grainger, both employees of the bank: it was in the cards that baby Antoine would eventually follow in everyone’s footsteps and enter the world of finance.
Antoine married Eliane Louis-Dreyfus on April 13, 1929. It may well have been true love, but the marriage certainly buttressed the coffers of the young couple, as the Louis-Dreyfus family was equally well-to-do. Charles Louis-Dreyfus, Elaine’s father was a shipping merchant, while her grandfather was a banker, a former member of parliament and a recipient of the Croix de Guerre, a military decoration given for valor during World War I.
Important for this discussion, however, is that by this marriage, Antoine Schumann became brother-in-law to Pierre Louis-Dreyfus, as he was Eliane’s younger brother. Pierre was already a repeat customer of the Figoni and making his mark as a gentleman racer. Soon Antoine shared his passion for fast cars.
But before that, Pierre Louis-Dreyfus and Antoine Schumann had become their own racing team, a secretive privateer racing duo that would garner fame in French racing circles. As gentleman racers they desired no publicity surrounding their names. In addition, daredevil antics on the tracks could reflect negatively on their careers in business, and as a result they camouflaged themselves with a number of pseudonyms. However, since these pseudonyms were in the nature of acronyms, it is moot whether many, if any, were actually fooled.
As he was more active over the years than Antoine Schumann, Pierre Louis-Dreyfus had more than one of these assumed names. When racing alone or with other co-drivers, he used the acronym Heldé, which was a transcription of the French pronunciation of the initials of the Louis-Dreyfus surname: LD. But when Pierre and Antoine raced together, the duo facetiously called themselves Ano (Pierre) and Nime (Antoine) for driver and co-driver, a play on Anonime, which means Anonymous in French.
As this daring duo they raced at Le Mans in a Bugatti Type 43 in 1931, an Alfa Romeo 8C 2300 LM in 1932 and a Talbot T150 C in 1939—not with outstanding results unfortunately as they were forced to retire on all three occasions. But that is the nature of gentleman racing. You are up against factory-sponsored teams, and it is the sportsmanship, the participation and the thrill of the race that is the essence of it all. It can therefore come as no surprise that Antoine Schumann was a connoisseur of fast road cars too. This included a massive 5-liter Bugatti Type 50 that was sold by the Bugatti factory to him on February 19, 1932.
Luigi Chinetti sold Talbot-Lago chassis 90034 to Antoine Schumann in September 1938. It was delivered that same month to the Figoni et Falaschi works at no. 14 rue Lemoine in Boulogne-Billancourt. The Carrosserie assigned body order number 738 to the build, and this number can be found stamped on body parts of the car. Perhaps Schumann bought the car for himself as a consolation prize of sorts, as by this time, his marriage to Eliane was on the rocks: they were divorced on 12 November 1938 by order of the civil court. He ended as the second of her four husbands. If this was his motivation for buying 90034, one may say that Antoine Schumann certainly knew how to defuse bad feelings!
For this very special chassis, Schumann selected Figoni et Falaschi design no. 9222, which with its open rear fender style was a good deal more sporting than the enclosed rear fender of design 9221. But while sportsmanlike, 9222 is nevertheless a style which in many ways remains the most elegant and tasteful of all Joseph Figoni’s streamlined efforts in the late 1930s. Features that link the exquisite body on chassis 90034 to the other Teardrops built by Figoni include the split windshield, integrated doorhandles, the smooth execution of the grille and front fender tips, the double row of side louvers on the hood, as well as the judicious use of chromed scallops.
The extra 30 centimeters of wheelbase compared to the T150 C-SS chassis made it possible for Joseph Figoni to create smooth, flowing lines of unparalleled harmony which in their execution were simply captivating to the eye. The length of the hood and the front fenders were much the same as the proportions used on the shorter chassis, but the notchback of the Jeancart greenhouse was subtly refined and the rear deck was transformed into a long delicately sloping tail that was a masterclass in balance and proportion. Longer, lower and wider than its siblings, the sporting stance of the T150 C Jeancart coupé is unparalleled. No one could be in any doubt that 90034 was a fast car.
As a true appreciator of fine cars, Schumann had Figoni incorporate a number of bespoke details that were special orders. The livery was specified as bleu “Tango” irisée noire, which was a metallic dark blue with a black tinge, a very expensive selection as metallic paints were rare and costly to make at the time. Traces of this original dark blue may still be found behind the dashboard and inside the glovebox. The three-abreast seat was upholstered in Havana (tobacco) leather with matching wood on the door cappings. The dash was fitted with a full set of Jaeger instruments with black dials and painted in body color, while the carpets and headliner were in a delicate shade of gray. Special curtains in Havana leather were made for the rear window.
Bespoke details to the body included free-standing headlights. The enclosed headlights seen on most Teardrops provided poor light for night driving, and a number were in fact modified by their early owners, simply because they couldn’t see properly in the dark. In addition, the body received a full sliding sunroof, detachable rear fenders, a Lago Spéciale script on the rear deck and opening rear windows to improve airflow in the cabin. Most importantly, however, Schumann specified a graceful, chromed sweep spear on the body side, a unique styling enhancement that was used on a number of Figoni designs in this period but was absent on design 9222. This started as a beltline at the trailing edge of the radiator shell, ran along the edge of the hood and then swept down in a supple curve along the side of the door, only to double back on itself at the sill. Pure aesthetic genius.
Antoine Schumann was able to enjoy his jewel of a car until the Nazi invasion of France which began in May 1940. The Schumann family was Jewish, and Antoine was forced to either leave France or face deportation to German concentration camps. As so many other cars during the Nazi Occupation, the striking Talbot-Lago was squirreled away as it would have been one of the first cars the Occupiers would have expropriated for their own use without compensation. Antoine fled to Egypt, took a pilot’s license and joined the French Resistance.
There, he flew for the Compagnie de l’Air au Moyen-Orient, a squadron operating out of Cairo that fought Nazi Field Marshal Erwin Rommel’s Deutsches Afrika Korps and participated in the Battle of Tobruk. From 1943, Antoine Schuman served under François Dumont in the air force of the Forces Françaises Libres, the Free French Forces. For his bravery during the war, Schumann was made an Officer of the Legion of Honor and awarded the Croix de Guerre. On April 18, 1947, he married Jeanine Constantinovitch, and on June 25, 1948, for reasons unknown, he changed his last name to Saville. At seven in the morning on August 15, 1956, Antoine Schuman died as Antoine Saville in his apartment at no. 16 rue Paul Valéry in the 16th arrondissement of Paris. He was 50 years old.
