While EVs are known mainly as environmentally friendly offerings, this list proves not all things with electric motors on four wheels are created equal.
1a. Automobili Pininfarina B95: $4.7 Million usd/ $6.67 Million cad
Topping the list is the Pininfarina B95, the world’s most expensive electric car at $4.7 million usd. Limited to just 10 units, the B95 blends breathtaking performance with unmatched luxury. With a top speed of 186 mph and acceleration from 0 to 62 mph in under two seconds, it’s as fast as it is exclusive. Crafted for collectors, the B95 epitomizes automotive luxury in the EV era.
1b. Automobili Pininfarina Battista B95 Dark Knight $4.2 Million usd/ $5.94 Million cad
Celebrating 85 years of Batman, this hypercar is meticulously crafted as the ultimate inspiration for Bruce Wayne’s conquest against darkness. The Battista Dark Knight emerges blending superhero mystique with high-performance luxury. Dark Knight transforms the elegant, pure-electric Battista into its most formidable version yet, Furiosa. Featuring never-previously-seen bespoke enhancements and aggressive styling, it showcases the pinnacle of Automobili Pininfarina’s dynamic design and craftsmanship.
2. Aspark Owl: $3.1 Million usd/ $4.4 Million cad
Hailing from the Land of the Rising Sun, theAspark Owl takes electric speed to another level with a claimed top speed of 260 mph and a 0-60 mph time of 1.72 seconds. Its all-carbon-fiber body minimizes weight while maximizing aerodynamics. Limited to 50 units, the Owl’s exclusivity matches its $3.1 million usd price tag. A recent evolution of the model reached a record-breaking 272 mph, solidifying its place as one of the fastest EVs ever.
3. NIO EP9: $3 Million usd/ $4.25 Million cad
China’s NIO EP9 stands out with its focus on aerodynamics and track performance. With an active rear wing and 5,395 pounds of downforce at 150 mph, the EP9 excels on the racetrack. Its four motors enable a 0-124 mph sprint in just 7.1 seconds, and its innovative battery-swapping system adds convenience. Limited to 50 units, the EP9 costs $3 million usd and showcases NIO’s technical expertise.
4.Lotus Evija: $2.3 Million usd/ $3.25 Million cad
The Lotus Evija aims to redefine what an electric hypercar can achieve, delivering 1,973 horsepower from its four motors. Its lightweight design, with a curb weight of just 3,704 pounds, emphasizes performance, while a range of 250 miles ensures practicality. A special Fittipaldi edition pays homage to Lotus’s racing legacy, featuring even greater power and exclusivity. At $2.3 million, the Evija remains a pinnacle of British engineering.
5. Pininfarina Battista: $2.25 Million usd/ $3.18 Million cad
We mentioned the Batman version above already but the ‘base model’ Automobili Pininfarina’s Battista is an electrified masterpiece, blending exquisite design with awe-inspiring performance. With a combined output of 1,900 horsepower from four motors, the Battista rockets from 0 to 62 mph in just 1.86 seconds. Its 120 kWh battery allows fast charging to 80% in 25 minutes, and its carbon fiber construction optimizes agility. Priced at $2.25 million, this Italian creation is limited to 150 units.
6. Rimac Nevera: $2.2 Million usd/ $3.11 Million cad
Croatia’s Rimac Nevera has rewritten the record books, claiming the title of the world’s fastest EV with a top speed of 258 mph. Its four motors generate 1,813 horsepower, enabling blistering acceleration and exceptional handling. With only 150 units produced, each priced at $2.2 million, the Nevera is a true collector’s item. A special Time Attack variant, priced at over $3 million usd , adds even more exclusivity to an already rare hypercar.
7. Deus Vayanne: $2 Million usd/ $2.83 Million cad
The Deus Vayanne debuted at the 2022 New York Auto Show, boasting a staggering 2,243 horsepower thanks to its tri-motor setup. Designed in Austria, produced in Italy, and electrified in the UK, this hypercar achieves a balance of power and elegance. Its unique infinity-loop-inspired grille complements an interior lined with sustainable materials. With a range of 310 miles and a limited production run of 99 units, the Vayanne offers exclusivity at $2 million.
General Motors’ affinity for using entertainment to promote its products reached a fever pitch in 1955, as an estimated two million people attended Motorama in New York City, Boston, Miami, San Francisco, and Los Angeles. It was followed that same year by Poweramain Chicago, a show that highlighted GM’s non-automotive businesses and featured a musical dubbed “More Power to You.” It included French acrobats atop a 70-foot crane, 35-ton bulldozers dancing the mambo, and a battle of strength between a top-hatted elephant and a bulldozer in which the pachyderm is sent packing. The show ran for 26 days and attracted two million visitors.
But that wasn’t the end of it, as GM produced musicals—yes musicals—to help move the metal. The result would be Buick’s Spacerama (so many -ramas) and Oldsmobile’s The Merry Oh-h-h.
Oldsmobile in 1955
Flickr/Chad Horwedel
Having reached record sales of 583,179 units for the 1955 model year, Oldsmobile hoped to continue the sales boom for 1956, even though its lineup was mostly carryover. The biggest news was the Jetaway Hydra-matic automatic transmission, which was redesigned for the first time since its introduction in 1940. For the first time, it offered a Park position, like modern automatics, and featured two fluid couplings to enhance shifts between its four gears. The Jetaway was standard on the 98 and Super 88.
J.F. Wolfram, Oldsmobile general manager, confidently predicted Oldsmobile would sell 750,000 cars for the 1956 model year as Oldsmobile employment reached a record high of 19,170 employees.
To stoke enthusiasm, the company created a musical dubbed “The Merry Oh-h-h”, which debuted in New York City at the Ziegfeld Theatre. The show starred Chita Rivera, who had appeared in “Call Me Madam” and “Can Can.” Here she plays Miss Jetaway Drive alongside singer Mildred Hughes and Billy Skipper, who danced in “Annie Get Your Gun.” Other notable names include Joe Flynn, Frank Gorshin, Charles Cooper and Bern Hoffman. It was directed by Max Hodge, who would go on to work on the TV shows “Mission: Impossible” and “Mannix.”
GM
The musical, which at the time cost GM $150,000 usd / $210,000 cad to produce, espoused the glories of power steering, automatic transmissions and Rocket V8 engines. Songs included “Tops in Transmission,” “Advancing on Lansing” and “The Car is the Star.”
After its New York debut, the musical and its 34-member cast went on tour to San Francisco, Fort Worth and Chicago before arriving in Lansing, Michigan, Oldsmobile’s hometown, which included an appearance by pop star Patti Page.
But the show generated unintentional notoriety when its piano player, Robert Orpin, was found dead in his room at the Hilton Hotel in Fort Worth. Orpin, who hailed from Forest Hills, Long Island, was found in a filled bathtub with the hot water running. He was discovered by a maid who heard the running water running. His death was later ruled accidental.
“The Merry Oh-h-h” would play to 30,000 Oldsmobile employees and their families nationwide. But it did little for Oldsmobile sales, as demand fell to 485,492 units for the model year.
Buick heads for Spacerama
GM
No doubt using a stage show to promote new models was hardly an isolated idea at GM in 1955. In fact, Buick arrived at the idea before Oldsmobile, thanks to their ad agency at the time, the Kudner Agency and its vice president, Myron Kirk.
Kirk had attended GM’s 1954 Motorama during its nine-day stand in Boston, where he ran into Ivan Wiles, vice president and general manager of Buick, and Al Belfie, Buick’s general sales manager. While watching the theatrics, Kirk told the executives of the impressive dancing he had seen in the then-new movie, “Seven Brides for Seven Brothers.” Kirk arranged a private viewing of the film for them, and afterwards, Kirk received approval to bring in the movie’s choreographer, Michael Kidd, to produce a show to promote the 1956 Buick lineup.
GM
He tapped Alan Lipscott and Robert Fisher to write the show. The duo was well-known for writing scripts for such TV shows as “Make Room For Daddy,” “The Donna Reed Show” and “Bachelor Father” along with many others. The plot concerned mankind’s search for the obtaining transportation from the Stone Age to the current day, where a trip to Mars reveals a depressed population. They overcome their depression when they are brought to earth to see the 1956 Buick lineup. The show starred Mark Dawson and comedian Jack E. Leonard.
For the music, Kirk’s agency chose Bernie Wayne, who is best known for such songs as “Blue Velvet,” “The Magic Touch,” the Miss America theme, and the commercial jingle “Chock Full O’Nuts Is the Heavenly Coffee.” For Buick’s musical, Wayne composed such songs as “Just Like Coming Home Again,” “Switch the Pitch,” and ‘The Peak of Civilization.”
The show started in Flint, Michigan before heading to Los Angeles, Houston, Chicago, Atlanta, Detroit, and wrapping up in New York City. In all, 50,000 Buick dealers, employees and their families saw the show.
Still, you have to wonder why GM went to so much trouble. “We have about 12,000 dealers and their salesmen,” a Buick spokesman told the Detroit Free Press in September 1955. “Many of them will sell as much as $150,000 usd of our products next year. You surely can afford to spend $100 or more to entertain them.”
Of course, GM could afford such largesse; they were on their way to their first billion-dollar annual profit. Now that’s a lot of spacebucks. For the Silo, Larry Printz/ Hagerty.Featured image- GM’s Spacerama 2 promo.
The trees are almost bare and the evening arrives sooner each day. We all know what that means: It’s time to tuck away our classics into storage.
Just when you thought you’d heard every suggestion and clever tip for properly storing your classic automobile, along comes another recommendation—or two, or three or twelve 😉
As you can imagine, I’ve heard plenty of ideas and advice about winter storage over the years. Some of those annual recommendations are repeated here. And some have been amended—for example, the fragrance of dryer sheets is way more pleasing to noses than the stench of moth balls, and the fresh smell actually does a superior job of repelling mice.
Wash and wax
Sabrina Hyde
It may seem fruitless to wash the car when it is about to be put away for months, but it is an easy step that shouldn’t be overlooked. Water stains or bird droppings left on the car can permanently damage the paint. Make sure to clean the wheels and undersides of the fenders to get rid of mud, grease and tar. For added protection, give the car a coat of wax and treat any interior leather with a good conditioner.
Car cover
Don Rutt
Even if your classic is stored in a garage in semi-stable temperatures and protected from the elements, a car cover will keep any spills or dust off of the paint. It can also protect from scratches while moving objects around the parked car.
