USB Handbrake for Sim Racing with Hall Sensor 14 Bit G25 G27 G29 T500 Compatible

Meet the USB Handbrake SIM, a precision, plug‑and‑play handbrake built for PC sim racing. Crafted from aluminium and robust ABS, it features a 14‑bit Hall sensor for ultra‑smooth, accurate braking and long service life. This independent brake works seamlessly with popular wheel setups like Logitech G25, G27, G29, T500, and T300, as well as Fanatec and OSW systems, adding authentic control to rally, drift, and endurance sims without any driver installation.

All electronic and mechanical equipment, devices and machines sold by InterCyprus to EU countries are CE certified and carry a two year warranty.

Providing quality and trusted service since 2002 at intercyprus.com.

Benefits & Tips

• Enhance realism in sim racing by adding a dedicated handbrake for hill starts, handbrake turns, or rally restart scenarios—no interference with your main wheel controls.
• Plug‑and‑play on Windows PCs. No driver installation required; simply connect via USB and start binding the handbrake to your chosen game profile.
• Flexible height adjustment and a compact footprint make it easy to position on your desk or within a steering wheel bracket for comfortable, repeatable braking inputs.

Product specifications

• Product name: USB Handbrake SIM
• Type: UNIVERSAL Handbrake for Sim Racing
• Sensor: 14‑bit non‑contact Hall sensor
• Color options: Red, Blue, Black
• Material: Aluminium + ABS
• Size: 20 × 18 × 10 cm
• Interface: USB (PC Windows system supported)
• Supported/Compatible with: Logitech G25, G27, G29, T500, T300; Fanatec OSW; LFS; DIRT RALLY
• Origin: Mainland China
• Model Number: UNIVERSAL Handbrake for Sim Racings
• Stock: In stock

Package includes:

• 1 x USB Handbrake SIM

Warnings / Reminders

• Not applicable for Xbox One and PS4; only for PC USB port.
• If there is no handbrake tool clip, you need to order separately.
• Independent USB cable; plug and play—no drivers required.
• Light shooting and display variations may cause color differences; measurement tolerance ±1–3 cm.