Frédéric Damman and the 24 Hours of Spa
Paris was liberated on August 19, 1944, but fighting continued in Europe until Germany surrendered unconditionally on May 7, 1945. It is not known when Antoine Schumann returned to France, but it seems that he kept 90034 until sometime in late 1946 or early 1947. Paul Frère, the late racing champion and noted automotive journalist, remembered seeing 90034 in Brussels in 1946 or 1947 where it was for sale with the Garage Masuy, located in the rue de Stassart, close to the Porte de Namur in downtown Brussels. The car was apparently in nigh on perfect condition, which is consistent with the fact that it had been laid up during the War and had not seen much use since its delivery in January of 1939.
Sometime in 1947, chassis 90034 was purchased by Frédéric (a.k.a. Freddy) Damman, owner of the Magasins Butch clothing stores which provided him with the wherewithal to finance his hobbies as amateur pilot and race driver. 90034 received registration 2536, and Damman had the car repainted in gray, after which he prepared it for participation in the 1948 Belgian Grand Prix, Les 24 Heures de Spa, which took place on July 10 and 11. Chassis 90034 was entered in the 4-liter category and given race no. 92. With Damman and co-driver and mechanic Constant Debelder at the wheel, the car placed first and won its class—an impressive result for a nine-year-old car.
Freddy Damman’s daughter has recounted that it was love at first sight when he first spotted 90034 in the Garage Masuy showroom. There is no reason to doubt this, as it turned out to be a very long love affair on Damman’s part: he kept 90034 for 32 years until July 17, 1979, a few months after its 40th “birthday”, when he finally parted with his cherished Talbot-Lago in a private sale. His daughter said that Damman owned many cars over the years, only retaining one or two important cars at a time. This included a number of exotic Ferraris, but it was always 90034 that was the keeper, the car that stayed behind when the time came to buy something new. The Talbot was simply the car he loved the most.
Moving On
The lucky buyer in July 1979 was Gaston Garino who had worked at the Hispano-Suiza factory in Bois-Colombes. In the early 1950s, Garino purchased an old garage in Puteaux where he specialized in keeping Hispanos on the road. By 1979, Garino had partnered with M. Lerouvillois, and the enterprise had become a dealer in high-end classics. 90034 was registered 1551-HN-92 by Garino, using the chassis identity of T150 C-SS chassis no. 90121, a Pourtout-boded car, on the registration document. This subterfuge may have been performed for customs reasons. Chassis number 90121 was an obscure car at the time as it was not finished until October 1944 after the French Liberation and had been exported to the USA in 1953.
On May 14, 1980, and still using the identity of 90121, chassis 90034 was re-registered 543-DAL-75 and sold to film producer and businessman Michel Seydoux, a famous early French collector in Clausonne in the Alpes-Côte d’Azur region. The car was auctioned by Poulain-Le Fur on December 16, 1981, and passed from Seydoux to Yves Rossignol, an avid motoring enthusiast of little means. Once again, 90034 received a new registration, namely 1938-KB-13. Rossignol kept 90034 for 23 years. During that time, the car received a two-tone black and burgundy livery but was subsequently repainted in a single shade of black. Importantly, it remained unmolested and complete, and had never received an actual restoration. In 1998, thanks to the help of the Talbot Club and its President Dominique Dupont, the original identity of 90034 was re-established.
In 2004, Antoine Rafaëlli, the legendary author of Memoirs of a Bugatti Hunter, contacted Toby Ross, another car sleuth, telling him that he had seen a Teardrop in Marseille some years back, and that it belonged to someone called Yves Rossignol. They located Rossignol in a garage in Nice where he was making security bars for windows. A friendship was established, and eventually, Rossignol agreed to sell.
Yves Rossignol described himself as an “Adventurer”. In the past he had been the young boyfriend of Madame Coty of Coty Perfumes. At some point, she bought the Talbot for him at a Paris auction which can only have been the Poulain-Le Fur auction. He later married a lady from Columbia and spent time in South America. At some point, “La Noire” as he called 90034, was shipped to South America, where Rossignol used it. It starred in a long-forgotten film and Rossignol had a photo of the car being rowed across a lake on a wooden raft.
At some point, Rossignol and the car returned to France—he sans wife. She had gotten fed up with him being penniless. By the time Toby Ross was negotiating with Rossignol, La Noire was hiding in plain sight in a car museum close to Geneva airport. Toby Ross went to see it, took some poor-quality photos in the gloomy museum and set about selling it. In July 2004, chassis 90034 sold to Marc Caveng of 135 Route de Chêne, Chêne Bougeries, a collector-dealer based in Geneva, Switzerland, who repaired the engine head, renewing the valves. Yves Rossignol took his payout and went back to live with his wife in Columbia. In 2005, Caveng sent 90034 to auction in Monterey, where it sold to the late John O’Quinn.
90034 was then sent to RM Auto Restorations in Blenheim, Ontario, Canada for a comprehensive restoration. The body was refinished in a deep luminous black, while the original tobacco leather was renewed in the same shade and the original wood trim was kept and refinished. The car was extraordinarily complete, so virtually all body panels remain original. The engine and mechanicals were fastidiously reconditioned. After the passing of John O’Quinn in October 2009, chassis 90034 was sold to its current owner in August 2010 at the Monterey auctions.
For the past fourteen years, this deeply historic automobile with its ground-breaking coachwork of timeless beauty has been part of and curated by an important collection on the West Coast of the United States. This is the singular motorcar that is being offered. Highly original and authentic, in beautifully restored condition, it has a continuous and unbroken history of ownership since its inception in September 1938 when ordered by Antoine Schumann. Many years after the fact, Paul Frère remembered the unique engine and exhaust note he heard when this Talbot-Lago blasted by at the 1948 24 Hours of Spa. This is a car that makes memories, a car that stays with you. One word from Cole Porter’s famous song for the Grace Kelley, Frank Sinatra and Big Crosby film High Society sums up Talbot-Lago Teardrop chassis 90034: Unforgettable. For the Silo, Caroline Cassini.
Ordered new by gentleman race driver and banker Antoine Schumann as a replacement for his Bugatti Type 50
Sold to Schumann by Luigi Chinetti for the sum of 165,000 francs
The only Figoni Teardrop Coupé built on the T150 C Lago Spéciale chassis
Special-order body with unique features specified by Schumann
Class winner at the 1948 Belgian Grand Prix, the 24 Hours of Spa
Known provenance with ownership by prominent French collectors
An outstanding design icon of remarkable and enduring beauty
Chassis No. 90034
Chassis No. 90034 Figoni et Falaschi Design No. 9222
1938 Talbot-Lago T150 C Lago Spéciale Teardrop Coupé by Figoni et Falaschi
Auction Sale Estimate: $6,500,000 usd – $8,500,000usd/ $8,900,000cad – $11,600,000cad
Read enough automotive-related articles on the internet and you will be convinced the internal-combustion engine is being hunted with a fervor typically reserved for villains in Jason Statham movies.
