Consistent performance in all conditions
Aerodynamic efficiency. Designed for real-world driving conditions.
Our optimisations are based on real-world air mass, temperature and load data – not on isolated component upgrades.
A sustainable increase in performance requires a stable air supply and controlled temperature management. Our concepts are based on the coordinated interaction of the intake system, intercooling and engine electronics. The aim is a stable overall system that improves efficiency, power stability and drivability – whilst maintaining thermal stability and series integration.
Optimised airflow and intake system
Maximum efficiency thanks to reduced flow resistance.
The high-performance air filter system improves airflow to the engine whilst simultaneously reducing pressure losses in the intake area. The optimised airflow allows the engine to breathe more freely, resulting in more efficient combustion and improved responsiveness.
Integration is tailored to the existing engine and software configuration to ensure a stable and reproducible performance level.
Improved thermal efficiency for consistent performance
Consistent power delivery even under heavy load.
The high-performance intercooler significantly reduces intake temperatures and minimises flow losses within the boost system. Lower air temperatures increase air density, thereby improving combustion efficiency and power stability – particularly under sustained high loads or during sporty driving. The system supports consistent power delivery whilst protecting engine components under high thermal stress.
Performance that lasts. Lap after lap.
Stable temperatures are the foundation of consistent performance.
Our cooling systems are designed not only to enable performance, but to ensure it over the long term. The result is stable power output, reduced wear and tear, and maximum control – regardless of ambient temperature or load profile.
Thermal performance management. Advanced intake and cooling solutions for Mercedes-Benz and Mercedes-AMG vehicles. Optimised airflow. Consistent performance stability.