Oil change
Sabrina Hyde
If you will be storing the vehicle for longer than 30 days, consider getting the oil changed. Used engine oil has contaminants that could damage the engine or lead to sludge buildup. (And if your transmission fluid is due for a change, do it now too. When spring rolls around, you’ll be happy you did.)
Fuel tank
Sabrina Hyde
Before any extended storage period, remember to fill the gas tank to prevent moisture from accumulating inside the fuel tank and to keep the seals from drying out. You should also pour in fuel stabilizer to prevent buildup and protect the engine from gum, varnish, and rust. This is especially critical in modern gasoline blended with ethanol, which gums up more easily. The fuel stabilizer will prevent the gas from deteriorating for up to 12 months.
Radiator
This is another area where fresh fluids will help prevent contaminants from slowly wearing down engine parts. If it’s time to flush the radiator fluid, doing it before winter storage is a good idea. Whether or not you put in new antifreeze, check your freezing point with a hydrometer or test strips to make sure you’re good for the lowest of winter temperatures.
Battery
Optima
An unattended battery will slowly lose its charge and eventually go bad, resulting in having to purchase a new battery in the spring. The easiest, low-tech solution is to disconnect the battery cables—the negative (ground) first, then the positive. You’ll likely lose any stereo presets, time, and other settings. If you want to keep those settings and ensure that your battery starts the moment you return, purchase a trickle charger. This device hooks up to your car battery on one end, then plugs into a wall outlet on the other and delivers just enough electrical power to keep the battery topped up. Warning: Do not use a trickle charger if you’re storing your car off property. In rare cases they’ve been known to spark a fire.
Parking brake
For general driving use it is a good idea to use the parking brake, but don’t do it when you leave a car in storage long term; if the brake pads make contact with the rotors for an extended period of time, they could fuse together. Instead of risking your emergency brake, purchase a tire chock or two to prevent the car from moving.
Tire care
Sabrina Hyde
If a vehicle is left stationary for too long, the tires could develop flat spots from the weight of the vehicle pressing down on the tires’ treads. This occurs at a faster rate in colder temperatures, especially with high-performance or low-profile tires, and in severe cases a flat spot becomes a permanent part of the tire, causing a need for replacement. If your car will be in storage for more than 30 days, consider taking off the wheels and placing the car on jack stands at all four corners. With that said, some argue that this procedure isn’t good for the suspension, and there’s always this consideration: If there’s a fire, you have no way to save your car.
If you don’t want to go through the hassle of jack stands, overinflate your tires slightly (2–5 pounds) to account for any air loss while it hibernates, and make sure the tires are on plywood, not in direct contact with the floor.
Repel rodents
Gabe Augustine
A solid garage will keep your car dry and relatively warm, conditions that can also attract unwanted rodents during the cold winter months. There are plenty of places in your car for critters to hide and even more things for them to destroy. Prevent them from entering your car by covering any gaps where a mouse could enter, such as the exhaust pipe or an air intake; steel wool works well for this. Next, spread scented dryer sheets or Irish Spring soap shavings inside the car and moth balls around the perimeter of the vehicle. For a more proactive approach and if you’re the killing type, you can also lay down a few mouse traps (although you’ll need to check them regularly for casualties).
Maintain insurance
In order to save money, you might be tempted to cancel your auto insurance when your vehicle is in storage. Bad idea. If you remove coverage completely, you’ll be on your own if there’s a fire, the weight of snow collapses the roof, or your car is stolen. If you have classic car insurance, the policy covers a full year and takes winter storage into account in your annual premium.
“An ex-Ferrari race mechanic (Le Mans three times) recommends adding half a cup of automatic transmission fluid to the fuel tank before topping up, and then running the engine for 10 minutes. This applies ONLY to carburetor cars. The oil coats the fuel tank, lines and carb bowls and helps avoid corrosion. It will easily burn off when you restart the car.”
A warning regarding car covers: “The only time I covered was years ago when stored in the shop side of my machine shed. No heat that year and the condensation from the concrete caused rust on my bumpers where the cover was tight. The next year I had it in the dirt floor shed and the mice used the cover ties as rope ladders to get in.”
“I use the right amount of Camguard in the oil to protect the engine from rust. It’s good stuff.”
“Your car’s biggest villain is rust, that’s why I clean the car inside and out, and wax it prior to putting it in storage. For extra protection, I generously wax the bumpers and other chrome surfaces, but I do not buff out the wax. Mildew can form on the interior; to prevent this I treat the vinyl, plastic, and rubber surfaces with a product such as Armor All.
“Ideally, your car should be stored in a clean, dry garage. I prepare the floor of the storage area by laying down a layer of plastic drop cloth, followed by cardboard. The plastic drop cloth and cardboard act as a barrier to keep the moisture that is in the ground from seeping through the cement floor and attacking the underside of my car.”
“Fog out the engine. I do this once the car is parked where it is to be stored for the winter, and while it is still warm from its trip. Remove the air cleaner and spray engine fogging oil into the carburetor with the engine running at a high idle. Once I see smoke coming out of the exhaust, I shut off the engine and replace the air cleaner. Fogging out the engine coats many of the internal engine surfaces, as well as the inside of the exhaust with a coating of oil designed to prevent rust formation.”
Relax, rest, and be patient
Gabe Augustine
For those of us who live in cold weather provinces or states, there’s actually a great sense of relief when you finally complete your winter prep and all of your summer toys are safely put to bed before the snow flies. Relax; you’ve properly protected your classic. It won’t be long before the snow is waist-high and you’re longing for summer—and that long wait may be the most difficult part of the entire storage process. Practice patience and find something auto-related to capture your attention and bide your time. You’ll be cruising again before you know it. (Keep telling yourself that, anyway.) For the Silo, Rob Siegel/Hagerty.
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…
An electric vehicle is seen being charged in Ottawa on on July 13, 2022. The Canadian Press/Sean Kilpatrick
More than half of Canadians DO NOT support the federal government’s mandate to require all new cars sold in Canada to be electric by 2035, a recent Ipsos poll finds.
Canadians across the country are “a lot more hesitant to ban conventional cars than their elected representatives in Ottawa are,” said Krystle Wittevrongel, research director at the Montreal Economic Institute (MEI), in a news release on Oct. 3.
“They have legitimate concerns, most notably with the cost of those cars, and federal and provincial politicians should take note.”
The online poll, conducted by Ipsos on behalf of the MEI, surveyed 1,190 Canadians aged 18 and over between Sept. 18 and 22. Among the participants overall, 55 percent said they disagree with Ottawa’s decision to ban the sale of conventional vehicles by 2035 and mandate all new cars be electric or zero-emissions.
“In every region surveyed, a larger number of respondents were against the ban than in favour of it,” MEI said in the news release. According to the poll, the proportion of those against the ban was noticeably higher in Western Canada, at 63 percent, followed by the Atlantic provinces at 58 percent. In Ontario, 51 percent were against, and in Quebec, 48 percent were against.
In all, only 40 percent nationwide agreed with the federal mandate.
‘Lukewarm Attitude’
Just 1 in 10 Canadians own an electric vehicle (EV), the poll said. Among those who don’t, less than one-quarter (24 percent) said their next car would be electric.
A research report released by Natural Resources Canada (NRCan) in March this year suggests a trend similar to that of the Ipsos poll’s findings. The report indicated that only 36 percent of Canadians had considered buying an EV in 2024—down from 51 percent in 2022.
“Survey results reveal that Canadians hold mixed views on ZEVs [Zero-Emission Vehicles] and continue to have a general lack of knowledge about these vehicles,” said the report by EKOS Research Associate, which was commissioned by NRCan to conduct the online survey of 3,459 Canadians from Jan. 17 to Feb. 7.
The MEI cited a number of key reasons for “this lukewarm attitude” in adopting EVs, including high cost (70 percent), lack of charging infrastructure (66 percent), and reduced performance in Canada’s cold climate (64 percent).
Canada’s shift from gas-powered vehicles to EVs is guided by federal and provincial policies aimed at zero-emission transportation. The federal mandate requires all new light-duty vehicles, which include passenger cars, SUVs, and light trucks, sold by 2035 to be zero-emission—with interim targets of 20 percent by 2026 and 60 percent by 2030.
Some provincial policies, such as those in Quebec, are even stricter, including a planned ban on all gas-powered vehicles and used gas engines by 2035.
‘Unrealistic’
The MEI survey indicated that two-thirds of respondents (66 percent) said the mandate’s timeline is “unrealistic,” with only 26 percent saying Ottawa’s plan is realistic.
In addition, 76 percent of Canadians say the federal government’s environmental impact assessment process used for energy projects takes too long, with only 9 percent taking the opposite view, according to the survey.
A study by the Fraser Institute in March said that achieving Ottawa’s EV goal could increase Canada’s demand for electricity by 15.3 percent and require the equivalent of 10 new mega hydro dams or 13 large natural gas plants to be built within the next 11 years.
“For context, once Canada’s vehicle fleet is fully electric, it will require 10 new mega hydro dams (capable of producing 1,100 megawatts) nationwide, which is the size of British Columbia’s new Site C dam. It took approximately 10 years to plan and pass environmental regulations, and an additional decade to build. To date, Site C is expected to cost $16 billion,” said the think tank in a March 14 news release.
On April 25, Prime Minister Justin Trudeau announced that Canada since 2020 has attracted more than $46 billion cad in investments for projects to manufacture EVs and EV batteries and battery components. A Parliamentary Budget Officer report published July 18 said Ottawa and the provinces have jointly promised $52.5 billion cad in government support from Oct. 8, 2020, to April 25, 2024, which included tax credits, production subsidies, and capital investment for construction and other support.
On July 26, a company slated to build a major rechargeable battery manufacturing plant in Ontario announced that it would halt the project due to declining demand for EVs.
In a news release at the time, Umicore Rechargeable Battery Materials Canada Inc. said it was taking “immediate action” to address a “recent significant slowdown in short- and medium-term EV growth projections affecting its activities.”
For The Silo, Isaac Teo with contribution from the Canadian Press.
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
What vehicle never got the engine it deserved? That’s the question posed to our friends at Hagerty Auto Insurance. Their love of cars goes back decades, or centuries and they’ve all been wondering how much better certain cars would be if they had a different engine …
… Or a better engine, something that truly spoke to the rest of the car. Let’s see what alternate car realities they would have created.