Okay, that conclusion may be extreme—but it holds some truth. Regulations regarding emissions and engine efficiency grow stricter with each passing year and manufacturers are faced with an impossible task: Take a centuries-old design and make it endlessly better—faster, cleaner, stronger, ad infinitum. At some point, progress will plateau, and the cost of ICE experimentation will simply outweigh the incremental gains in efficiency and power. The good news? The internal-combustion engine might have one more trick up its cylinder sleeve.
Fuel, air, and spark—the three things an engine needs to run. Air is one ingredient that it makes sense to leave alone. Fuel type is essentially decided by contemporary infrastructure. (Synthetic fuels are in the works, but we’re thinking of large-scale changes in the ICE design that would extend far beyond the top echelons of motorsport to the everyman (and woman) on the street.) That leaves spark as the low-hanging fruit in this equation. If a different type of ignition could more completely burn the fuel and air mixture, it would not only reduce emissions but also increase efficiency.
Enter plasma ignition.
Traditional spark ignition is very simple.
A coil transforms the 12 volts from the car’s charging system into thousands of volts that discharge quickly to jump between the electrode and the ground strap of a spark plug. This forms a sharp but small zap that lights off the chemical chain-reaction that expands the air and fuel mixture to push the piston down and thus rotate the crankshaft. In order for the fuel-and-air mixture to be lit by this type of ignition system, it needs to be fairly close to a stoichiometric mixture; right around 14.7 to 1. That ratio—14.7 grams of air to one gram of fuel—puts a ceiling on efficiency. But here’s where things get interesting.
If we were able to lean out the mixture by adding air but still getting the same in-chamber expansion, and the corresponding force exerted on the piston, efficiency would increase dramatically. A lean mixture is much harder to ignite, though. So hard that you’d need transient plasma to make it happen in any reliable fashion. Technically, the spark on a standard spark plug does create plasma when it ionizes the gasses between the electrode and ground strap; transient plasma takes that small arc and dials it up to 11. If a spark plug is a zap in the chamber, plasma ignition is a TIG welder mounted in a cylinder head.
This much more violent mode of ignition can regularly and predictably ignite extremely lean air/fuel mixtures. One of transient plasma’s most obvious advantages, besides a higher-efficiency combustion cycle, is that relatively low amounts of energy are used to perform a lot of electronic “work.” (The difference between energy and power, for those of you who enjoy recalling high school chemistry class.) The spark itself is not lighting a fire to burn the fuel; rather, a rapid-fire sequence of low-range electronic pulses generates a highly potent electric arc, which then breaks the bonds holding the oxygen molecules together and allows the electrons to shoot out, essentially attacking the hydrocarbons (fuel) and creating combustion. This means we are not waiting on a flame to consume the fuel and, in the amount of time between combustion and exhaust strokes, we get a more complete burn.
The most fascinating part? This technology is not new.
We traced the basic concept to patents from the 1980s, but technology has obviously come a long way since then. Outfits like Transient Plasma Systems, Inc. and Ionfire Ignition are reviving the concept and the reintroduction is timed quite nicely. (If you’ll forgive the pun.) TPS ignition systems have been tested and show a 20 percent increase in efficiency while also decreasing harmful emissions like NOx by 50 percent. Numbers like that aren’t a silver bullet in the ICE gun, but plasma ignition could keep our beloved internal combustion engines on the road longer than we’d expected. TPS claims it is working with manufacturers to integrate its ignition tech into production engines, but we are still a few years away from seeing the fruit of that collaboration.
The internal-combustion engine has undergone constant evolution for centuries, and at this point we’re extracting incremental gains. Plasma ignition could be one of the last significant improvements to be found in the ICE story. Here’s hoping that this ’80s tech, refined for the 21st century’s needs, makes its way onto the streets. For the Silo, Kyle Smith /Hagerty.
Our friends at Hagerty know a thing or two about cars and really love talking about concept cars of every era, but the 1990s have a special place in their heart. Read on and tell us which one is your fav and why in the comments section below.
It was a good decade for automotive diversity, especially for enthusiasts: SUVs were emerging as a hot new segment, true, but none of them purported to be a coupe or track star. Sport sedans thrived. So did hot hatches. The Miata debuted in 1989, kicking off the roadster craze. Chrysler was, for most of that decade, just Chrysler—not some confusing multinational conglomerate with a name that no one remembers.
Even the automotive ideas that didn’t make production had pizzazz—in a few cases, as you’ll see below, perhaps a little too much pizzazz. We’ve covered ’90s concepts before, but after a spin through the treasure trove that is Alden Jewell’s catalog of car brochures on Flickr, we decided it was time to focus on the concept cars from the U. S. of A., rather than the European contingent that dominated that last list.
Step back in time with us to an era when Buick was thinking of wild sedans, Pontiac was still cool, Mercury … existed, and Dodge was high off the Viper.
1999 Buick Cielo
If you thought Buick’s newest concept car was unorthodox, prepare yourself: The Cielo is much, much more out-of-the-box. (Despite that throwback grille texture, which is very Y-Job.) A four-door convertible, with retractable headlights and voice-operated doors? You’d never know this thing was based on a highly modified Regal GS. The top, complete with its rear glass, stowed beneath a panel at the back thanks to a cable system hidden in the two arches that frame the “roof.” Power came from a supercharged 3.8-liter V-6 making 240 horsepower.
Judging by the much tamer concept of the same name that Buick showed off the following year—and marketed as a possible limited edition—the automaker thought the convertible four-door idea had legs. In Buick’s words, the Cielo “proves just how broad and flexible and contemporary the idea of a premium family car really is.” Little did Buick know that, 15 years later, the only premium family car the people would want was an SUV …
1997 Mercury MC4
Motortrend got rather excited about the MC4 when it debuted in 1997: “The MC4 is for Mercury what the Viper Roadster was for Dodge nine years ago.” Yes, it was far more interesting to look at than the blob-like Mystique or the softly contoured Mountaineer … but no one knew that, 13 years later, Mercury would stop producing vehicles, its sales cannibalized by parent company Ford.
