MOZA HBP Handbrake, Aeroplane Grade Aluminum, 16 Bit High Precision Position Sensor, Pressure & Travel Adjustable, Dual-Mode & Multi-Angle Adjustable, USB Connection to PC

MOZA HBP Handbrake Description & Specifications:

The MOZA HBP Handbrake is built for sim racers who want better control during drifting and rally driving. It provides smooth and accurate input when applying the handbrake. The structure feels solid and stable during aggressive use. The MOZA Racing HBP Handbrake helps create a more realistic driving setup.

Aeroplane Grade Aluminum Construction:

This handbrake is made using aeroplane grade aluminum for strength and durability. The material keeps the structure lightweight while maintaining a rigid feel. It stays stable even during intense driving sessions. This build quality ensures long-term reliability for sim racing setups.

16-Bit High Precision Position Sensor:

The MOZA HBP Handbrake uses a 16-bit high precision position sensor to capture detailed input movement. Even small adjustments are detected accurately. This allows drivers to control braking pressure more precisely. It improves consistency during drifting and corner control.

Pressure and Travel Adjustable:

The handbrake allows adjustment of both pressure and travel distance. Drivers can tune the resistance level according to their preference. This flexibility helps match the handbrake feel to different racing styles. It makes the setup more comfortable and responsive.

Dual-Mode and Multi-Angle Adjustment:

The MOZA Racing HBP Handbrake supports dual operating modes and adjustable mounting angles. You can position the handbrake in a way that fits your rig setup. This improves comfort and accessibility during driving. It works well with different sim racing configurations.

USB Connection to PC:

The MOZA Racing HBP Handbrake connects directly to your PC through USB for simple setup. The connection remains stable and responsive during gameplay. Installation is quick and does not require complex configuration. This makes it easy to integrate into most sim racing systems.