gordon murray t.25

Chris Shunk rejoins Sam, Alex and Dan for Episode #184 of the Autoblog Podcast. Topics we mull are Tesla's actual IPO and General Motors' apparently impending public offering. Gordon Murray's T.25 city car makes the cut before we ...

After hinting at doing so for a couple of years, Gordon Murray has finally revealing his new T.25 city car at an event at the Smith School of Enterprise and the Environment in Oxford, England. The 1,212-pound car is just ...

Gordon Murray has long been considered one of the most innovative engineers and designers in the automotive world. The latest project from the mind that created the McLaren F1 supercar is the new T.27 electric city car. The T.27 is ...

Whenever Gordon Murray is attached to a project, the hope is that some of the brilliance underscored Brabham racing cars and the McLaren F1 will rub off on his latest effort. A peek at the seating arrangement in the T25 city car does start us reminiscing about the 1990s supercar that many still ...

Gordon Murray hopes his developing T.25 minicar will offer something unique to attract buyers away from cars like the Smart Fortwo and Toyota iQ. To that end, the diminutive machine will seat three occupants with the driver front-and-center behind ...

Gordon Murray, the man primarily known for bringing us the McLaren F1 is current working on his 25th clean-sheet design, internally dubbed the T.25. While that's a perfectly acceptable codename for a project, it lacks the kind of catchy cache necessary when the city car hits dealers. So, it's with ...

The microcar concept has been around for a long time, but Daimler kick-started its redevelopment with the original smart fortwo. Now, that model's success in the marketplace (if not financially) has prompted such big name players as Toyota and Volkswagen to step up to the plate with innovative new ...

Gordon Murray may be best known for his radical supercars, especially the timeless McLaren F1, but his automotive passions span far enough to include vehicles that could be described as the F1's polar opposite. Evidence of such is the T.25 ...