1 Premium New Disc Brake Rotor For Front Fits Left Driver / Right Passenger Side on 2040-parts.com
ON, CA
Discs, Rotors & Hardware for Sale
- 1 premium new disc brake rotor for front fits left driver / right passenger side(US $45.87)
- 1 premium new disc brake rotor for front fits left driver / right passenger side(US $51.52)
- 1 premium new disc brake rotor for front fits left driver / right passenger side(US $47.94)
- 1 premium new disc brake rotor for front fits left driver / right passenger side(US $39.40)
- 1 premium new disc brake rotor for rear fits left driver & right passenger side(US $28.37)
- 1 premium new disc brake rotor for front fits left driver / right passenger side(US $20.97)
Ford, Lawrence Tech offer design scholarships
Mon, 10 Oct 2011The next Camilo Pardo might hail from Lawrence Technological University. In the Designing for the Future contest, Ford Motor Co. and Michigan's Lawrence Tech are challenging high school seniors to compete for more than $75,000 in scholarships to the school's transportation and industrial-design programs.
BMW 3-series Convertible
Tue, 09 Jan 2007By Ben Oliver Motor Shows 09 January 2007 06:04 A folding hard-top? On a BMW? Yep - BMW has followed arch-rival Mercedes' lead and developed its first folding tin-top for the new 3-series Convertible.
Toyota Prius Recall: 30,790 cars in the UK, 1.9 million worldwide recalled
Thu, 13 Feb 2014The 3rd generation Toyota Prius (pictured) is being recalled Toyota’s hasn’t had a lot of luck with recalls in the last few years, although the latest recall for the Toyota Prius isn’t quite on the scale we’ve seen for previous recalls. It’s only eight months since the last Toyota Prius recall – which affected around 5,000 Prius models in the UK from 2009 – but this latest recall is a lot more extensive, affecting third generation Prius built from March 2009 to February 2014 and totalling 30,790 cars in the UK and 1.9 million worldwide. The issue is a problem with the hybrid system’s boost converter software, which is used when the car is under heavy load such as accelerating hard from a standstill.