Coil Overs for Sale
- Roush performance coilover suspension kit - ford mustang 2015 2016 - adjustable(US $1,399.00)
- Pro shock 9/16-18 thread steel 1 in shock extension p/n c510(US $23.99)
- Outerwears 13 in long 5 in od black shockwears shock cover p/n 30-2615-01(US $48.84)
- Qa1 shock extension 1 in 9/16-18 in thread p/n 9029-163(US $19.65)
- Outerwears 14 in long 3 in od black shockwears armor shock cover p/n 32-2612-01(US $41.57)
- Outerwears 14 in long 3.5 in od black shockwears shock cover p/n 30-1165-01(US $40.63)
Lotus electric city car (2009) the first photos
Fri, 17 Jul 2009By Richard Webber First Official Pictures 17 July 2009 09:59 Lotus Engineering has turned its hand to city car design, and has produced this innovative electric vehicle concept, pitched at the urban driver of 2015. At just 2600mm in length and 1600mm wide, the Lotus supermini is even smaller than a Toyota iQ, but manages to match the Toyota’s 3+1 layout. The crucial aspect of the design is the aluminium spaceframe in the floor, which houses the batteries and electrical gubbins, while also providing stiffness and crash resistance.
Ford Mustang Shelby GT500 Super Snake, for the times when 540 hp just isnt enough
Fri, 26 Jun 2009There was little doubt that Shelby would not call it a day following the completion of the 2010 Ford Shelby Mustang GT500. After all, 540 hp just might not cut it for some Shelby faithful. So to take the 2010 GT500 to the next level, Shelby revealed the Super Snake package at the Mid America Ford and Team Shelby Nationals in Tulsa, Okla.
CCS - AISI project 2007
Wed, 26 Sep 2007The college for Creative Studies (CCS) has been teaming up with the American Iron and Steel Institute (AISI) since 1989, bringing together imaginative automotive design and steel, the material of choice in the industry. As did last year's program, this summer also saw three engineering students from the University of Michigan (UM) join three CCS transportation design students to develop a concept car. Revolving around an 'Inside Out' theme, students conceptualized, rendered and created a concept vehicle based on a steel exoskeleton design.