Turbochargers & Boost Systems

Optimised turbocharger hardware for enhanced performance potential

Increased air mass supply for sustained performance gains.

from €3,200Enquire now
Turbochargers with airflow shown in blue and orange on a technical background
TurboIncreased 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.

from €3,200

More air as the basis for more power.

The turbocharger determines how much air mass the engine receives. For power targets beyond the series level, the standard turbocharger is replaced or modified with a hybrid or performance variant – designed for your vehicle, not as a one-size-fits-all solution.

The design takes engine characteristics, exhaust back pressure, boost strategy and the overall thermal system into account together. Only the matched software calibration turns the hardware into a working system: with an extended power reserve, stable efficiency and driveability that stays close to the series.

Process

From data to validated performance.

  1. Analysis

    Vehicle, software data status and goals are recorded, the series values measured.

  2. Development

    Calibration based on real measurement data – specific to the vehicle, not from a standard file.

  3. Validation

    Dyno, data logging and test drive: power, thermals and driveability under load.

  4. Documentation

    Measured values and data status are documented and handed over transparently.

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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.

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