Asetek THORP II Hydraulic Brake Upgrade Kit
$699.00
Upgrade your braking to true hydraulic performance.
The Asetek T.H.O.R.P. II delivers unmatched precision, control, and modulation—designed to replicate real race car braking feel with a 2-stage hydraulic system.
Upgrade your Asetek SimSports pedals with the Asetek THORP II Hydraulic Brake Upgrade Kit. This system adds hydraulic brake pressure, smoother control, and a more authentic race-car braking feel.
- Hydraulic brake system for precise modulation
- 2-stage brake feel inspired by real race cars
- Toolless orange adjustment parts for fast setup changes
- Wider hydraulic chambers for smoother brake control
- Designed to improve trail braking and muscle memory
Hydraulic Brake Upgrade for Asetek Pedals
The Asetek THORP II Hydraulic Brake Upgrade Kit is built for drivers who want better brake feel and more control. It gives your pedal a stronger and more consistent response.
The hydraulic system helps you brake with more confidence. It also improves control when entering corners, especially during trail braking.
Real Hydraulic Brake Feel
This upgrade moves beyond a basic spring or elastomer brake feel. Hydraulic pressure gives the pedal smoother resistance and better feedback.
That means you can feel the brake force more clearly. It helps you control pressure instead of guessing it.
2-Stage Brake Performance
The 2-stage brake system gives an initial bite, followed by progressive pressure. This creates a more realistic braking response.
It helps you build repeatable braking habits. Over time, this improves consistency and lap control.
Fast Adjustment
The orange adjustment parts are designed for quick changes. You can adjust the pedal feel without tools.
This makes it easier to tune the brake to your driving style. You can choose a softer feel or a firmer race-style setup.
Built for Serious Sim Racing
This kit is ideal for high-end Asetek pedal setups. It suits drivers who want stronger braking feedback and better pedal consistency.
It is a smart upgrade for sim racers who care about precision, control, and long-term performance.
