Noticeably stronger acceleration
Optimisation of boost pressure build-up, turbo response and pressure control for faster power delivery.
More air. More fuel. More power.
Our optimisations of boost pressure and turbocharging strategies are based on real-world development work – taking into account thermal conditions, load and flow behaviour.
A sustainable increase in performance requires more than just increased boost pressure. Our concepts are based on the coordinated interaction of the turbocharger, boost pressure control and engine electronics. The aim is a stable overall system that improves performance, durability and drivability – whilst maintaining thermal stability and ensuring full production integration.
Optimised turbocharger hardware for enhanced performance potential
Increased air mass supply for sustained performance gains.
The Turbocharger Performance Upgrade replaces or modifies the standard turbocharger with a performance-optimised hybrid or performance variant. The aim is to increase air flow whilst maintaining stable efficiency and thermal resilience.
The design is vehicle-specific, taking into account engine characteristics, exhaust back pressure, boost pressure strategy and the overall thermal system. In combination with a tailored software calibration, the upgrade enables significantly increased power reserves whilst maintaining near-standard drivability.
Precise boost pressure management for maximum system efficiency
Improved response dynamics and stable power delivery across the entire load spectrum.
The optimisation of boost pressure control involves the precise tuning of boost control, wastegate and protection strategies within the engine and drivetrain management systems. The aim is to achieve faster and more controlled boost pressure development whilst maintaining stable continuous load performance.
By adapting the control strategies, the efficiency of the entire boost pressure system is increased, resulting in more direct response, optimised torque management and high thermal stability.
Boost pressure with a system. Power with reserves.
Thermal stability and system protection under high performance demands.
Improved turbo efficiency, controlled temperature rise and optimised pressure profiles enable high continuous load capacity – without compromising on everyday usability or reliability.
High-end turbocharging technology. Aerodynamically optimised turbocharger and boost concepts for Mercedes-Benz and AMG engines. More boost. More efficiency. More dynamism.