A Standard V-8 for Every Cadillac
Lies! All lies! Cadillac
For me, it’s the fact that all Cadillac cars (cars—Escalade excluded) from the last 20 or so years lack a standard V-8 engine. GM has an excellent LS motor, and a baby Caddy with a modest 4.8-liter small-block would give buyers more reason to avoid a thirsty BMW for a slightly more thirsty Caddy.
As the Caddy becomes larger, the V-8 engine follows suit (5.3-liter CTS, 6.2-liter CT-6, etc.) with increased displacement, and forced induction for the V-series examples. The inherent torque and simplicity of a pushrod V-8 complements the minimalist architecture of GM’s new EV powertrains, and exclusively pairing those two in a luxury car brand will make Cadillac more appealing than any of its competition. — Sajeev Mehta
As under-the-radar-good (and as mod-friendly) as the ATS-V’s LF4 V-6 is, I agree. After having spent over ten thousand miles with the smaller of the Alpha-chassis Caddys, the ATS should have gotten the 455-horse LT1 from the Camaro, and the ATS-V should have gotten the LT4. — Eddy Eckart
V-8 Bronco Raptor/ Ford GT
Ford
Ford Bronco Raptor. Lack of a V-8 is … yeaaaaah. For the record, I am fully aware that you can’t easily fit that V-8 into Ford’s T-6 frame. Actually, here’s the same opinion again: This also applies to the most recent Ford GT. — Matt Tuccillo
For sure, the Ford GT shoulda had a V-8. — Larry Webster
I think I’ll also jump on the Ford GT bandwagon, as I don’t care for the reasoning of why it got the EcoBoost V-6. That car deserved a V-8 based on heritage alone. – Greg Ingold
Yes, please! Kill the flying buttress, make room for a 900+ horsepower Coyote with a twin-screw supercharger. — Sajeev Mehta
V-8 Prowler
FCA
The Plymouth Prowler comes to mind. Chrysler Corporation came up with a car that was a modern nod to the classic hot rod but forgot the one factor that people want from a hot rod: A V-8 engine. You have to actively try to miss that detail. I don’t think anyone would’ve minded seeing a 318 Magnum out of a Ram pickup in the Prowler, as long as it came with eight cylinders. — Greg Ingold
Honda Motors in a Modern Lotus
Lotus
Any modern-day Lotus fits in this category. They make do with Toyota engines but the chassis deserves the character of a Honda motor. — Larry Webster
Having a Lotus with a K-Series would be excellent! Totally agree with that take. — Greg Ingold
A Straight-Six SLK
Mercedes-Benz
Let’s not overlook the original Mercedes SLK. This folding-roof roadster needed Mercedes’ juicy and punchy 2.8-liter straight six. That supercharged four-cylinder engine was disappointing, and the manual gearbox was even worse. — Larry Webster
I only thought of this car/engine combo since I yanked my 1989 Continental Signature Series out of storage. Turns out it needed new rubber, and tires from a 1989 Ford Taurus SHO are a smidge wider on the same-sized wheel. Getting a set of those and slapping a set of 1/4-inch spacers on the rear gave it a stance that I can’t stop looking at. And now, curiously, it’s getting a lot more compliments. Even the manager of a local burger joint stopped me from giving my order so he could compliment me on it.
He thought it was a Town Car, but that’s not the point. These moments get this Lincoln-restomodding fool thinking about one thing: Ford needed an automatic transmission ready for the Taurus SHO sooner, and should have slapped it all into the 1989 Continental. Such a tragedy! — Sajeev Mehta
The Citroën DS was so unconventional and interesting that it’s easy to forget there was only ever an old-fashioned, underwhelming OHV four under the hood. The later SM got a Maserati V-6, but the DS was never so lucky. — Andrew Newton
The Sky Shoulda Been the Limit
GM
GM flogged its Ecotec four-banger, and I know they made crazy power for drag racing. But I thought the Pontiac Solstice and Saturn Sky deserved a more refined motor. — Larry Webster
They needed an LS, maybe just a small-displacement 4.8-liter, to keep Chevrolet appeased with their Corvette’s dominance. But I am sure that was discussed in some conference room at GM, and it was quickly shot down. — Sajeev Mehta
Featured image- Ford GT with Ecoboost 6 cylinder engine.
As the automotive industry evolves at a rapid-fire pace, trust in autonomous driving vehicles remains a critical challenge amid pervasive reliability concerns. Addressing this substantial industry pain point is automotive AI technology disruptor Autobrains Technologies. Its game-changing “Liquid AI” innovation—combining AI-assisted driving with its Autonomous Driving capabilities—directly addresses such marketplace reliability concerns, setting new standards for autonomous driving in the process.
“The safety debate surrounding AVs is more relevant than ever,” notes Autobrains Founder and CEO Igal Raichelgauz. “While AVs promise to reduce traffic fatalities by eliminating human error such as distracted driving, there are still significant reliability concerns for both manufacturers and drivers. The ongoing dialogue around AVs is critical, and we’re not only at the forefront of these discussions, but also advancing AI that prioritizes driverless car safety. We believe our Liquid AI technology offers a paradigm shift by mimicking human cognitive processes, thereby improving the system’s adaptability and decision-making in real-time. The automotive industry stands at a crossroad. We are proud to lead this charge, setting new standards for what AI in driving can achieve.”
Driving Change
Autobrains’ revolutionary Liquid AI technology enhances situational awareness and decision-making, providing a safer and more reliable driving experience. As AI continues to evolve, these advancements are crucial in building trust and adoption among drivers and manufacturers, alike. Combining AI-assisted driving with its Autonomous Driving capabilities, Liquid AI enhances situational awareness and decision-making, providing a safer and more reliable driving experience, which is crucial in building trust and adoption among both drivers and manufacturers. As AI continues to be integrated into vehicles, the question of generating trust becomes paramount.
“The reliability of Autonomous Driving has been a significant concern for both manufacturers and drivers,” said Raichelgauz. “We believe that our Liquid AI technology offers a paradigm shift by mimicking human cognitive processes, thereby improving the system’s adaptability and decision-making in real-time. Traditional AI, with its narrow focus, often falls short when faced with the unpredictable nature of real-world driving. Liquid AI, however, marks a significant departure from this approach. By incorporating principles of human cognition, it learns and adapts in real-time, ensuring that our driving systems are predictable and optimized for any real-world driving scenario.”
There are several key factors that differentiate Liquid AI from traditional AI systems. These include:
Robust Edge Case Handling: Effectively addresses the long tail of edge cases that traditional AI systems struggle with.
Human-Like Cognitive Processing: Mimics human decision-making, allowing for better handling of unpredictable real-world conditions.
Efficient Resource Utilization: Lower computational power requirements make it scalable across various vehicle models without compromising performance.
Real-Time Learning: Liquid AI adapts in real-time to new driving scenarios, ensuring higher accuracy and fewer false positives.
With a background in AI innovation spanning multiple disciplines, Raichelgauz is a distinguished technology executive who has co-founded several successful businesses, including Cortica—a company renowned for its self-learning technology in visual perception. Under his leadership, the Autobrains Liquid AI technology is now driving consequential change in the automotive industry by resolving autonomous vehicle reliability.
“The automotive industry stands at a crossroad,” Raichelgauz continued. “As we continue to integrate AI into our vehicles, the question of generating trust becomes paramount. Traditional AI, with its narrow focus, often falls short when faced with the unpredictable nature of real-world driving. Liquid AI, however, marks a significant departure from this approach. By incorporating principles of human cognition, it learns and adapts in real-time, ensuring that our driving systems are predictable and optimized for any real-world driving scenario. At Autobrains, we are proud to lead this charge, setting new standards for what AI in driving can achieve.” For the Silo, Merilee Kern.
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.
Taycan Turbo K-Edition***
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.
Taycan Turbo K-Edition***911 S/T****** in Dani Blue
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
911 S/T****** in Dani Blue
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.
911 GT3 RS*******
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
Macan Turbo Electric********
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.
To: Canadian trade watchers From: Ari Van Assche Date: August, 2024 Re: Canada’s Electric Vehicle De-Risking Trilemma
With the recent wrap-up of Ottawa’s month-long public consultation on levying tariffs on electrical vehicles (EVs) made in China, let’s paraphrase a story Nobel Prize-winner Paul Krugman once used to explain the often under-appreciated benefits of free trade:
Consider a Canadian entrepreneur who starts a new business that uses secret technology to transform Canadian lumber and canola into affordable EVs. She is lauded as a champion of industry for her innovative spirit and commitment to Net Zero. But a suspicious reporter discovers that what she is really doing is exporting Canadian-made lumber and canola and using the proceeds to purchase Chinese-made EVs. Sentiment turns sharply against her. On social media, she is widely denounced as a fraud who is destroying Canadian jobs and threatening national security. Parliament passes a unanimous resolution condemning her.
Going the other direction: China is Canada’s third largest destination for agricultural products.
This story underscores a critical dilemma that should have been central in the public consultations.
Those opposing tariffs argue that trade is a potent yet undervalued tool in our fight against climate change: It provides Canada access to low-emissions technologies at increasingly affordable prices, which is essential for transitioning society away from carbon-intensive energy sources. In contrast, those in favour are concerned about supply security, fearing excessive reliance on our biggest geopolitical rival for low-emissions technologies. They warn against swapping the West’s age-old energy insecurity in oil for insecurity in the supply of critical minerals and EV batteries.
The $70,000 cad Polestar 2 EV produced by Volvo. In 2010, Geely Holding Group a Chinese automotive group bought Volvo.
Copilot AI
“As of now, the Chinese electric vehicle (EV) market is making strides globally, but in Canada, the landscape is still evolving: Tesla Model Y and Polestar 2: While not exclusively Chinese, the Tesla Model Y (which is produced in China) and the Polestar 2 (a subsidiary of Volvo, which has Chinese ownership) are currently the most prominent Chinese-made EVs available in Canada. These models have gained attention due to their performance, range, and brand reputation1.”
I examined some of the national security issues that have surfaced in the discussion surrounding supply chains for low-emissions energy technologies like EV batteries in my recent C.D. Howe Institute report.
After examining the various de-risking policies governments have implemented, including their downsides and unintended consequences, I conclude Ottawa probably should develop de-risking policies.
But it needs to apply them judiciously, prudently and rarely. And it needs to justify them with credible, detailed evidence regarding concerns about supply security and whether domestic industry really would be able to compete if market conditions were fairer. This will be important in upholding Canada’s reputation as a leading proponent of the rules-based multilateral system.