In 1997, however, Mercury’s star shone far brighter. The MC4 wore the edgy, minimalist look characteristic of Ford’s New Edge design language, initiated by the GT90 concept in 1990 and most familiar to folks on the 1999 Mustang. A trapezoidal grille and emphasized wheel arches are common to both that Mustang and the MC4, which actually started life as a V-8–powered ’96 Thunderbird. Unlike the T-Bird, the Mercury concept boasts four doors and a rear cargo area accessed by a pair of gullwing doors. It had style, space, and, of course, a healthy dose of tech that hadn’t quite been readied for production: video cameras instead of side- or rearview mirrors, nickel-chrome plate bedazzling the interior, and heated and cooled cupholders.
1997 Pontiac Rageous Concept
In 1997, Pontiac had four-door cars, and it had V-8–powered cars, but it didn’t have any V-8–powered, four-door cars. The Rageous, with its 350-cubic-inch small-block and vestigial set of rear doors, aimed to fix that. It could carry four people, but the trunk was accessed via a top-hinged hatch, making this more of a hatchback than a sedan. The Rageous had a six-speed manual transmission and a heavily vented, pointy schnoz that put that of the contemporary Firehawk to shame.
1994 Dodge Venom
If the Dodge Venom reminds you of a Neon, you’re on the right track: This 1994 concept was built on a version of the Neon’s platform. Unlike that compact, however, the Venom was rear-wheel drive. Compared to the sportiest Neon, the SRT-4, the Venom boasted an iron-block six-cylinder engine with 24, rather than 16, valves, and more power: 245 rather than 215 horses. The Venom looked like the perfect little brother to the Viper, which it honored with that side-scoop and squinty headlights atop a four-section grille. The concept even made the cover of Car and Driver‘s March 1994 issue, accompanied by the question: “Dodge’s pony car of the future?”
We wish such an affordable, spunky two-door had made production: Dodge wouldn’t have a direct competitor to the Mustang and the Camaro until the Challenger, which hit the streets 14 years later.
1995 Chevrolet El Camino SS Concept
It may remind GM fans of a Holden, but the El Camino SS Concept ute is a GM B-body at its core. GM’s Advanced Vehicle Development Center in North America built this ute out of a Caprice station wagon in just 16 weeks, grafting onto that people-hauler the nose of an Impala SS. Many of the steel body panels were made by hand. Power came from a 300-hp version of the LT1 V-8 found in the Corvette and the Impala SS (in different tunes) and was channeled to the rear wheels via a 4L60E Hydramatic transmission. Unfortunately, the platform that gave it birth spelled its doom: GM killed the age-old B-body at the end of 1996. RIP.
1994 Plymouth Expresso Concept
Would you believe us if we said this was a Plymouth? Maybe not, because the Expresso is more interesting than anything Plymouth made in the ’90s … until the Prowler arrived for the 1997 model year, at least. (That retro-mobile debuted in concept form the year before the urban runabout Expresso debuted.) The Expresso was built on the shortened frame of a Neon, to be sold under both the Dodge and Plymouth brands, and used the compact’s 2.0-liter four-cylinder to power its front wheels.
The four-door bubble would never reach production, but its name stuck around in the Plymouth lineup as a trim package on the Neon, the Voyager, and the Breeze. Be prepared to explain yourself if you mention this concept in front of a coffee snob: This weirdo’s name really is EX-presso, not Espresso. The proper pronunciation would be too … well, proper. For the Silo, Grace Houghton/Hagerty.
Monaco, April 2024 The American company Venturi Astrolab, Inc. (Astrolab), a strategic partner of the Monegasque Venturi Group, has been awarded a NASA contract to support the development of Artemis campaign’s lunar terrain vehicle. Its rover, known as FLEX, is equipped with batteries and wheels developed by Gildo Pastor’s teams in Monaco and Switzerland.
Gildo Pastor is no stranger to specialized high-performance vehicles- here with Bugatti EB110 he drove to win the world record for fastest car on ice in 1995.
Astrolab is one of three teams to win contract awards. Astrolab’s contract is worth up to $1.9 billion usd / $2.56 billion cad. Collectively the three contract winners may be awarded task orders over the next 13 years with a total potential value of $4.6 billion usd/ $6.2 billion cad over the life of the program. The contracts allow for two additional years for the completion of services.
With this announcement, and after two decades dedicated to high-performance terrestrial electric vehicles, Venturi is taking another major step forward. Indeed, the industrial Group led by its President Gildo Pastor designs and manufactures the lunar vehicle’s wheels and batteries.The hyper-deformable wheels, developed and manufactured by the Venturi’s Swiss entity in collaboration with Astrolab, were presented at the Paris Air Show in June 2023. As for the batteries, these will be manufactured in Monaco in specifically designed facilities at the heart of the Venturi’s historic headquarters.
SpaceX’s Starship launch and landing system will deliver FLEX to the lunar surface in mid-2026.
Astrolab first revealed the full-scale working prototypefor its Flexible Logistics and Exploration (FLEX) rover in March of 2022. In the years since, Astrolab, has conducted thousands of hours of laboratory and field testing that has led to numerous design improvements. The improvements to the wheels and batteries came as a result of tests Astrolab conducted together with Venturi’s engineers.
As required by NASA, FLEX can carry two suited astronauts, accommodate a robotic arm to support science exploration, perform robotic cargo logistics, and survive the extreme temperatures at the lunar South Pole, which is a technological challenge, particularly for the hyper-deformable wheels and batteries. FLEX can be operated remotely from Earth even when astronauts are not present, or it can be operated by suited astronauts.
Once FLEX arrives on the lunar surface, Astrolab expects that FLEX will become the largest and most capable rover to ever travel to the Moon. With a maximum combined rover and cargo mass of more than two tons, the FLEX rover is nearly three times the mass of its largest predecessor. This increased capacity provides significantly more opportunities to conduct scientific experiments and commercial endeavors on the lunar surface.
“Through our strategic partnership with Astrolab, I am proud to see the Venturi Group’s know-how validated by NASA. After 20 years of innovation and world speed records in the field of terrestrial electric vehicles, we are now involved in an adventure that will go down in the history books: when Man returns to the Moon! When I see this rover, equipped with our wheels and batteries, operating up there I will have made my greatest dream come true“. – Gildo Pastor, President of the Venturi Group.
“Astrolab is honored to have its FLEX rover selected by NASA to participate in the development of creating a Lunar Terrain Vehicle for the Artemis Campaign. Our entire team, together with our business partners, including our strategic partner Venturi Group, are committed to delivering to NASA an LTV that serves as a critical tool in the agency’s efforts to establish a long-term human presence on the Moon.” – Jaret Matthews, founder & CEO, Astrolab.
STOW, OHIO,USA, March, 2024 — For more than 60 years, Audio-Technica has sought to expand the limits of audio technology. With the introduction of its NARUKAMI ultra-high-end audio products, Audio-Technica has taken the pursuit of analog sound reproduction to a remarkable new level of excellence.
