Thrustmaster TS-XW Racer Sparco P310 Competition Mod 40W
- Device type: Game racing wheel
- Connectivity: No
- Colour: Black
The first milestone of the collaboration between Thrustmaster and Sparco
Thrustmaster presents the TS-XW Racer Sparco P310 Competition Mod racing wheel: the first milestone of the collaboration between Thrustmaster and Sparco. It is the result of a combination of our advanced technologies such as a powerful 40-watt brushless servomotor, Motor Cooling Embedded system and Turbo Power power supply. It is officially licensed for Xbox One and Windows.
Realistic competition wheel design
12.4/31.5 cm in diameter: 1:1 scale replica of the Sparco P310 Competition wheel, with an ergonomic design perfectly adapted for all racing games (GT, F1, NASCAR, Indy, road racing, etc.).
Thrustmaster TS-XW servo base, detachable Sparco wheel with metal faceplate and genuine suede leather. ECOSYSTEM-READY.
2 large, wheel-mounted sequential paddle shifters (5/13 cm tall 100% metal tact switch with life cycle exceeding 500,000 activations).
14 action buttons + 1 directional pad with push button function.
Powerful brushless servomotor Force Feedback base
TS-XW Racer motor provides powerful 40-watt brushless Force Feedback and incredible velocity (dynamic torque): from long stall curves (STALL mode) to super-responsive S curves (DYNAMIC mode).
Motor Cooling Embedded system (patent pending): maintains dynamics with the new motor, by ensuring that there is no overheating and while remaining silent.
Built-in official buttons for Xbox One: Xbox Guide, View and Menu. Switch between the game, system menus, social features, etc.
Rotation angle adjustable from 270° to 1080°!
Field Oriented Control: H.E.A.R.T (HallEffect AccuRate Technology) provides 16-bit resolution (65,536 values), while the new F.O.C. algorithm dynamically optimizes the response to intense torque demands.
External Turbo Power power supply delivers constant power and massive peak power, to instantly respond to ultra-fast requests from the game. Toroidal-shaped for optimized power efficiency of 86% (with just 14% heat generation), with a finless design.