Sim Pedals Ultimate+ Clutch από Heusinkveld HE-SPU1SC — αυτόνομο πεντάλ συμπλέκτη Load-Cell

The Heusinkveld Sim Pedals Ultimate+ Clutch (standalone load-cell clutch pedal) is a precision sim racing component designed to reproduce realistic clutch feel and measure applied force directly through a load-cell sensor. Built for compatibility with Heusinkveld Ultimate+ pedal sets and common rig mounting systems, this clutch pedal provides adjustable pedal position and tactile feedback suitable for both professional and enthusiast racing simulators. The unit is intended to deliver accurate clutch modulation, consistent performance, and long-term durability in dedicated sim racing cockpits.

Advantages

The load-cell design measures force rather than position, offering repeatable and accurate clutch input for heel-and-toe techniques and fine modulation. The pedal includes mechanisms for adjusting travel and pedal angle to match driver preference and mounting geometry. Construction uses robust materials and precision components to ensure stability under repeated use and maintain consistent sensor readings over time. Compatibility with Ultimate+ pedal sets and standard rig mounts simplifies integration into existing setups.

Suitable for

Key specifications

How to use

Mount the clutch pedal to a solid pedal plate or rig using compatible fasteners and align the pedal angle to match your seating position. Connect the pedal to your simulator hardware or control interface according to the manufacturer’s wiring and calibration instructions, then calibrate the load-cell input within the simulator software to map force to clutch engagement accurately. Adjust travel and pedal position as needed to achieve the desired bite point and modulation feel during driving sessions.

Recommendations

For consistent sensor performance, calibrate the load-cell periodically and verify pedal mounting is secure. Use small adjustments to pedal angle and travel settings to fine-tune clutch bite without excessive force; frequent inspection of mounting hardware and linkages is recommended to maintain long-term reliability.