China’s role in the supply chains of low-emissions energy technologies does raise real security concerns. China has established near monopolies in several critical minerals and other components of EV batteries, solar panels and wind turbines. No ready alternatives are produced in other countries. For example, 79 percent of global production capacity of polysilicon, which is key for solar cell production, is in China. The next biggest producers, Germany and the United States, have difficulty competing with China’s high-quality, ultra-cheap polysilicon.
China’s monopolies create chokepoints that could enable its government to manipulate production to pursue its own geopolitical ambitions.
Precedents exist: China blocked rare-earth exports to Japan in 2010 and banned exports of rare-earth processing technology in 2023.
Several countries have started adopting de-risking policies to reduce their reliance on these Chinese chokepoints, usually either onshoring or friendshoring. Canada’s recent Critical Minerals Strategy is typical. It was designed in part to reduce this country’s dependence on foreign-mined and processed critical raw materials by, among other things, allocating $1.5 billion to support Canadian critical minerals projects related to advanced manufacturing, processing and recycling.
But these de-risking policies come at a cost.
Ottawa needs to carefully navigate a “policy trilemma” as it strives to formulate a policy agenda that simultaneously targets three goals: Advancing security, promoting low-emissions energy adoption, and capturing the benefits of trade for consumers and businesses.
Proposed steep tariffs on Chinese EV imports provide a good example of the trilemma.
They may well safeguard security by protecting a domestic production base. But they could discourage the uptake of EVs, which are already experiencing a slowdown in sales. Moreover, such unilateral action against China could escalate geopolitical tensions, thereby generating new risks, including Chinese retaliation. The path to effective de-risking is clearly fraught with trade-offs and requires careful navigation.
There is scant evidence that China is on its way to becoming a near-monopoly in global EV production itself, but it may seek to benefit from its near-monopoly in key inputs. The ultimate question that the government should answer is, therefore, whether the security concerns regarding these chokepoints, and more generally China’s willingness to compete fairly under these conditions, justify the costs and risks of higher tariffs. The burden on Ottawa is to provide concrete evidence to that effect before imposing an inherently costly tariff on Canadians.
Ari Van Assche is a professor of international business at HEC Montréal and Fellow-in-Residence at the C.D. Howe Institute.
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.
Buying a car is an exciting journey, filled with possibilities but also peppered with potential pitfalls, especially for first-time buyers. The process can seem daunting, given the vast array of options, financial considerations, and the long-term commitment to the chosen vehicle. This guide is designed to simplify the car-buying journey, offering practical tips to navigate the market, make informed decisions, and ultimately find the perfect car that meets your needs and budget. These strategies will help ensure a smoother, more enjoyable car-buying experience.
Know Your Budget
Before diving into the sea of car options, it’s crucial to have a clear understanding of your budget. This includes not only the purchase price but also the ongoing costs of ownership such as insurance, maintenance, and fuel. A realistic budget will narrow down your options and keep your financial health in check. For instance, opting for a used Hyundai Sonata in Saskatchewan might offer the balance of affordability, reliability, and features you’re looking for, without stretching your budget too thin.
When considering your budget, also think about financing options. If you plan to take out a loan, get pre-approved to understand how much you can afford and to streamline the buying process. This can also give you leverage during negotiations, as you’ll be seen as a serious buyer with financing already in hand.
Research Thoroughly
The importance of research cannot be overstated. Start by listing what you need in a car: size, performance, features, safety ratings, fuel efficiency, and reliability. Use online resources, consumer reports, and forums to gather information on models that fit your criteria. This is also the time to read up on common issues or recalls associated with models you’re interested in, which can save you from future headaches.
Next, explore ownership costs for your shortlisted models. Some cars may have a lower purchase price but higher maintenance costs or less favorable fuel efficiency. Websites and tools that calculate the total cost of ownership over time can provide valuable insights here, helping you make a more informed decision.
Test Drive and Inspect
Once you’ve narrowed down your options, it’s time to get behind the wheel. Test driving is not just about seeing if you like the car; it’s about ensuring everything works as it should. Pay attention to how the car handles, brakes, accelerates, and how comfortable and intuitive the interior is. For those considering a used vehicle, such as a used Hyundai Sonata, it’s advisable to bring along a trusted mechanic for a thorough inspection. This can uncover potential issues that aren’t visible to the untrained eye.
Don’t rush this step. Spending ample time test-driving the car and inspecting can prevent buyer’s remorse and ensure you’re truly happy with your choice. It’s also a good opportunity to check if the car’s space and features meet your practical needs.
Negotiate the Best Deal
Negotiation is part and parcel of the car-buying process. Armed with your research, you’ll be in a stronger position to discuss prices. Know the market value of the car you’re interested in and don’t be afraid to negotiate based on that knowledge. For new cars, this might mean working on the price down from the Manufacturer’s Suggested Retail Price (MSRP). For used cars understanding their market value can help you negotiate a fair price.
Remember, negotiation isn’t just about the sticker price. It can also involve terms of the warranty, interest rates on financing, and additional perks like free maintenance or accessories. Be clear about what you want, be prepared to walk away if your terms aren’t met, and always keep the conversation respectful and professional.
Finalizing Your Purchase
After negotiating a deal you’re happy with, it’s time to finalize the purchase. This involves reviewing and signing paperwork, including the bill of sale, warranty documents, and financing agreements. Make sure you understand all the terms and conditions before signing anything. It’s also a good opportunity to review any additional offers for extended warranties or service packages, weighing their costs against the potential benefits.
Before driving off the lot, ensure you have all necessary documents, such as the vehicle registration and proof of insurance. This is also the time to ask any last-minute questions about the vehicle’s features or maintenance requirements. Taking these final steps seriously will help ensure a smooth transition to becoming a happy car owner.
Smart Buying Leads to Happy Driving
Embarking on your car-buying journey with these tips in mind will set you up for a successful purchase. From understanding your budget to negotiating the best deal, each step is crucial in finding a car that fits your life. Whether you’re eyeing a brand-new model or a used car, the goal is to make an informed decision that you’ll be satisfied with for years to come. Remember, a little patience and a lot of research can lead to many happy miles on the road.
If you’ve spent time in rural Southern Ontario you know that there are many unique cultural identifiers. You may have noticed that things move a little slower…except for certain classic cars that continue to amaze with horsepower and style. I sure have, and it is a joy to cross paths with all of the “sweet rides” of Norfolk County nestled along the Lake Erie North Shore.
Jeff’s Gran Torino Sport is, like many classic cars, an icon.
This model of car starred in a funky 1970s show (and later a Stiller-Wilson movie) that needed a car with character. A car that would be believable chasing after a pimped out Lincoln or Caddy. And though formulaic in this simple premise of cops + cool car= fun, Starsky and Hutch just wouldn’t be the same were it not for the Gran Torino.
It is safe to say that the classic Gran Torino succeeded in showing that muscle, style and comfort catches the viewer’s eye, as well as the bad guys. Look for Jeff’s wheels in and around Port Rowan, Ontario. For the Silo, Jarrod Barker.
Supplemental- Port Dover’s Scott Misner talks about rescuing an El Camino and more-
Every so often, I engage in a particularly futile and depressing ritual—I shop for cars that I’ve foolishly let go. They’re cars that could have been feasible 10 years ago, but not today. I’ve been priced out of the market for virtually all of them. And while the market might be settling down at the moment, there are few signs of an out-and-out retreat to pre-pandemic pricing. Among cars from the 1970s through the early 1990s, there are precious few bargains. But go a little bit newer, where there’s even some depreciation yet to be done, and the picture gets more enticing. I’m talking cars from the 2000s to 2010s that are getting older, but still aren’t considered any kind of “classic” or “collectible” yet. Here are some highlights.
Fiat 500 Abarth
Fiat
The 500 Abarth is the closest thing to a real hot hatch that Fiat has ever offered in the U.S., a market that is sadly short on real hot hatches. There were more interesting varieties of the Punto and Ritmo, but those were Euro-only cars that frankly weren’t very good compared to competition from Renault, Peugeot, VW, and Ford. As for the 500 Abarth, although it first arrived here in the early 2010s, the 160-hp pocket rocket feels more like a 1990s hot hatch. It’s crude, the ride is choppy, and a 10 year-old Fiat probably wears more like a 20 year-old VW. But it’s loud, analog-feeling, and fun. Most importantly, it’s cheap. Around $8000usd to $10,000usd/ $11,000cad to $13,700cad buys one with under 50,000 miles/ 80,467kms. That’s tons of fun per us or canadian dollar in a package that offers an old school driving experience in something that’s new enough to have most contemporary features and conveniences.
MazdaSpeed3
Mazda/Guy Spangenberg
Back in the days of the Zoom Zoom tagline, Mazda fielded the incredibly entertaining MazdaSpeed3. Offered from 2007-13, it’s a four-door hatch with 263 hp and 280 lb. ft. of torque. It’s exactly the kind of car enthusiasts and auto journalists beg manufacturers for, but rarely head to a dealership and actually buy. Everyone who tested a Speed3 back in the day found the car fun, especially those of us who were entertained by the torque-steer. Car and Driver wasn’t, comparing driving the car to a game of tug-of-war. But, affordability and perfection don’t often go hand-in-hand, so for $10,000usd to $12,000usd/ $13,700cad tp $16,400cad at current prices you could do far worse than the powerful and practical Speed3.
C5 Corvette
Josh Sweeney
If hot hatches aren’t your jam, there’s always the bargain Corvette of the moment, the 1997-2004 C5. While some variants, most notably the Z06, sailed beyond true affordability in the last several years, a base manual C5 with somewhere between 75,000 and 100,000 miles/ 120,000km and 160,934km can still be had in the $13,000usd to $15,000usd range/ $17,760cad – $20,490cad. That’s a huge bargain for what was an utterly clean sheet design, one of the few in Corvette history, and more performance than almost anything in this price point. Interiors are standard 2000s GM, but livable. And the styling, over a quarter-century after it was introduced, is aging quite nicely.
2003-08 BMW Z4
BMW
The 2003-08 Z4 is a bit like the C5 Corvette in that it wasn’t universally loved when new, but is aging well. Available in 2.5- and 3.0-liter six-cylinder forms, the Z4 was larger and more practical than its predecessor, the Z3. Its odd surface detailing and Kamm-tail also look better now than they did 20 years ago. The Z4’s list of maladies is well-known at this point—the VANOS variable valve-timing system can give trouble (it’s often the solenoids), as can the cooling system. These are pricy repairs, but with nice cars available in the $9000usd to $12,000usd/ $12,300cad to $16,400cad range, if you budget $2000usd-$3000usd/ $2,730cad-$4,100cad to sort things out, these can still be a compelling deal in semi-modern convertible German sports car.
