The iconic DMC Rear Diffuser for the McLaren GT, made from Carbon Fiber. DMC products are certified by TUV, a German government approved authority for car safety standards.
The new McLaren GT is a superb looking car however from a distance with the softer curves than the 720s, it can look a little tame. We aim to change that with our new range of McLaren GT Carbon Fiber Line. The DMC Carbon Rear Diffuser really is the finisher to any cars rear end. The McLaren GT from factory has quite a tame looking lights that really doesn’t do a proper McLaren any justice. The DMC carbon creation looks same but thanks to being in carbon, has a more aggressive look. At the same time it still keeps the basic OEM style, not looking aftermarket at all.
The Carbon Fiber Rear Diffuser is made up from lightweight and strong carbon fibre, produced via vacuum infusion giving both great strength and superior finish. Once the part has been produced and pulled from the mould, it is checked and tested thoroughly before heading to lacquer. Each part is inspected further and checked for tolerances before being hand and machine polished, followed by being waxed and sealed in with high content Carnauba products.
This is a simple replacement part, remove the original OEM bumper and replace with it with DMC’s carbon version. The OEM bumper needs to be removed for installation. Although fitting is quite straight forward we do always recommend using a trained professional to undertake the install. We estimate around 210 minutes to fit.
McLaren GT Coupe
McLaren GT Rear Diffuser
DMC Products come with a free Gloss or Matte Coating on all Carbon Fiber items, please leave a note at check out which one you like. If you don’t specify we will add a gloss base layer. However we suggest you to add one additional layer to match your country’s local UV and weather requirements as they differ throughout the world. We also suggest to wax, polish and seal the item further, even though we include a base seal of high quality carnauba product. This can be protective in regions that have high humidity or rain.