Sim racing pedals Heusinkveld Sprint 2 (HE-SPS2B) with load cell brake and adjustable pedal faces

The Heusinkveld Sprint 2 sim racing pedals with load cell brake and adjustable pedal faces deliver precise force feedback and customizable ergonomics for sim racers. Designed for mounting on rigs and compatible with a wide range of wheelbases, these pedals combine a mechanical feel for throttle and clutch with a load cell brake that measures applied force for consistent, repeatable braking performance. Constructed from steel and machined components, the unit is intended for regular use and adjustment to match different driver preferences and seating positions.

Advantages

The load cell brake provides accurate brake input by measuring force rather than travel, enabling finer brake modulation and improved consistency. Adjustable pedal faces and spacing allow drivers to set pedal angle, height and lateral position to suit ergonomic needs and driving style. Robust materials and precision build ensure long-term durability and stable pedal feel under heavy use. The combination of a mechanical throttle and clutch with a force-sensing brake offers a realistic and tunable pedal set for progressive drivers and sim racing setups.

Suitable for

• Serious sim racers seeking accurate brake feel and consistent inputs
• Racing rigs and cockpits requiring adjustable pedal layout
• Drivers who prefer a load cell brake for endurance and touring simulations
• Wheelbases and motion platforms that accept standard pedal mounting

Key specifications

• Brake sensor type: load cell for force-based measurement
• Pedal faces: adjustable angle, height and lateral position
• Construction: steel and machined components for durability
• Throttle and clutch: mechanical linkage with progressive feel
• Compatibility: designed for rig mounting and connection to common sim hardware

How to use

Mount the Sprint 2 pedals securely to the sim rig following the manufacturer’s alignment and torque guidance. Adjust pedal faces, spacing and angle to meet your seating position and leg reach before making fine tuning in software or firmware where calibration is available. Calibrate the load cell brake according to recommended force range to achieve desired brake bite and pedal travel response. Regularly check mechanical fasteners and adjustment points to maintain stable geometry and consistent feel.

Usage recommendations

For consistent braking performance, perform a calibration routine after changing pedal position or after extended use; set the brake force range to match your preferred deadzone and maximum force. Use firm, controlled inputs and avoid sudden impacts on the pedal faces to prolong component life. When integrating with a wheelbase or motion system, verify mounting compatibility and cable routing to prevent strain on connectors.