You could argue that the 2005 Mustang was the first one to really look like a Mustang since maybe 1973. The brilliant Sid Ramnarace-designed S197 Mustang managed to look the part without being foolishly retro, a hard balance to achieve. Special editions, and certainly the Shelby versions of the S197 are not cheap, but a lightly optioned V-8 coupe or convertible is still one of the best cheap V-8 pony cars out there. Being a Mustang, there are always plenty on the market to choose from at any given time, and a decent manual transmission car can be had in the $12,000usd to $14,000usd/ $16,300cad to $19,130cad range. For the Silo, Rob Sass/Hagerty.
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.
This is what plasma looks like compared to the sharp spark of a traditional ignition system. Transient Plasma Systems, Inc
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.
Ionfire Ignition
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
Flickr/Alden Jewell
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 …
Flickr/Alden Jewell
1997 Mercury MC4
Flickr/Alden Jewell
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
Flickr/Alden Jewell
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.
Pontiac
1994 Dodge Venom
Flickr/Alden Jewell
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.
Flickr/Alden Jewell
1995 Chevrolet El Camino SS Concept
Flickr/Alden Jewell
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.
Flickr/Alden Jewell
1994 Plymouth Expresso Concept
Flickr/Alden Jewell
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.
The world needs to cut carbon emissions and fight climate change. This need has caused a huge change in the car industry. Electric vehicles (EVs) are at the forefront. This shift toward electrification is a technological and economic revolution that is changing the way we think about transportation in addition to being an environmental need.
The head-turning Solo EV single seat electric vehicle. Fun and fast.
History of Electric Vehicles
Contrary to popular belief, the idea of electric automobiles is not very new. The origins of electric vehicles (EVs) may be traced to the early 1800s when European and American inventors started experimenting with battery-powered cars. The 1890s saw the introduction of the first useful electric vehicles.
1909 Babcock Electrics – Model 10 Coupé; Price, $ 2,200. – Babcock Electric Carriage Company, Buffalo, New York.
They were competitive with gasoline-powered cars up until the 1920s because of their silent operation and lack of harmful exhaust fumes. But, electric cars started to lose to gasoline cars. This was due to the mass production of gasoline cars, a movement ignited by Henry Ford’s Model T and the discovery of big oil deposits. Meanwhile, the conversation around modern advancements and regulatory changes in various sectors, including automotive and sports, continues to evolve.
A pertinent example of such evolution is the shift in the sports betting landscape, as detailed in insightful sources like this legal sports betting blog.
Henry Ford in 1921 with his Model T.
The Rise of Modern Electric Vehicles
Concerns over pollution, climate change, and the depletion of fossil fuels drove the late 20th and early 21st century interest in electric automobiles. Battery technology today has greatly improved. This is especially true for lithium-ion batteries. They have greatly increased the range of electric vehicles (EVs). It has also reduced the time required to charge them. This has positioned EVs as a viable alternative to traditional internal combustion engine (ICE) cars.
Benefits of Electric Vehicles
Environmental Impact
Reducing greenhouse gas emissions is the primary advantage of electric cars (EVs). Air pollution is significantly decreased by EVs because they produce no exhaust emissions, in contrast to ICE cars. Furthermore, when renewable energy sources are incorporated into the electrical grid, the overall environmental impact of electric vehicles will decrease, making the system greener overall.
Economic Advantages
Individuals and the overall economy can both profit financially from electric vehicles. For a given distance, the cost of charging an electric vehicle is typically less than that of gasoline. Additionally, EVs require less maintenance because they have fewer moving components than ICE cars. In macroeconomics, switching to electric cars can improve energy security. It does so by reducing reliance on imported oil.
Technological Innovation
With cutting-edge technologies like regenerative braking, which recovers energy lost during braking, electric vehicles are frequently at the forefront of automotive technology. The cars have sophisticated entertainment systems. They connect with smart gadgets. They are more connected than regular cars.
Challenges Facing Electric Vehicles
Charging Infrastructure
Infrastructure for charging EVs is convenient and readily available, which is one of the biggest obstacles to their adoption. Although there has been a lot of development, each location has a very different density of charging stations. Cities are better connected than rural areas. This can cause “range anxiety” in people considering electric vehicles.
Battery Technology and Range
Even with the tremendous advancements in battery technology, many consumers are still concerned about range. The best electric cars can go as far as gas cars. But, the average user may not afford the expensive long-range versions. Also, a vehicle’s range and resale value may drop. This may happen because the battery’s performance worsens over time.
Initial Cost
Even though EVs have reduced running expenses, they may cost more to buy initially than equivalent ICE cars. Although prices have been continuously declining, the high cost of batteries is the main cause of this pricing disparity.
The Integration of Electric Vehicles into Smart Grids
With the increasing number of electric vehicles on the road, integrating them into smart grids offers a revolutionary way to improve energy efficiency and lower transportation’s carbon footprint. Smart grids provide a dynamic framework for the integration of EVs into the larger energy ecosystem by using digital technology to monitor and control the transportation of power from all sources of generation to satisfy the various electrical demands of end-users.
Vehicle-to-Grid (V2G) Technology
V2G technology lets electric vehicles talk to the power grid. They use it to absorb and return electricity. V2G is crucial to this integration. This feature allows EV owners to sell extra energy from their car’s battery to the grid during peak hours. They can also charge their vehicles during off-peak hours. Power demand is lower then and rates are lower. This two-way energy exchange can help stabilize the grid. It is especially useful as the use of renewable energy grows. Renewable energy sources are often intermittent.
Enhanced Energy Storage
For grid operators, electric vehicles can serve as a useful resource by effectively serving as mobile energy storage units. Utilities can boost the use of renewable energy sources, decrease the need for peaking power plants, and better manage supply and demand by utilizing the combined storage capacity of thousands of electric vehicles. This increases the electrical grid’s efficiency and makes EVs more sustainable by tying their operation more tightly to renewable energy sources.
Smart Charging
The capacity to regulate how long an electric car takes to charge depends on a number of variables, including the owner’s needs, the condition of the grid at the time, and the availability of renewable energy sources. This process is known as smart charging. Smart charging can help by ensuring that vehicles charge at the best times for the grid and the consumer. It can reduce the impact of rising EV demand on the grid.
The Future of Electric Vehicles
There are a lot of exciting developments in store for electric cars shortly. Battery technology is advancing. This progress should make EVs cheaper and available to more people. In addition, electric vehicles will be more practical for daily usage. This is due to the growth of the charging infrastructure. It is being driven by both public and private investment.
Around the world, governments are putting in place policies to help the shift to electric vehicles. These policies include investments in infrastructure for charging, incentives for EV purchases, and tighter pollution standards for internal combustion engine (ICE) vehicles. The EV industry will grow fast. It will be fueled by these rules and by growing consumer knowledge and concern for the environment.
Also, nearly every big automaker has announced plans to increase the number of electric vehicles in their lineup. This shows how much the industry is embracing electrification. Customers will gain from this competition’s increased innovation and cost-cutting measures.
In summary, electric cars promise a cleaner, more sustainable transportation future, marking a significant turning point in the history of the automobile industry. Even though there are still obstacles, the future is clear. Electric vehicles (EVs) will be crucial. They are key to the global effort to fight climate change and reduce our reliance on fossil fuels. Electric vehicles will play an even bigger role in our lives as technology develops and the globe shifts more toward renewable energy sources, changing not only the way we drive but also the way we live.
There’s nothing quite like the sleek side profile of a vehicle with a long hood, a fast roof, and a smooth decklid. But there is more to our shared love of cars, because, we should also consider the smooth, singular sideline of a minivan. While that isn’t an answer one would expect when asking about the most appealing vehicle silhouettes, a minivan is indeed one of the many candidates our friends at Hagerty received here in their latest installment of our According to You series.
So what other vehicles deserve a mention here? Have a look below and tell us what you think in the comments!
Porsche 928 GT
The original series 928 was clean and wonderfully well balanced and was striking from every angle but take a look at this silhouette and marvel that this design is almost fifty years old.
Shelby Daytona Coupe
1965 Shelby Daytona Coupe ReplicaMecum
@DUB6: Hard to beat an early 911 in my book, but really, I’m voting for the Shelby Daytona Coupe. It has some of the muscle of the Cobras built in, with the sloped down nose for aero, the long, sleek roofline, and then that striking rear spoiler and chopped-off tail.
It may not be the most beautiful, but to me, it’s the most striking silhouette out there.
Chevrolet Corvette
GM
@Bernard: The first few years of the C3 Corvette. I wasn’t around to see them new, but the C3 has always stood out in the school of cool, IMO, especially the silhouette. I think the crash bumpers and other stuff of the later years softened them up too much, but the silhouettes of the early ones could’ve been used as scalpels.
@Tony: I’d say any modern Corvette. They’re all designed in the wind tunnel these days so they’re all aero-efficient, but the later C4s with the rounded ends I think look great.
@Dave Massie: C3 Corvettes—especially the ’80–82 models.
@C: I agree. I am partial to my 1973 Corvette coupe. It’s a one-year-only design and looks great in silhouette.
@Paul: 1984–90 C4 Corvette. The concave rear bumper is just cool. On the other hand, the convex 1990 ZR-1 bumper and its use on the 1991–96 models are strong candidates. In my C4-centric world, the Corvettes nailed the Silhouette Sweepstakes.
Jaguar XKE
Mecum
@Ken_L: I am partial to my C3 Corvette, but I must say the Jaguar XKE coupe has been my favorite since I was very young.
@Howard: And its “top-down” sibling, the XKE droptop roadster … great road car.
@Doug: Hands down, Jaguar E -ype coupe (XKE)
@Jeff: Had a ’68 XKE roadster. I was about to cast my vote for it, but you astutely beat me to it!
@Lew: The first Jag E-Types with the worthless bumpers and glassed headlights.
Jaguar XK-120
Mecum
@Gayle: In ’56, my uncle bought a ’53 Jaguar XK-120 FHC and I have been enamored with that gorgeous profile ever since, especially with the disc wheels and the spats (skirts)!
