News | Green Cars | Best in Class | Coming Soon | Concepts | Environment | Classifieds | Forums

Home

Green Car News

Green Cars

Reviews

Buyers Guide

Coming Soon

Concept Cars

About Green Cars

Environment

About Us

Site Map

Contact Us

Resources

Find Best in Class

Super Mini/Hatch
Family
Large Family
MPV
Executive
Convertable
4x4
Sports
Commercial
HOME > CONCEPT > VOLKSWAGEN
Volkswagen NanoSpyder Concept (01/11/2006)

 

The Nanospyder is Volkswagens's entry for Design Los Angeles.  Design Los Angeles was started last year as an incentive to car manufacturers to investigate new technologies and solutions to combat environmental problems with an emphasis on environmental sustainability.

 

The Nanospyder incorporates many technical features that are not yet commercially available.  Covering the skin are billions of nano devices which react to the environment such as actively making crumple zones as and where they are needed in a crash.

 

Power for the electric motors is primarily generated by a hydrogen fuel cell.  This year, contestants have to prove themselves by "creating a vehicle that is environmentally aware of its global footprint".  The Nonospyder sees competition from the likes of Toyota, with their Renewable Lifestyle Vehicle (RLV)

 

The Toyota entry seats two people with the driver pedalling for power with an  electric motor, for when traffic speeds increase – with an aimed top speed of 75mph. Toyota says the two optimum speeds - 5mph and 75mph.

 

The winner will be announced on 30 November.

 

Concept Car Achieve

Audi Q7 Hybrid

Citroen C-Métisse Hybrid

Hummer H3 FlexFuel

Lexus LF-A

Mercedes Bionic

Peugeot 207 Epure

Saab Aero X

Saab Biopower Hybrid

Subaru B5-TPH

Venturi Astrolab

Related Links

Volkswagen Chameleon Camper

Green News Links

Production Started of BMW Hydrogen 7

New Smart ForTwo Details Released

Venturi Eclectic Goes into Production

Lotus Exige 265E

More powerful Saab BioPower launched

Hydrogen Mazda RX-8 RE

Register for our

free Newsletter

Name

E-mail address

 

Home Page | About Us | Contact Us | Privacy Policy | Terms & Conditions | Site Map