Carbon underbody protection for BMW M2 G87 by Maxton Design

Maxton Design Carbon Fiber Full Replacement Oil Cooler Guard for BMW M2 G87

Protect the sensitive factory oil cooler of your BMW M2 G87 with the Maxton Design carbon fiber full replacement oil cooler guard, crafted from high-quality carbon fiber. The stock oil cooler is located directly under the front bumper and is highly susceptible to damage from road scrapes, speed bumps, or potholes. BMW installs a standard plastic guard that can easily break, leading to costly damage to the oil cooler.

Our carbon fiber undertray provides a durable and lightweight solution to optimally protect the oil cooler and ensure the longevity of your S58 engine. A damaged oil cooler can have serious consequences for engine performance – therefore, protection is essential.

Benefits:

Durable carbon fiber construction

Protects against scrapes and road debris

Minimal additional weight

Perfect fit for the BMW G87 M2

Compatibility:

BMW M2 (2023+, G87)

BMW M3 Sedan (2020+, G80)

BMW M3 Touring (2022+, G81)

BMW M4 Coupe (2020–2024, G82 pre-LCI)

BMW M4 Coupe (2024+, G82 LCI)

BMW M4 Convertible (2020–2024, G83 pre-LCI)

BMW M4 Convertible (2024+, G82 LCI)

Protect your oil cooler now and extend the life of your engine!

Carbon fiber is characterized by high durability and low weight. Carbon is very often used in motorsport, especially in vehicle aerodynamics. Various types of spoilers, diffusers, splitters, and flaps are often manufactured from carbon.

The carbon products are manufactured using thermo-pressure technology. Carbon fiber is cured at high temperature and pressure. An autoclave is used for this process. This is the most modern method of carbon manufacturing, which guarantees an excellent result – in terms of both durability and aesthetics.

We ship carbon products properly secured – in addition to standard film that protects the component from scratches, we also use a large amount of bubble wrap and a protective mat to protect the product from shocks and vibrations during transport.