Making their U.S. premiere at CanJam NYC 2024 (March 9 – 10 at the Marriott Marquis, New York), the NARUKAMI HPA-KG NARU Tube Headphone Amplifier and ATH-AWKG Closed-Back Dynamic Wooden Headphones are stunning, ultimate-quality works of audio art.
Narukami- the Japanese thunder god.
Taking their name from the Japanese god of thunder, NARUKAMI products are designed to ignite elemental passions, while embodying the meticulous Japanese craftsmanship that is an Audio-Technica hallmark.
The front and side panels of the HPA-KG NARU tube amplifier/preamplifier (SRP: US$108,000 / CAD$145,400) are crafted from precious kurogaki wood, Japanese black persimmon wood with striking wavy black figuring that can be found nowhere else. The metal mesh covering that protects the vacuum tubes is evocative of the pattern of the flat needles of the Ayasugi tree. The top of the HPA-KG NARU tube amplifier/preamplifier is styled to reflect the appearance of a KARESANSUI or dry landscape garden, representing water flows.
The HPA-KG NARU is as technologically refined as it is beautiful. The headphone amplifier/preamplifier employs four Takatsuki 300B power tubes, considered by connoisseurs to be among the finest of their type ever produced, and with ECC83S gold pin small-signal tubes. The HPA-KG NARU utilizes a dual-mono configuration and has a fully-balanced drive design, for richly detailed sound with remarkable depth and presence. It offers both balanced 4.4 mm and standard 1/4-inch headphone jacks.
The amplifier provides an impedance selector switch to perfectly match with the widest range of headphones. No effort was spared in the quality of the internal components, which include amorphous-core silver-wire Lundahl input and output transformers to deliver the highest level of sonic clarity. In addition to its unsurpassed capabilities as a headphone amplifier, the HPA-KG NARU serves as a preamplifier, and offers balanced and single-ended inputs and outputs. Companion AW-KG NARU headphones are included with the HPA-KG NARU amplifier.
“We spent 10 years creating the HPA-KG NARU amplifier in an arduous process, working our way through 11 prototypes before settling on a design that met our high expectations,” said R&D engineer Koichi Irii. “The lifelike sound of the HPA-KG NARU is a testament to the power of our human approach.”
The ATH-AWKG headphones (SRP: US$4,200 / CAD$5,650) are equally exceptional. Like the HPA-KG NARU, the headphones are handcrafted in Tokyo, Japan, from rare kurogaki wood. In addition to its distinctive appearance, the acoustic properties of the kurogaki housings contribute to the headphones’ extraordinary sound quality. The hand-applied lacquer finish brings out the wood’s natural beauty.
The ATH-AWKG features purpose-designed 53-mm drivers with Permendur magnetic circuitry. Each driver is equipped with a titanium flange and a 6N-OFC high-purity oxygen-free voice coil to ensure precise movement and optimum signal transfer. Audio-Technica’s exclusive D.A.D.S. Double Air Damping System provides smooth, accurate bass response.
The ATH-AWKG is designed for maximum long-wearing comfort, and is supplied with an additional set of ZMF Universe Hybrid earpads for a unique alternate listening experience. The headphones are equipped with Audio-Technica’s A2DC jacks and two 9.8-foot (3.0 mm) detachable cables with 4-pin balanced and standard 1/4-inch jacks. Adding to its elegance, the ATH-AWKG comes in a presentation box with kurogaki wood accents.
Audio-Technica was founded in 1962 with the mission of producing high-quality audio for everyone.
Though these latest releases are aimed at those with deep pockets and the means to buy the ultimate in design and offering, we have grown in other areas and just as importantly to design critically acclaimed headphones, turntables and microphones at all price points. We have retained the belief that great audio should not be enjoyed only by the select few, but accessible to all. Building upon our analog heritage, we work to expand the limits of audio technology, pursuing an ever-changing purity of sound that creates connections and enriches lives.
The “Russian Code”, one of Raketa’s most recognizable models with a counterclockwise movement, is finally launched as part of Raketa’s main collection. The watch is crafted in an all-new case: a combination of sharp facets and rounded curves are enhanced by a mix of satin-brushed finishing with polished edges, while the sapphire glass has a more complex domed shape. A synthetic ruby is yet another update of the case: it glows behind Raketa factory’s logo carved on the side of the crown.
The centre of the dial displays the constellations over St. Petersburg on the morning of April 12, 1961, when Yuri Gagarin made history by becoming the first man to fly into space. Textured polished indexes with two types of coatings (light rhodium on even and dark on odd numerals) convey an extra 3-dimensional aspect to the already multilayered dial.
Behind the elegant design lies the revolutionary concept that time should move in harmony with the natural counterclockwise movement of the planets in our Solar System. Therefore, just like the planets around the Sun, the hands of the Raketa “Russian Code” rotate in a counterclockwise direction around the dial. The case back reveals a beautifully decorated automatic movement entirely manufactured and assembled at the Raketa Watch Factory in Saint-Petersburg. Are you ready to move on to the new generation of watches that tick to the beat of the Universe?
A watch that invites you to be different
To wear this watch, you will have to break free from the most fundamental rule of time-reading — the clockwise movement of time that was taught to us from ancestral times. Indeed, early people read the time with sundials by observing the clockwise movement of the sun in the sky (from left to right) and of the corresponding shade on the dial (from right to left). When our ancestors finally invented the concept of hands (instead of shade) moving around a dial, they naturally decided to keep this clockwise movement that they observed in nature
However, there is a serious flaw in this decision: the Sun doesn’t move clockwise in the sky. It’s an illusion — it actually doesn’t move at all. It is the Earth that moves in a counterclockwise direction around the Sun!
The sun follows a clockwise movement in the sky when it is seen from the Earth’s northern hemisphere: in the southern hemisphere, it goes in the opposite direction. The reason why early watchmakers decided to replicate on dials the clockwise movement as seen in the northern hemisphere is simply because this is where they always lived (and as a matter of fact where 90% of the world population has always lived).
The Raketa Watch Factory corrected this mistake by designing a watch where the movement of time follows the natural movement in the Universe. This watch is certainly not for the faint-hearted but rather for people who are willing to stand out from the crowd and be different!
A watch that is true to Raketa’s DNA
By following the movement in the Solar System, this watch underlines the link between Raketa and the Cosmos: the brand Raketa (which means “Space Rocket” in Russian) was created in 1961 in honour of the first manned space flight by the Soviet cosmonaut Yuri Gagarin. Since then, Raketa’s designers and engineers were always inspired by space and regularly made watches for cosmonauts and watches celebrating the Solar System.
