Fram Ft1037 Automatic Transmission Filter Kit on 2040-parts.com

Jaguar XKR-S (2011) at 2011 Geneva motor show

Jaguar has turned up the power and sharpened the handling on the flagship XKR coupe for the 2011 Geneva motor show. The result: the XKR-S, claimed to be the fastest production Jaguar sports car ever. For 2011, Jaguar is returning the XKR-S to the top of the XK range. CAR readers may recall the well regarded 2008 limited edition that last carried the badge.  The XKR-S has an uprated version of the 5.0-litre supercharged V8 found in the standard XKR. Power moves up to 542bhp (from 510bhp), and torque swells to 501lb ft (up from 461lb ft) thanks to lots of ECU tweakage.

BMW 1-Series gets 4WD xDrive

BMW has announced that the 1-Series will be offered with xDrive 4WD on the 120d and M135i. But the UK won’t get the M135i xDrive. The last few winters in the UK, with heavy snow falls and lots of slip-sliding, has focused drivers’ minds on the benefits of 4WD, so the announcement by BMW that they’re going to offer xDrive on the 1-Series will be welcome news.

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.