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Arctic Cat Bearcat Brake Pads New 0502 020 on 2040-parts.com

US $12.99
Location:

Perrinton, Michigan, US

Perrinton, Michigan, US
Returns Accepted:Returns Accepted Item must be returned within:14 Days Refund will be given as:Money Back Return policy details: Return shipping will be paid by:Buyer Restocking Fee:No

Arctic Cat bearcat brake pads. NEW. Part Number 0502 020.

Infiniti Etherea concept (2011): Shiro Nakamura's guide

Fri, 08 Apr 2011

The global unveiling of the Etherea concept car and a tie-in with reigning F1 champions Red Bull Racing made for a busy start to the year for Infiniti. In between endless meetings and flights, we collared Nissan and Infiniti design chief Shiro Nakamura to get the low-down on the Etherea… When did you start work on the Etherea? 'It was about 18 months ago.

Toyota charity puts boots on the ground in Detroit

Wed, 09 Jan 2013

For the second year in a row, Toyota has chosen to celebrate the opening of the Detroit auto show with a philanthropic gesture. In order to help homeless women and children in the Detroit area, Toyota's “Walk in my Boots” community project will partner with Moosejaw, a Michigan-based outdoor retailer, to donate new boots to residents of The Salvation Army Denby Center for Children and Family Services in Detroit. Toyota will also be providing a luncheon buffet for the residents when they deliver the boots and donating $10,000 to the facility to help with operations' costs.

Honda confirms 'mobile desk chair'

Thu, 14 Nov 2013

HONDA has announced details for a new version of its existing Uni-Cub ‘personal mobility solution’ – essentially a powered office chair. The Uni-Cub β is a development of the initial concept that appeared in 2012 as a bizarre solution to mobility around typical office-based work environments, although it would seem that no one at Honda had considered that humans have legs for that. It uses an omni-directional driving wheel system derived from Honda’s research into humanoid robots like the well-known ASIMO, allowing it to move in any direction according to the weight shifts of its user.