A watch with a very special movement
The counterclockwise movement of the hands is powered by a very special Raketa automatic movement (2615R). The engineers of the Raketa Watch Factory inverted the movement of the hands by changing the construction of the 2 most important parts of the mechanical movement: the mainspring barrel and the anchor module! This engineering feat could only be accomplished because Raketa produces in-house 100% of these parts.
Price
The watch costs 1950 Euros (VAT included)/ $2,865 cad. All Raketa watches are delivered worldwide by DHL free of charge.
Specifications Factory: Raketa Watch Factory (Saint-Petersburg) Movement:
Calibre: 2615 CR Functions: Automatic with reverse direction of hands Number of jewels: 24 Testing positions: 4 Average rate (s/d): -10+20 Average running time (h): 40 Frequency/hour: 18.000 / 2.5Hz Bi-directional automatic winding: Yes Stopper of self-winding unit activated during manual winding: Yes Decoration: Nanocoating Neva waves Print
Case:
Material: Stainless steel Diameter: 39,5 mm Front glass: Sapphire Back glass: Mineral Crown: Synthetic ruby stone inside the crown Water resistance: 5 ATM Hands: Superluminova
Strap/bracelet:
Material: Genuine leather Width: 22 mm Sex: Unisex
– Versatile music streamer offers exceptional sound quality and easy setup – Boulder, Colorado, September, 2023 – PS Audio is now shipping its AirLens music streamer, designed to deliver the ultimate in sound quality from streaming audio sources. The new AirLens (SRP: US $1,999.00 / CAD $2,709 ) offers high-resolution streaming via Roon and services such as TIDAL, Qobuz, Spotify, JRiver, and Audirvana, as well as from an NAS storage device or any DLNA-compatible server.
“The secret of the AirLens’ exceptional sound quality is its galvanic isolation,” noted Paul McGowan, PS Audio CEO. “Removing the physical connection between input and output stages eliminates the unwanted noise that can be introduced by USB, Ethernet or Wi-Fi. The AirLens also perfectly re-clocks the digital signal. The result is a remarkable improvement in resolution, timbral realism, and dynamics.”
The PS Audio AirLens connects to a network via Ethernet or Wi-Fi, and provides I2S and coaxial digital outputs to connect to a DAC. Typically, noise from any number of sources including a computer, long runs of Ethernet cable, EMI interference via Wi-Fi, and modems and routers all contribute to increased jitter and a loss of fidelity. PS Audio’s galvanic isolation removes this sonic degradation by eliminating the electrical connection between the input and output stages, using only air as the interface. This ensures 100 percent isolation and noise-free delivery of the digital audio signals. In addition, the signal is re-clocked at the output stage for jitter-free, pure digital audio.
Available in silver and black, the AirLens offers PCM decoding up to 352.8 kHz, and DSD to 256 (4x). Its compact size (10 by 7 by 1.5 inches) and sleek design make it easy to integrate into any audio system. Like every PS Audio product, the AirLens is manufactured using premium-quality parts and construction.
AirLens Features at a Glance:
Galvanically isolated from input to output to eliminate network and Wi-Fi noise and offer extraordinary signal purity and sound quality. Connects to a network via 10/100/1000 Ethernet or 2.4 and 5 GHz Wi-FiI2S and coaxial digital outputs. Offers PCM up to 352.8 kHz/32-bit and native DSD up to 256 (4x, up to DSD 128 via coax output)DoP (DSD over PCM) operation. Roon-ready, DLNA-ready, compatible with TIDAL Connect (via Roon), Spotify Connect, mconnect, Qobuz (via Roon and mconnect), Dropbox (via Roon), MQA, DLNA 1.5 and UPnP A/V 1.0 Digital Media Renderer. Available in silver or black10″ x 7″ x 1.5″, 4.8 lbs.
About PS Audio
Founded in 1973, PS Audio has earned a worldwide reputation for excellence in manufacturing innovative, high-value, leading-edge audio products. Located in Boulder, Colorado at the foothills of the Rocky Mountains, PS Audio’s staff of talented designers, engineers, production and support people build each product to deliver extraordinary performance and musical satisfaction. The company’s wide range of award-winning products include the all-in-one Sprout100 integrated amplifier, audio components, power regenerators and power conditioners.
The Raketa Watch Factory launches a new tool watch dedicated to the Lun-class Ekranoplan: a Soviet era hybrid machine — half ship, half plane — unlike anything else in the world.
Legendary soviet achievement
Part ship & part plane, the Lun-class Ekranoplan was built in the early 80s by the Soviet Union as an experimental coastal defence vehicle. It can claim to be one of the most extraordinary machines ever built by mankind. It combined the best characteristics of a ship and that of a plane: it could carry as much cargo as a ship and fly as fast as an airplane at speeds of up to 500 km/h. It flew over distances of up to 2,000 km using lift generated by the “ground effect” acting on its large wings when about 4 metres above the surface of the water. This enabled the Ekranoplan to fly undetected by radars.
The name “Lun” was chosen because it comes from the Russian word for “harrier”, a bird which characteristically hunts by flying silently low over open ground.
A remnant of the past
The only Lun-class Ekranoplan ever built lies today on a beach of the Caspian sea near the city of Derbent (Russia) as a lonely reminder of past achievements. With its gigantic size, unique hybrid characteristics and quirky design, the Ekranoplan is a testimony to the incredible originality of Soviet-era engineering. Even now, after almost half a century, it looks incredibly futuristic.
A watch as testimony to the Ekranoplan Lun
The Raketa Watch Factory has always been inspired by incredible human technical achievements. It has therefore designed and manufactured a tool watch as testimony to the Ekranoplan. Raketa also hopes this will attract more attention to the Ekranoplan, and thus contribute to saving it.
Especially for this model, Raketa developed a new stainless steel case and metal band: its sturdy design corresponds to the looks and spirit of the Soviet-era Ekranoplan. The Raketa “Ekranoplan” watch is directly linked to the Lun-class Ekranoplan:
– The insert of the rotating bezel is made from a piece of metal from the Lun-class Ekranoplan, officially given by the city of Derbent which is in charge of safeguarding the Ekranoplan;
– The design of the compass markings on the bezel is directly inspired by the design of the compass on the control panel in the cockpit of the Ekranoplan;
– An embossed image of the Ekranoplan is printed on the dial.
The back of the watch reveals the beautifully decorated 24-hour automatic movement which is entirely produced by the Raketa Watch Factory in Saint-Petersburg.
The Raketa “Ekranoplan” watch model is limited to 500 pieces.