1963 Riviera
Buick
@Snailish: ’63 Riviera … Not sure what got us there, but for decades after, so many vehicles owed it a debt. It would likely still be a cutting-edge design if evolved to today’s construction methods/rules. But it’s also amazing from several directions, not just the side.
Lamborghini Countach
Alpine Electronics, Inc.
@Shiven: Lamborghini Countach! It absolutely accentuates the ’70s and ’80s realm of excess!
Toyota Previa
Toyota
@ap41563: Toyota Previa! Turn the lights off and illuminate it from behind and the egg shape still looks fresh today, even at 30 years old.
Hyundai Genesis Coupe
Hyundai
@Colton: For the more modern, cheaper cars, I’d say the first generation of the Hyundai Genesis Coupe. The car itself was a mixed bag (I owned one for eight years), but the side profile, especially in low light, just highlighted how well that body was sculpted.
MG TF
Mecum
@T.J.: Without a doubt, my 1954 MG TF is a constant head turner with classic vehicle lines (running boards, smooth curvature in fenders, spoked wheel on the exterior of the gas tank, etc.). A timeless beauty.
@Espo70: Third-gen Firebird/Formula/Trans Am. One of the best designs to come out of GM. Still looks exotic today.
Aston Martin Project Vantage
Aston Martin
@George: I might be biased, but the Aston Martin Project Vantage Concept—which became the Vanquish—is the most cohesive and accomplished shape of all time.
1958 Chevrolet Impala
Mecum
@Don: How about the 1958 Chevy Impala 2-door hardtop? My wife’s uncle thought it looked like a water buffalo!
GMC Motorhome
Hemmings
@Chuck: For oversize vehicles, the 1973–78 GMC Motorhome. Ahead of its time when new, smooth and sleek (compared to other coaches), and has aged gracefully.
@Kent: Still a very sought-after vehicle after all these decades. Would love to have one!
Ferrari 250 GTO
Amalgam Models
@David: One of the most recognizable, and possibly the most desirable profiles of them all: The 1962 Ferrari 250 GTO by Scaglietti.
Fiat 500
Stellantis
@Alex: 2012–19 FIAT 500: Totally unique and unmistakable. You would never confuse it for any other car from any other marker.
1966 Oldsmobile Toronado
Oldsmobile
@John: Without question for me it is the 1966 (and only the 1966) Oldsmobile Toronado.
@Tom: So many Ferraris—the Dino, 250 GTO, 275 GTB, La Ferrari, etc., as well as the GT40, Miura, E-Type, and numerous British Roadsters of the ’50s and ’60s. But the granddaddy of all side silhouettes has to be the Bugatti Type 57SC Atlantic.
2003–08 Mazda Mazda6
Mazda
@Mike: From a basic sedan point of view I’ve always loved the 2007 Mazda 6 profile with the spoiler.
1956–57 Continental Mark II
Continental/Ford
@Jeff: The 1956 Continental Mark II is still the most elegant and beautiful production American car.
1984–86 Pontiac Fiero
GM
@Jack: 1984–86 Pontiac Fiero notchback. Best-looking shape of the 1970s and ’80s wedge cars.
Flintstones Car
Mecum
@Greg: The log car that Barney Rubble drove on The Flintstones … feet and all!
The federal government has proposed regulations requiring the sale of a minimum numbers of Zero Emission Vehicles (ZEVs) in Canada (20 percent of all light vehicles in 2026, ramping up to 60 percent in 2030 and 100 percent in 2035). The flip side of this requirement is that the sale of internal combustion engine (ICE) light vehicles will be reduced and eventually prohibited in 2035.
This ZEV mandate will require an increase in ZEV sales from about 100,000 ZEV light vehicles in 2022 to 300,000 in 2026, 900,000 in 2030 and 1.5 million in 2035.
This paper examines whether or not Canadians will be able to buy enough ZEVs (either domestically produced or imported) to meet this ZEV mandate requirement. The findings show that Canada should be able to meet the 2035 100 percent ZEV mandate for about 270,000 passenger cars (only 18 percent of the market) but will be unlikely to meet the 2035 ZEV mandate for the 1,240,000 remaining light vehicles (pickup trucks, vans and SUVs/crossovers) comprising 82 percent of the market.
Canada cannot wait until 2035 to realize that the federal ZEV mandate will not be met. The gap between light-vehicle demand and forecasted ZEV light-vehicle supply will cause severe market disruptions. A better approach would be to reject a hardline ZEV mandate and instead to substitute a more flexible Plan B. Plan B should focus more on emissions rather than ZEV targets. For example, permitting some ICE light vehicles to be sold, particularly ones that can use renewable fuels. In addition, permitting plug-in hybrids (PHEVs) and hybrids to be included as ZEVs.
Finally, the federal government may have to accept that the 100 percent ZEV target is not feasible by 2035, and therefore must include flexibility in the federal ZEV mandate to back away from the 100 percent ZEV target.
A ZEV mandate is government legislation that imposes a requirement on the sellers of light vehicles to sell a certain minimum of ZEVs in a year. (ZEV is used interchangeably with BEV for battery electric vehicle in this paper. PHEVs can also qualify as ZEVs to a limited extent). The theory is that this minimum requirement will give certainty to vehicle sellers that there will be a market for ZEVs, and will therefore give an incentive to companies to construct ZEV manufacturing facilities. In essence, the ZEV mandate assumes that the demand for ZEVs will be there and will displace the demand for ICE light vehicles, and therefore the increase in supply of ZEVs will occur.
The federal government has introduced a ZEV mandate for all of Canada. In December 2022, the federal government issued proposed regulations under the Canadian Environmental Protection Act (CEPA). Section 30.3 of these proposed regulations state that all sales of light vehicles (passenger cars, pickup trucks, vans and SUVs/crossovers) must meet the thresholds for ZEV sales in a year shown in the table to the right.
The flip side to a ZEV mandate is that it imposes a prohibition on the sale of ICE vehicles, plus a penalty for contravening this prohibition. A company selling light vehicles in effect has an ever-shrinking quota for the maximum number of ICE light vehicles that it can sell in a year (none in 2035).
A company creates one credit for each battery electric vehicle (BEV) it sells. A sale of a PHEV with a range of more than 80 kilometres can also create a credit, but this ability is capped at 20 percent from 2028 onward. For example, a company selling 100 percent PHEVs in 2028 would only get credits for 20 percent.
If a company’s sales create fewer credits than required by the ZEV mandate, it can still remain in compliance by using two mechanisms. First, it can buy credits from another ZEV company that has exceeded its ZEV mandate. This mechanism will likely provide hundreds of millions of dollars of extra revenue to companies such as Tesla. An alternative second mechanism would allow the company to create a credit by contributing about $20,000 to specified ZEV activities such as supporting charging infrastructure. This second mechanism is capped at 10 percent of the ZEV mandate for the particular year, and is only available for the years prior to 2031.
The author thanks Benjamin Dachis, Daniel Schwanen, Dave Collyer and anonymous reviewers for comments on an earlier draft. The author retains responsibility for any errors and the views expressed.
With driverless cars already on the streets, will there be similar AI breakthroughs in the future of parking?
In the ’60s, The Jetsons, a cartoon about a family living in the future, featured a flying car that folded down into a briefcase when not in use. It is unlikely that we will ever see that solution to parking become a reality, but many other sci-fi books and films have predicted self-driving vehicles, and we know they are coming because they kind of exist today.
Parking facilities in the future must make allowances for electric vehicles. (Photo by guteksk7/Shutterstock)
While brands like Tesla have pushed the boundaries of driver assistance to become a version of self-driving, including parking the vehicle automatically, currently the parking infrastructure has not really kept up.
But we know that cannot continue, and the reality is that as transport technology evolves, parking solutions will have to evolve as well. But what does that mean long term? Will we be able to arrive at a parking center, get out and leave the car to it, then call it back to us when we want to leave? That seems like the dream approach to parking, but what does it need to make it happen?
Parking tech
There are two parts to that kind of service, the technology in the car park itself, and the technology within the car. For such a seamless experience, the two will need to work together, in that the vehicle must be able to drive autonomously, but also receive information about parking locations and when it should return to the entrance, from the car park itself. Both sets of technology actually exist today, not as refined as required for a reliable autonomous parking experience, but that is only a matter of time and development. But is it the right answer?
Right now, parking systems know which cars are parked where within the car park, this data is used to establish remaining capacities and so on, and while not universal, there are cars that can go off and park themselves when needed. So that future service is nearer than we think, but in the meantime what does car parking look like? Some may say that the future is already here without needing self-driving cars.
In Japan and some cities in the US, lift-based parking solutions offer a similar experience today. You arrive at a parking garage; your vehicle is pulled into a cubicle which is then lifted away. When you want to return to your car, the system finds the right cubicle garage and then returns it to the entrance, so you can drive away.
There are advantages to this approach, without the need for ramps to drive up and down to reach the parking, more cars can be parked in a given space. Because no one actually enters the building where vehicles are stored, it is also incredibly secure too. These systems are being constantly refined, and in the future, it is likely such a garage could be completely automated. With the advantages of space and security, is that more likely to be the future of high-density parking? If we look at other factors, it may well be.
Cities are increasingly looking to decrease car numbers, opening up spaces instead for social areas, encouraging cycling and other more environmentally friendly approaches to transportation. This is unlikely to change even with the widespread adoption of electric cars, so parking will naturally require large hubs with high-density parking that allows easy access to walks, bikes or public transport to central areas. To get an idea for the future of parking, we can look at what technology best fits this scenario.
Robotic Solutions
It is likely that these robotic lift-type solutions that pack more vehicles into each parking area fit the needs of city designers better than any more traditional multi-story or underground system that requires ramps and so on, whether the cars are operated by drivers or park themselves. There are other things that are in favor of this approach too.
Architects are under pressure to soften the appearance of buildings in cities across the world, to create spaces that have more light and elegance. A more compact multi-story space, or an underground alternative with only one small entrance space is easier to disguise with cladding, color and other design tricks that much larger car parks that have ramps and so on.
There is also the matter of technology. While there are cars that can drive themselves in a limited way now, and numbers are only going to increase, they are not all cars, and may never be. Holden stopped making cars in 2020, but in 20 years’ time, there will still be Holden cars driving on the roads. Those cars can never use autonomous parking systems, but they can use the robotic systems that take your car away and bring it back via a crane lift. They can use them today, and they can use them in the future.
