2009 Infiniti G37 Sedan Base Model Nose Mask Front Bra Oem 1 Day Handling on 2040-parts.com

New Jaguar XE: More Ingenium engine details (video)

Jaguar XE 2.0 litre diesel Ingenium engine – from 99g/km Unlike the new Land Rover Discovery Sport – which makes do with the current outsourced 2.2 litre diesel engine – the new Jaguar XE is getting JLR’s all-new range of Ingenium engines from launch. Now, with the proper debut of the XE just a week away, Jaguar is happy to share a bit more detail on the XE’s new engines. Built at Jaguar’s new engine plant – in which JLR has invested £500 million – the new Ingenium engines are a clean-sheet design, as light and efficient as possible and capable of delivering an impressive blend of power and torque.

2014 Ford F-150 receives CNG/LPG fuel option

Ford will be offering a 2014 Ford F-150 that can run on compressed natural gas and liquid petroleum gas. This will make the Ford F-150 the only half-ton pickup offered in the U.S. market that can run on CNG and LPG.

Concept Car of the Week: Honda Kiwami (2003)

As part of Honda's exploration into new, clean-performing technologies, the Kiwami concept was created to test public acceptance of the idea of a large, fuel cell-powered luxury sedan.  Unveiled in 2003, the simple yet striking design seemed like a Japanese twist on the Renault Vel Satis concept, which shared a similar wedge profile, wide stance and minimalist approach.  However, the Kiwami found its own interpretation of modern luxury, expressed through elegantly integrated technology rather than with crystal champagne glasses.  Up front, a full-width LED strip headlamp sat flush with the flat bonnet and the rectangular bumper to create a design of primitive beauty.  Further examples of the same simple Japanese aesthetic are found around the car, including the uncluttered body panels and a full-width tail-lamp graphic that matched the front theme.  The dramatic proportions of the interior were closely related to the package of the hydrogen power plant. Unlike other manufacturers at the time, Honda engineers did not create a 'skateboard' fuel cell chassis below the cabin. Instead, a sideways H-shaped layout for the control unit, ultracapacitor, fuel cell stack, hydrogen storage and other components was used, helping to create a lower center of gravity.