Each watch model is complemented with a leather strap. The model is also available as part of a Gift set which includes the Raketa “Ekranoplan” watch model with stainless steel bracelet, an additional leather strap and a 1:400 scale model of the Lun-class Ekranoplan.
The price
The cost of the watch is 1.667 EUR (without VAT) $2,410.08 CAD at time of writing. The cost of the Gift set is 2083 EUR (without VAT) $3,011.52 CAD at time of writing. For the comfort of customers, Raketa watches are delivered worldwide free of charge by DHL directly up to their front door.
The insert of the rotating bezel is made from a piece of metal from the Lun-class Ekranoplan.
Specifications
Factory:
Raketa Watch Factory (Saint-Petersburg)
Movement:
Calibre:
2624
Functions:
Automatic
Number of jewels:
24
Testing positions:
4
Average rate (s/d):
-10+20
Average running time (h):
40
Frequency/hour:
18.000 / 2.5Hz
Bi-directional automatic winding
Yes
Decoration:
Nanocoating Neva waves Print
Case:
Material:
Stainless steel
Material of the bezel insert:
Metal from the Lun-class Ekranoplan
Size:
41,6 mm
Front glass:
Sapphire
Back glass:
Mineral
Water resistance:
20 АТМ
Hands:
Superluminova
Dial:
Superluminova
Strap/bracelet:
Material:
Stainless steel Genuine leather
Width:
22 mm
Sex:
Male
For the Silo, Lera Komolova. Photos: Lera Komolova
RAKETA “EKRANOPLAN” Entre ciel et mer !
La Manufacture horlogère Raketa lance une nouvelle montre spécialisée qui est dédiée à l’Ekranoplan Lun : un appareil hybride de l’ère soviétique – mi-avion, mi-bateau – absolument unique en son genre.
Un exploit légendaire de l’époque soviétique
Construit par l’Union soviétique au début des années 1980 en tant qu’engin expérimental de défense côtière – mi-avion, mi-bateau – l’Ekranoplan peut être considéré comme l’une des machines les plus extraordinaires jamais créées par l’homme. L’Ekranoplan réunissait les meilleures qualités d’un navire et d’un avion : il pouvait déplacer autant de cargaison qu’un bateau et pouvait voler aussi vite qu’un avion en atteignant une vitesse de 500 km/h. Il volait à des distances allant jusqu’à 2 000 km grâce à “l’effet d’écran” qui se formait sous ses immenses ailes à environ 4 mètres au-dessus de la surface de la mer. Ceci lui permettait de se déplacer sans être repéré par les radars.
Son nom « Lun » se traduit du russe comme « le busard », et non sans raison, car cet oiseau de proie est connu pour sa chasse en vol silencieux à basse altitude.
Un témoin du passé
Le seul Ekranoplan Lun jamais construit se trouve aujourd’hui sur une plage de la mer Caspienne près de la ville de Derbent (Russie), comme un rappel solitaire des exploits passés. Sa taille gigantesque, ses caractéristiques uniques et son étrange design témoignent de la force et de l’originalité de l’ingénierie soviétique. Encore aujourd’hui, presque cinquante ans après sa conception, il a l’air extrêmement futuriste.
Une montre en hommage à l’Ekranoplan Lun
La Manufacture horlogère Raketa a toujours été inspirée par les plus grands exploits techniques humains. Elle a donc produit une montre spécialisée en hommage à l’Ekranoplan Lun. Raketa souhaite aussi attirer l’attention sur l’Ekranoplan Lun et contribuer ainsi à sa préservation.
Un nouveau boîtier et bracelet en acier ont spécialement été conçus pour ce modèle : leur design rugueux et viril correspond à l’esprit de l’Ekranoplan soviétique. Le modèle Raketa “Ekranoplan” a plusieurs liens avec l’Ekranoplan Lun :
– l’insert de la lunette tournante est fabriqué à partir d’un morceau de métal de l’Ekranoplan Lun, officiellement transmis à la Manufacture Raketa par la ville de Derbent (qui est en charge de la préservation de l’Ekranoplan) ;
– le design des signes de boussole sur la lunette est inspiré de la boussole du tableau de commande situé dans le cockpit de l’Ekranoplan ;
– une image embossée de l’Ekranoplan est imprimée sur le cadran.
Le fond du boîtier permet de contempler un mouvement automatique à 24 heures Raketa, magnifiquement décoré et entièrement créé par la manufacture horlogère Raketa de Saint-Pétersbourg.
Raketa “Ekranoplan” est une édition limitée à 500 pièces.
Chaque montre est livrée avec un bracelet en cuir supplémentaire. Le modèle est également disponible dans un coffret cadeau comprenant la montre Raketa “Ekranoplan” et son bracelet en acier, un bracelet cuir supplémentaire et la maquette de l’Ekranoplan Lun à une échelle de 1:400.
Prix
Le prix est de 1 667 EUR HT pour la montre seule et de 2 083 EUR HT pour le coffret cadeau. Pour le confort de nos clients, les montres Raketa sont livrées gratuitement dans le monde entier par DHL jusqu’à leur porte d’entrée.
LOS ANGELES, Calif. — Geology Studio’s Open 45 Credenza is an innovative, locally crafted, all-in-one listening credenza specifically made for enthusiasts of vinyl record collecting and streaming. Streamers can neatly dock iPads, iPhones, and headphones alongside digital listening gear now. The Open 45 Credenza also promotes the use of your vinyl collection. Many record collections are hidden from sight in cabinets, stacked anonymously on a shelf, or stored too low to reach comfortably. The inspiration for the OPEN 45 is the idea of keeping your records in sight and ready to play, allowing you to spend time enjoying the fidelity of your vinyl.
“I’ve had a record player since I was a kid, my record collection spans the spectrum from the Ghostbusters soundtrack I got when I was 9 to Zeppelin to Sir Mix-a-Lot and everything in between. I’ve carried this collection around for years and rarely played it.”
“I was on a mission to figure out how to help people like myself engage with their music collections. This piece is the result of that effort,” says designer Adam Friedman. Made to promote the use of your record system and streaming devices, the Open 45 allows the minimum amount of steps to get your music playing.
Slotted interior allows for movable divider panels Shelves can be moved to suit your setup Cord channel runs entire length of unit for hidden cable management Available in standard 5’ and 7’ Lengths. Custom lengths available upon request Legs available in matte black, brass finish or custom finish
“I’d been neglecting my records because the storage was inconvenient – out of view and not very accessible. In talking to friends and clients, I discovered I wasn’t the only one with this issue. The 45-degree angle of the Open 45 design is a feature informed by function. Bringing albums into view in an organized and accessible way allows people to enjoy their collections and display them with pride, even the Ghostbuster soundtrack.