Machine learning to park
So, the dream of a car swooshing away into its own spot automatically could well be the future. However, it is more likely to be carried there by a machine rather than drive itself. But not all parking is in cities with integrated parking solutions ran by the local authorities. For parking elsewhere, things will develop alongside vehicle technology, and there is one area that must advance for the future of the automotive industry itself, never mind parking. That is electric car charging.
Right now, charging is a bit of a mess: different speeds depending on the charger installation, there is no real cohesive system and owners often have to wrestle with a number of different apps to access charging networks on the go. Then there are the mechanics of charging, a heavy cable that has to be plugged in, account information and payment input before the car can be charged. As with phones, wireless charging is the solution, it removes much of the hassle and fail points for a better experience. But what would that look like in cars?
The obvious answer is charging areas embedded into the road or parking space, with a vehicle stopping on top of it automatically charging. There are hurdles to this, it would mean an end to the various account systems currently used to access charge networks, and instead have something tied to the vehicle itself. However, this kind of solution offers easy and efficient charging without the hassle we have today.
This would also require new technology for parking. For instance, our robotic car parks could have a charge loop in each container or cubicle, so electric vehicles charge automatically once they are taken away for storage. Likewise, on-road parking at parking meters could include chargers under each space.
This makes the charging process so much less hassle but allows for electric car charging without having to install endless charge stations in streets, and avoiding all the cables that the current system will need. Given the sheer number of electric cars that will be in operation in just a decade or so, and one cable per car, you can see how much an alternative is required.
But while technology will continue to drive the parking experience, and in cities and communities the need for clean, open spaces will change where we park and what that parking looks like, there will still be areas where parking sits outside of these grand designs. At its heart, a parking space is somewhere to store a vehicle while you go off and do something, and that need is not going to change. Large robotic parking systems in cities may appear in numbers, but they are not going to be the norm in areas with a smaller traffic flow or specific needs.
What we may see, and it is happening now, is that entrepreneurs and visionaries can find ways to provide a more selective parking solution on a smaller scale, that caters to a very specific need in a specific location. Not only are these services essential and in high demand, but they can be a source of income for anyone who has access to suitable parking space. With more cars than ever on the roads, and with a shift to electric not changing that, the future of parking looks to be heading in multiple directions.
The centralized systems operated in cities and other large communities will follow an approach that minimizes the space required and seek to integrate such facilities into an overall plan for the area. However, in some areas where there is no overall control of parking operations, the idea that you can rent a parking spot from a single person makes sense. Some people have space, others need that space, and as more cars are used, that space is in ever higher demand. This article is an excerpt from the complete e-book Parking Made Easy by Daniel Battaglia.
The UK Hydrogen Strategy estimates that to meet Net Zero aims by 2050, hydrogen will make up 20-35% of the UK’s final energy demand (250-460 TWh a year). Hydrogen therefore has a critical role to play in the decarbonization of industry, power, heat and transport.
Yet in this recent report, the UK Hydrogen Champion found that there is a need for greater clarity on upcoming policy decisions for hydrogen users, the funding available and overall delivery of the hydrogen roadmap to 2030 and beyond. Is the UK (and for that matter what about here in Canada? CP) really doing everything it can to maintain momentum and realize hydrogen opportunities?
Tevva’s area of expertise – transport – will have a critical role to play in the United Kingdom’s decarbonization goals. Worldwide around a fifth of CO2 emissions comes from trucks, and both McKinsey and the Hydrogen Council believe the most competitive use of hydrogen lies in decarbonizing trucks. Trucks using batteries or hydrogen fuel cells instead of diesel engines will indeed need to make up the vast majority of new sales by 2040 under plans to reduce CO2 emissions from medium- and heavy-duty vehicles. Yet only around 700 trucks that run on batteries or fuel cells were sold in Europe last year – about 0.2% of the total.
The good news is that the economics of owning and operating electric and hydrogen trucks, their total cost of ownership or TCO, are improving rapidly. And with diesel truck prices set to increase with Euro 7, electrification of our sector could happen sooner than previously thought.
Yet there are still serious challenges around the lack of hydrogen refueling stations and the fact that most fleet operators have no experience of hydrogen, in addition many hydrogen suppliers have no experience of truck fleets.
As an early adopter and developer of hydrogen technology, Tevva is playing an important role in demonstrating the potential for hydrogen electric trucks. We showcased our concept prototype 7.5t and 19t hydrogen electric trucks at the IAA in Hanover last year and have been encouraged by the high level of interest in these dual energy vehicles.
In January we took the 7.5t prototype on a ‘border run’ to Berwick-on-Tweed, England’s northernmost town. On the way up we stopped at an Element 2 refueling station in Teesside, and the return journey saw us cover almost 350 miles without needing to stop at all. This was made possible by the truck’s hydrogen fuel cell which tops up the range-extended vehicle’s lithium battery when needed.
Still, there is an urgent need for a more comprehensive hydrogen refueling network in the UK, and the speed and scalability of hydrogen refueling systems will be crucial to adoption while keeping costs under control. Element 2 is doing great work in this space. They are in the process of putting a skeleton network in place with 100 miles between each refueling station, giving confidence to any haulage company that is considering hydrogen electric trucks.
Today the UK has pockets of Megawatt (MW)-scale hydrogen activities that are evolving alongside ambitious proposals for Gigawatt (GW)-scale low carbon hydrogen clusters by 2030. Learning from initiatives in Europe, Asia and North America, as well as the UK’s own experiences, coordination is vital to minimize costs and maximize the benefits of hydrogen infrastructure. The opportunity is now for UK central, regional and local Government bodies and industry to plan and invest jointly to grow hydrogen transport systems holistically.
The UK does have a supportive and growing hydrogen ecosystem with many public bodies, new and established companies, universities, and others building their hydrogen capabilities and strategies. However, the experience of individual organizations and maturity of cross-industry collaboration in dealing with hydrogen systems is typically orders of magnitude lower than for traditional fossil fuel systems. Therefore, in the short term early adopters need more support to overcome the limited infrastructure and complexity of supply chains, higher unit costs, and long or uncertain lead times for hydrogen products and services.
As low-carbon hydrogen becomes cheaper and more widely available, hydrogen refueling has the potential to become as simple as diesel refueling is today. We are committed to making hydrogen convenient, affordable and sustainable for truck fleet operators. Achieving the UK’s net zero goals depends on it. For the Silo, Harsh Pershad, Head of Hydrogen at Tevva.
The sound. The style. The power. The experience. All inimitable….. Introducing you to classic PORSCHE 959, an exquisitely-produced book from publishers Delius Klasing.
This fascinating boxed set is a literary monument to the Porsche 959 that is still breathtaking to behold 36 years after its first roll-out.
What more is there to say about this car except “Wow”? Jim’s 1961 Tri-Power Chevrolet Impala is yet another pure gem hidden away somewhere in the rural wilds of Ontario, Canada.
Back in the day, these cars were known in the South as an excellent choice for moonshine runners. It must have been difficult if not impossible for a police car of that era to keep up with this 280 HP, Triple Deuce carbureted, 348 cubic inch big block.
With no power steering or power brakes you sure did get a pretty good feel for those windy, dirt back roads. Yet because of these removed features the car had no loss of available horsepower or throttle response.
With a borg-warner 100 T-10 4 speed transmission and posi 4:11 rear-end, this car puts the power directly to the road.
These traits also made these Impalas widely used in stock car racing and drag racing as well. This pure beauty of a car is painted in a factory Ermin white, with a factory red and ivory interior. Some of the rarer options include: front and rear bumper guards, E-Z eye solar guard glass and wide, white walls.
In a world of ‘rip it down and change it’, this car is still running an old school Delco battery and generator. It is very un-common to still have these options installed.
Owned by Jim, a stunt driver with Legend Filming Network you can bet the only way you’ll see this car in its home area of Delhi, Ontario is when it’s passing you in 3rd gear with all three deuces wide open.
Extra Facts
The big flag badging on the grille and trunk lid was specific to only 348 cars, they came in 240 HP, 280 HP and the high horsepower 350 HP models. In late 1961 Chevrolet introduced the 409. That same year, the windshield wipers swept in the same direction. For the Silo, Robb Price.
Tilbury, England. March 2023: British electric vehicle manufacturer Tevva has secured government plug-in truck grant (PITrG) eligibility for its 7.5t battery-electric truck. UK organizations looking to decarbonize operations and future-proof their fleets will benefit from a potential £16,000 ($26,260 CAD) discount, removed from the purchase price by Tevva. The current maximum Canadian EV amount is $5,000CAD.
To be eligible for the grant, N2 vehicles :trucks that weigh between 5-12 tonnes must have a CO2 emissions figure of at least 50 percent less than the conventional equivalent vehicle that can carry the same capacity and can travel at least 60 miles without any tailpipe emissions at all. (In the UK, a ton = 2,200 pounds and in Canada a ton is metric and = 2,000 pounds.) Tevva’s 7.5t battery-electric truck offers up to 140 miles (227 kilometers) from its 105-kWh battery on a single charge, and is ideal for last-mile and urban delivery fleets.
The Tevva 7.5t battery-electric truck is the only vehicle from a British manufacturer to qualify for the PITrG, and becomes only the third eligible truck to be listed on the government website. The grant pays for 20 percent of the purchase price, up to a maximum of £16,000 ($26,260 CAD) , reducing Tevva 7.5t battery-electric truck total cost of ownership (TCO),
This news follows hot on the heels of another significant company milestone in January, when Tevva secured European Community Whole Vehicle Type Approval (ECWVTA) for its 7.5t battery-electric truck. This meant that Tevva could start producing and selling in volume across the UK and Europe and represented the key regulatory step in the development and commercialization of the Tevva business.
Tevva Founder and CEO Asher Bennett said: “We know first-hand that demand for electric trucks is growing at speed, as we have been inundated with requests for our 7.5t battery-electric truck since going into full production last month. Now we are able to offer UK organisations a noticeable discount, thanks to the government grant, which will surely make zero emission trucking even more appealing to fleets.”
Tevva’s 7.5t battery-electric truck will be followed by a 7.5t hydrogen-electric truck, which benefits from a hydrogen range-extender that enhances vehicle range to up to 354 miles (570 km). The hydrogen-electric truck recently completed a 620-mile ‘border run’ between Tevva’s London HQ and the Scottish border at Berwick-on-Tweed – England’s most northernmost town. The return journey saw the truck cover almost 350 miles alone, without needing a single stop for recharging.
The research by GoShorty looked at worldwide car production figures from previous years, the number of people employed in the automotive industry, and other factors to reveal which countries produce the most and least commercial vehicles in the world.
