Cadillac CTS by D3 Research

The self-proclaimed leader in Cadillac Tuning, D3 Research, introduces an exterior styling package for the 2008 Cadillac CTS. With a side order of good ol' American bling bling, D3 focused on creating a look which projects style and performance while integrating into the natural design of the CTS. Starting with the stainless steel wire mesh grilles, front bumper fascia with additional cooling brake ducts, side skirts, rear deck lid spoiler, roof spoiler and rear lower diffuser.
Press release:

008 Cadillac CTS – D3 Performance Exterior Package

D3 Cadillac, the leader in Cadillac tuning, introduces the new 2008 Cadillac CTS Performance Exterior Package. The exterior enhancements are not only exquisitely designed styling cues integrated seamlessly, they are functional as well. The front grill has a unique jewel like cut on the stainless steel wire mesh that signifies performance & class. The additional openings in the front allow for a larger surface area to induce adequate cooling for the engine compartment. This is important when you start squeezing more performance out of this engine, as heat is a byproduct of making more power. Not only were the factory brake ducts maintained, but the front fascia also introduces double the cooling by adding an additional brake duct pick ups on each side. Notice the angled lip towards the lower edge of the front fascia. This angled edge has been designed and measured for just the right amount of down force without creating too much drag. The side skirts offer a much more complete look and help transfer the styling from the front of the vehicle to the rear without loosing the theme of the design. The rear deck lid spoiler and rear roof spoiler help introduce down force at high speed while keeping the air stable coming off the backside of the vehicle. The rear lower diffuser helps keep the air uniform while passing the underside of the vehicle. While at speed the air is kept moving uniform rather than curling up behind the vehicle, often promoting rear end lift at high speeds.