World First- Venturi’s Hyper-Deformable Lunar Wheel Presented At Paris Air Show
Tag Archives: JPL
New Lunar Rover Will Be Largest Ever And Includes Disruptive Innovations
Recently, H.S.H. Prince Albert II of Monaco visited Venturi Group’s Monegasque headquarters.
photos: Venturi/Bebert
Welcomed by the Group’s President, Gildo Pastor, the Sovereign was invited to take a historic first look at the lunar rover “FLEX”, developed by Venturi Astrolab (USA) in collaboration with Venturi Lab (Switzerland) and Venturi (Monaco).
FLEX will be the largest and most advanced lunar vehicle ever made.
It will be landed on the surface of the Moon by American firm SpaceX in 2026. Fans of Canada’s robotic space arm Canadarm take note: the lunar rover includes its own ‘in house’ designed and built robotic arm.
Since 2000, the Venturi Group has specialized in the design and manufacture of high-performance electric vehicles. Whether through world records, expeditions on hostile terrain, the creation of the first electric sports car, the development of innovative vehicles or its involvement in the Formula E World Championship, the Venturi Group embodies and demonstrates all the capabilities of the electric vehicle on 2 or 4 wheels.
Since 2021, Venturi Lab is part of the Venturi Group. The company invents, studies, designs and manufactures mobility solutions capable of handling the extreme environmental conditions found on the Moon and Mars. In 2026, Venturi Astrolab’s FLEX rover – for which the Venturi Group will have designed and manufactured innovative technologies resulting from disruptive innovations – will be in operation on the Moon. For the Silo, Fabrice Brouwers/Venturi.
ABOUT VENTURI ASTROLAB, INC.
Venturi Astrolab, Inc (Astrolab) is on a mission to advance humanity to the next horizon by designing, building and operating a fleet of versatile rovers for all planetary surface needs. Comprised of a highly specialised team of former NASA, SpaceX and JPL engineers, Astrolab is dedicated to providing adaptive mobility solutions essential to life beyond Earth.
The team has leading experience in terrestrial and planetary robotics, electric vehicles, human spaceflight and more. Astrolab’s extensive experience and strategic partnerships with a wide range of world-class institutions, including the electric vehicle pioneer Venturi Group, allow for the most reliable, flexible and cost-effective lunar and Mars mobility offerings. The company’s headquarters are located in Hawthorne, California.
Watch LIVE and archived streams of Mars Rover Curiosity
If you’re a space geek, science fan or techno nerd then you may already know a bit about the latest planetary lander called Curiosity. Today (August 6th, 2012) this engineering marvel (not to mention the challenge of sending and landing) sits near Gale Crater (this crater is so big there’s a mountain called Mount Sharp inside it CP) and prepares to investigate some of the most geologically interesting areas on the Red Planet.
What’s the big deal? This is an investigation that could unravel the greatest mystery of all…..”is/was there life out there?” So without further ado, here is the LIVE stream with real time chat. Update Aug6 10:03PM EDT the first LIVE stream has ended but has been archived and will play in the window below. Other LIVE streams will play in real-time as the mission developments continue. CP Update Aug22 1:03PM EDT we will be streaming the LIVE NASA press conference with updates on the mission and rover status. Video feed begins at 2:30 PM EDT CP
Stop-motion landing sequence video
August 22nd 2012 post NASA stream-
The MARS/NASA/JPL team showed media the first scientifically laser-beamed and analyzed Mars rock during today’s press conference. This Basaltic rock (called Coronation by the team) displayed interesting hydrogen variations and preliminary results showed more hydrogen measured on its surface with exponentially decreasing amounts as the laser probed deeper.
The plan now before searching for water, is a ramping up of technical and rover checkouts, a more thorough planning order of activities and lengths, driving the rover to new sites for rock drilling and investigating what scientists are calling ‘scours’- ground indentations made by the Sky Crane thrusters during the descent of the Mars rover.
Scientists caution the fact that there are no definitive time tables for upcoming tests. This is due to such unpredictable conditions as weather forecasting and rover checkouts and performance. As these tests are conducted and checkouts are completed, the Mars team hope to learn how to ‘fine tune’ future tests after properly calibrating the rovers testing instruments. For example, the wavelength instrument is affected by the slight temperature shifts from the time of the Mars day and from the rover’s movements.
Reporter questions focused on the geological aspects of today’s conference and the team responded enthusiastically about plans to drive the rover to areas that have bedrock and opportunities for testing varied rock types. A short video in honor of deceased science fiction author and Mars fan Ray Bradbury rounded things out. As one scientist put it “ We are only 16 days into a two year mission.” Stay tuned. CP