Countries with the biggest decreases in car production:
Rank
Country
Cars Produced
Commercial Vehicles Produced
Total Produced 2021
% change variation2020/2021
1
Slovenia
95,797
–
95,797
-32%
2
Canada
288,235
826,767
1,115,002
-19%
3
Uzbekistan
236,667
4,982
241,649
-15%
4
Germany
3,096,165
212,527
3,308,692
-12%
5
Serbia
21,109
154
21,263
-9%
6
Spain
1,662,174
435,959
2,098,133
-8%
7
United Kingdom
859,575
72,913
932,488
-6%
8
Romania
420,755
–
420,755
-4%
9
Czech Republic
1,105,223
6,209
1,111,432
-4%
10
Hungary
394,302
–
394,302
-3%
Slovenia’s motor vehicle production was reported at 95,797 units in Dec 2021. This records a decrease from the previous number of 141,714 units for Dec 2020. Global car manufacturers like Renault have made plans to cut production in the country. Renault has cut production in its Revoz Slovenia unit and reduced its staff by 350 people.
Canada had the second biggest decrease in car production in 2021 compared to the previous year, a decrease in production of -19%. The low production numbers, down from 1.4 million in 2020 and close to two million in 2019, came as the global auto sector was hit by a shortage of semiconductor chips caused by pandemic-related production issues and a surge in demand for electronics.
Uzbekistan had the third biggest decrease in car production in 2021 compared to the previous year, a decrease in production of -15%. In 2021, Uzbekistan produced 236,667 passenger cars. That means that compared to 2020, production decreased by 15%. Despite the reduction in production, Uzbekistan increased the export of cars by more than a third.
The countries with the highest increases in car production:
Rank
Country
Cars Produced
Commercial Vehicles Produced
Total Produced 2021
% change variation2020/2021
1
Argentina
184,106
250,647
434,753
69%
2
Indonesia
889,756
232,211
1,121,967
63%
3
India
3,631,095
768,017
4,399,112
30%
4
Kazakhstan
80,679
11,738
92,417
24%
5
Morocco
338,339
64,668
403,007
23%
6
Thailand
594,690
1,091,015
1,685,705
18%
7
South Africa
239,267
259,820
499,087
12%
7
Brazil
1,707,851
540,402
2,248,253
12%
9
Portugal
229,221
60,733
289,954
10%
10
Austria
124,700
12,000
136,700
9%
Argentina saw the highest percentage increase in car manufacturing in 2021 compared to 2020, at a rate of 69%. Argentina’s motor vehicle production was reported at 434,753 units in Dec 2021. This records an increase from the previous number of 257,187 units for Dec 2020. This year, Argentina’s Senate has approved a bill to promote the automotive industry. The initiative was spearheaded and supported by IndustriALL affiliates in the country.
Indonesia had the second-highest increase in car production in 2021 compared to 2020, at an increase of 63%. As well as being the fourth most populous country in the world,
India was the country that witnessed the third-highest increase in car production in 2021 compared to the previous year, at an increase of 30%. India’s automotive sector is benefiting from a host of improvements, which include global supply-chain rebalancing and government incentives to increase exports.
Methodology:
We started by taking the International Organization of Motor Vehicle Manufacturers’ 2021 PRODUCTION STATISTICS to get World Motor Vehicle Production figures, to find the total number of commercial vehicles and car production for each country. This data is accurate as of 01/11/2022.
Ukraine and Russia were omitted due to the ongoing conflict between the two countries.
We ranked our countries based on their total production of both commercial vehicles and cars in 2021. We were also able to rank these countries based on their % change in variation between the years of 2020/2021 to find which countries had an increase in the number of produced cars in recent years.
We used ACEA’s Share of direct automotive employment in the EU, by country, to find the total share of direct automotive employment in total manufacturing for each of the 27 member states of the European Union in 2020. We were able to rank each country by the share of automotive employment. This data is accurate as of 01/11/2022.
Further findings:
China is the world’s biggest manufacturer of cars – it produced the most cars and commercial vehicles in 2021, with a total of 26 million units manufactured.
Egypt had the second lowest number of vehicles manufactured in 2021, with a total of 23,754 commercial vehicles and cars produced annually.
Slovakia has the highest share of automotive employment in Europe – it accounts for 16.2% of employment in the country.
Now THAT’S how you launch a new Rolls….and especially one called Wraith- smoke, vapor, mist, theatrics and a spooky performer. All images A. Maughan/The Silo
A Silo look back article 🙂
It’s Fall 2013 and the “now brand new” Wraith from the Rolls-Royce car company is not something I get exposed to often. Let’s face it, I’m a mid size car guy. Not high-end luxury. I rationalize my affordability factor by saying that high end’s are too ‘heavy’ and shee-shee poo-poo. Up until now, that may have been as true.
Rolls had an unveiling of their new car The Wraith the other week here in beautiful Vancouver. And well, like the locale, the car itself did stand out even beyond the scenery. The Silo was invited to attend and I earned the assignment. Life is hard 😉
After entering the front doors of the party where a silver painted goddess of sorts and a sleek feather black wraith slowly and elegantly moved around the scene, one can only be sure to expect nothing short of the best attention to these prospective buyers.
There was jewelry set to the tone of $425,000 (Canada’s biggest pink Diamond); a price tag similar to the cars standing right next to them. The food was excellent and the company certainly discerning.
“Emily” or the Flying Lady is the venerable hood ornament for Rolls-Royce automobiles. The live actress seen here on the right captured the mystery and drama behind the creation of the emblem.
There was not shortage of demonstration of other models and those with mostly older not only in lineage but also in style, heralding a tradition one has come to know of Rolls Royce. Which is why when the time came for the unveiling of the new car, there was nothing short of a surprise. The car looked sleek and modern while maintaining the more discernable feature Rolls is known for. It looked like, well, not quite a Rolls. It seemed sporty even.
For those who wanted performance but still the luxury that comes with expectations. People actually gasped and well, they should have.
Once the shock settled opera singers belted out a song of elegance that matched the vehicle’s looks and appearance. I became transported and wanted to change careers all of sudden.
On hand for the North American launch of the Wraith? Only, the largest pink Diamond in Canada.
The show was a success, so now came the long shot that I would get to test-drive one of them. I am not a buyer, no sir.
“So when can I test drive one, ahahaha”
“Are you free tomorrow at 3pm?”
Ummm….yeah maybe sure….oh look at that I am free. Perfect” Gulp.
So on to the test drive.
I show up at the Rolls dealership in Vancouver and was met with nothing but interest and enthusiasm for someone who clearly was not in the market for such a car. That didn’t matter much as they were very excited to show off their new marvel. Ha! I thought. No way this thing can actually drive as cool as it looks. Well, my dear readers, was I wrong.
0-100 in 4.4 seconds. Quite. Handles like a dream. Smooth. Great suspension. 14 speaker sound system. Crazy navigation. Just crazy. The holographic road map was floating next to a virtual speedometer in/on (?) the windshield. Touch sensitive screen for drawing on. I mean the whole thing was about performance from interior to engine.
“There she is!” My first look at the Wraith and I’m getting ready to test drive this gorgeous machine. It looks fast.
The camera system is a cool feature, however at the end of the experience I didn’t really know how to use them. What happens is a 5-camera system captures unique perspectives and through an algorithm creates a bird eyes view of the car. Very cool. However, I just used my mirrors and the over–the-shoulder-one-arm-on-the-back –of-the-passenger-seat to look behind me for the approach in backing up. Technology is great but it has to actually be effective or helpful. Give the user a certain level of confidence that she or he would never have alone otherwise.
And boy did I check my mirrors often when driving. I didn’t want to risk a dent or a scratch.
Just pulling out for the first time was nerve racking, but once you got the feel for it, which happens quick, you are instantly spoiled as a driver which is of course the point when dealing with luxury cars. And it seems Rolls still has been able to retain the ability to spoil its driver no matter what. The wraith delivers. For the Silo, Arthur Maughan.
Yes it was rainy and a bit wet that day. Yes, the Wraith had a secret umbrella compartment. Now where is that machinegun button ?
Canada is in the top 10 bestplaces to buy an EV – from the cost of a Tesla versus average income to EV purchase incentives.
According to research by our friends at Zutobi.com, the United States takes top spot and earnsa total EV score of 8.19/10. The US offers the world’s most popular EV, the Tesla Model 3, at the lowest price, just over $39,000usd/ $53,540cad. The US also has one of the most generous incentives for EV purchases, placing in the top five for the factor.
Germany and Luxembourg tied for second place, both scoring 7.67/10. The German government offers motorists over $9,000usd/ $11,552cad off the price of a new EV, and It also has one of the top 10 highest proportions of EVs. Luxembourg earns its place in the rating thanks to its great purchase incentives, as motorists in the country can get over $8,000usd/ $10,269cad off a brand-new EV.
Next up is Norway taking third place in the index with a score of 7.42/10. The Scandinavian country takes the top spot for both the highest proportion of EVs and the cost of an EV as a proportion of the average income.
The countries with the best tax incentives to buy an EV
Germany has the most generous incentive for buying an EV, offering a rebate of just over $9,000usd/ $11,552cad for EVs. On top of this, the country also has a reduced VAT rate when buying EVs, and EVs are exempt from some vehicle taxes.
Luxembourg ranks second, offering motorists more than $8,000usd/ $10,269cad for their EV purchases. The country also charges the minimum tax rate for vehicles with very low emissions, which is excellent news for EV motorists.
Offering over $7,500usd/ $9,267cad in subsidies for EV purchases is Slovenia, taking it to third place. The Slovenian government also only charges its minimum rate of 0.5% sales tax on vehicles that emit less than 100 grams of CO2 per kilometre.
What is driving the popularity of EV’s?
With the ever-present media message of climate change, more and more people are considering finding ways to reduce their reliance on fossil fuels and shrink their carbon footprint. One of these ways is ditching traditional polluting gas and diesel cars in favor of electric vehicles (EVs). In fact, many people have already adopted electric cars and are using them to learn to drive.
Governments around the world are also encouraging people to make the switch, with the UK going so far as to ban the sale of new gas and diesel cars from 2030, and the US from 2035.
So which countries are the best for electric vehicles? We’ve delved into the data to find out, taking into account purchase incentives, the proportion of EVs in each country, and the cost of one of the world’s most popular cars, the Tesla Model 3, as a proportion of average income too.
