Officially licensed for PlayStation 5 and Gran Turismo

Refined and perfected thanks to more than 23,000 hours of intense Research and Development work, T-GT II has been designed to take the amazing Force Feedback performance of its predecessor (the T-GT) to even greater new heights. With T-GT II, gamers on PlayStation 5, PlayStation 4 and PC can enjoy brand-new levels of precision and durability.

Officially licensed for both PlayStation 5 and Gran Turismo, the T-GT II racing wheel provides key advantages and lifelike sensations in GT Sport thanks to groundbreaking technologies including T-LIN, T-DCC, and especially T-DFB (3D perception of Force Feedback effects).

T-RTF: Responsiveness

The Real Time Force feedback (T-RTF) system reduces Force Feedback calculation times, allowing for instant responsiveness.

Force Feedback effects are managed by a built-in processor in real time. This means that these effects do not depend on the game itself in order to avoid any hiccups with respect to responsiveness — and the best part is that this holds true for all games, both on consoles and PC. In this way, Thrustmaster’s proprietary T-RTF technology allows users to enjoy gameplay without any dead zones or latency.

T-DFB: Depth

Years of collaboration with Polyphony Digital have resulted in the creation of in-depth sensations in the steering column.

Combining brushless motors’ refined Force Feedback with this Depth Feedback technology creates a realistic 3D perception of the environment. As a complement to standard Force Feedback, this system improves the driving experience with a new range of effects including tire adherence (grip or slippage) in understeering and oversteering, mass transfers, road textures and irregularities, suspension and other parameters specific to each vehicle and circuit.

 

T-Turbo: Power

This external power supply delivers constant power and massive peak power (400 watts) to instantly respond to ultra-fast requests from games — rendered by the T-LIN feature and the T-40VE motor during game phases such as power drifts or multiple chicanes.

The power supply’s toroidal shape optimizes efficiency versus heat at 86%, with a finless design.