2013 Bmw M3 Blue Shark Fin Dummy Antenna Car Decoration Honda Toyota Audi Benz on 2040-parts.com
Orange, California, US
Antennas for Sale
- 2 pieces high power led 168 t10 259 280 blue license plate bulbs td1abls dot(US $5.88)
- Universal fits for 9" mazda 3 5 6 roof mast whip antenna black warranty 1 pcs (US $4.49)
- 91-95 acura legend v6 antenna mast extendable power signal upgrade am fm radio(US $17.90)
- Silver universal fit any car roof dummy shark fin antenna car suvs truck us (US $7.95)
- Black shark fin buick style dummy antenna top decorative universal fits car suvs(US $4.99)
- Dark blue universal fit any car roof dummy shark fin antenna car suvs truck us (US $7.95)
Toyota TRD GT86 UK bound
Wed, 18 Jul 2012The Toyota TRD GT86 – a titivated GT86 – is heading for the UK as a special edition of Toyota’s new sports car. The Toyota GT86 (and, for that matter, the Subaru BRZ) is exactly the sort of car Toyota should be building in the 21st century; good looking, fun and affordable, it fills a niche Toyota have long been absent from. The only drawback has been a feeling that the GT86 could be more aggressive than it is and, to a degree, the Toyota TRD GT86 fixes that.
Drayson Racing set new electric car speed record
Wed, 26 Jun 2013Lord Paul Drayson (pictured) celebrating a new electric car land speed record Last month we reported that Lord Paul Drayson’s Drayson Racing were plotting an attack on the world land speed record for an electric car. And they’ve cracked it. In a two-way run at Elvington, Yorkshire, Lord Paul Drayson – Drayson Racing’s CEO and former science minister – was behind the wheel of the Drayson B12 69/EV as it completed two mile long runs in the space of an hour to record an average – and new World Record (for its class) – of 204.185mph.
College Exhibition: Royal College of Art - Connections
Fri, 01 Jun 2007First year Vehicle Design students at the Royal College of Art were given a brief to develop a car that would achieve universal individual mobility for people of all ages living in rural environments. Using intelligent systems technology, new materials and means, and retaining high standards of sustainability, the students were asked: what are the vehicles for tomorrow's countryside? Five different groups consisting of three students devised several very different proposals to answer this question.