Everyone has their unique setup – explore the flexibility of our modular platform. Shelving sits atop and can be moved around, offering an easy way to customize your setup. A discrete cord channel runs the length of the piece, keeping only the things you want to see on display,” Friedman explains.
Standard setup includes the following components:
x1 Large Shelf 22” W x 19” D x4 Divider Panels Available in 27” and a low 21” Height Custom Woods and Finishes Available Walnut is the standard option. White Oak is a popular custom option, but most custom wood requests can be accommodated. The base is metal and is typically lacquered in a black or plated brass finish, though this is highly customizable as well. “There’s a high level of precision that goes into this piece because of all of the miter cuts. If your tools aren’t lined up perfectly, the end product won’t come together.” Geology Studio is run by a husband and wife team, Adam and Vanessa Friedman.
Each piece is thoughtfully developed by Adam, designer and craftsman and every piece is hand built by local artisans. The finished products you see are a final iteration of many takes. Geology Studio builds and rebuilds to fine tune the design and comfort level.
”The meaning and value of an object reveals itself over time, reflecting the consideration and patience invested in the design process. It is in this process I seek to design objects that listen, effortlessly adapting to the changing needs of a home and the people in it.”
Geology finds inspiration by seeking new ways to see, feel and experience the everyday world. For the Silo, Virginia Chavez.
“I was on a mission to figure out how to help people like myself engage with their music collections. This piece is the result of that effort,” says designer Adam Friedman.
Earlier this week, Venturi Group presented its latest invention at the international Paris Air Show in Le Bourget, France: a hyper-deformable lunar wheel. Venturi Lab designed and manufactured the wheel using materials it created. The Venturi wheel is a world first.
A turning point in the history of the space industry, Venturi has reinvented the wheel. Engineers, chemists and physicists at Venturi Lab in Fribourg, Switzerland have created a unique hyper-deformable lunar wheel.
The wheel will be used on Venturi Astrolab’s FLEX rover, a vehicle that will be deposited on the Moon in 2026 by Space X’s Starship rocket and initially used to transport and deploy payloads.
In the past, with the exception of the Apollo missions, space exploration vehicles have always been equipped with rigid wheels. The Venturi wheel, however, is highly deformable while remaining long-lasting and robust. From 2026, when the FLEX rover is put into service at the lunar south pole, where extreme temperatures (-90 to -230°C) prevail, the four wheels supporting the two-tonne vehicle (payload included) will warp in order to absorb ground irregularities as the FLEX travels at 20 km/h. The wheels will need to perform over at least 1,000 kilometres and resist strong radiation from the south pole.
Features of the Venturi wheel include: – an exceptional diameter of 930 mm – a complex system of 192 cables that act as spokes – a tread made flexible by a newly invented material – an outer rim equipped with springs
This breakthrough technology, based on unique materials, is equal in importance to the arrival of the rubber, and later pneumatic rimmed tyre in the 19th century.
NASA has selected Venturi Astrolab to test and analyse the Venturi wheel at the NASA Glenn Research Center in Cleveland and the NASA Johnson Space Center in Houston.
ABOUT VENTURI Since 2000, the Venturi Group has specialised in the design and manufacture of high-performance electric vehicles. Whether through world records, expeditions on hostile terrain, the creation of the first electric sports car, the development of innovative vehicles or its involvement in the Formula E World Championship, the Venturi Group embodies and demonstrates all the capabilities of the electric vehicle on 2 or 4 wheels. Since 2021, Venturi Lab is part of the Venturi Group. The company invents, studies, designs and manufactures mobility solutions capable of handling the extreme environmental conditions found on the Moon and Mars. In 2026, Venturi Astrolab’s FLEX rover – for which the Venturi Group will have designed and manufactured innovative technologies resulting from disruptive innovations – will be in operation on the Moon.
ABOUT VENTURI ASTROLAB Venturi Astrolab, Inc (Astrolab) is on a mission to advance humanity to the next horizon by designing, building and operating a fleet of versatile rovers for all planetary surface needs. Comprised of a highly specialised team of former NASA, SpaceX and JPL engineers, Astrolab is dedicated to providing adaptive mobility solutions essential to life beyond Earth. The team has leading experience in terrestrial and planetary robotics, electric vehicles, human spaceflight and more. Astrolab’s extensive experience and strategic partnerships with a wide range of world-class institutions, including the electric vehicle pioneer Venturi Group, allow for the most reliable, flexible and cost-effective lunar and Mars mobility offerings. The company’s headquarters are located in Hawthorne, California.
Recently, H.S.H. Prince Albert II of Monaco visited Venturi Group’s Monegasque headquarters.
photos: Venturi/Bebert Welcomed by the Group’s President, Gildo Pastor, the Sovereign was invited to take a historic first look at the lunar rover “FLEX”, developed by Venturi Astrolab (USA) in collaboration with Venturi Lab (Switzerland) and Venturi (Monaco).
FLEX will be the largest and most advanced lunar vehicle ever made.
It will be landed on the surface of the Moon by American firm SpaceX in 2026. Fans of Canada’s robotic space arm Canadarm take note: the lunar rover includes its own ‘in house’ designed and built robotic arm.
Since 2000, the Venturi Group has specialized in the design and manufacture of high-performance electric vehicles. Whether through world records, expeditions on hostile terrain, the creation of the first electric sports car, the development of innovative vehicles or its involvement in the Formula E World Championship, the Venturi Group embodies and demonstrates all the capabilities of the electric vehicle on 2 or 4 wheels.
Since 2021, Venturi Lab is part of the Venturi Group. The company invents, studies, designs and manufactures mobility solutions capable of handling the extreme environmental conditions found on the Moon and Mars. In 2026, Venturi Astrolab’s FLEX rover – for which the Venturi Group will have designed and manufactured innovative technologies resulting from disruptive innovations – will be in operation on the Moon. For the Silo, Fabrice Brouwers/Venturi.
ABOUT VENTURI ASTROLAB, INC. Venturi Astrolab, Inc (Astrolab) is on a mission to advance humanity to the next horizon by designing, building and operating a fleet of versatile rovers for all planetary surface needs. Comprised of a highly specialised team of former NASA, SpaceX and JPL engineers, Astrolab is dedicated to providing adaptive mobility solutions essential to life beyond Earth.
The team has leading experience in terrestrial and planetary robotics, electric vehicles, human spaceflight and more. Astrolab’s extensive experience and strategic partnerships with a wide range of world-class institutions, including the electric vehicle pioneer Venturi Group, allow for the most reliable, flexible and cost-effective lunar and Mars mobility offerings. The company’s headquarters are located in Hawthorne, California.