Thrustmaster TS-PC RACER

To celebrate the 70th anniversary of Ferrari, the most famous brand in motorsports, Thrustmaster is proud to present the TS-PC RACER Ferrari 488 Challenge Edition racing wheel. The combination of the TS-PC RACER wheel base, incorporating Thrustmaster’s powerful and cutting-edge technology, and a replica of the real Ferrari 488 Challenge wheel (officially licensed by Ferrari) provides an incredibly realistic racing experience.

This 32 cm / 12.6" in diameter, 9:10 scale replica of the Ferrari 488 Challenge wheel has been specially designed for total immersion in the world of Ferrari racing. Made of polyurethane and Alcantara, the same material used by Ferrari for its wheels, the wheel features 15 built-in LEDs and 2 rotary switches for optimum ease of use and pure efficiency during racing. Compatible with the Thrustmaster racing ecosystem on PC (Windows 10/8/7), the TS-PC RACER Ferrari 488 Challenge Edition offers a number of Thrustmaster's advanced technologies such as the external Turbo Power power supply, the Motor Cooling Embedded system and a very responsive 40-watt motor providing enhanced Force Feedback.

Key Points

• The TS-PC RACER Ferrari 488 Challenge Edition wheel is officially licensed for Windows by Ferrari and is a 9:10 scale replica of the original Ferrari 488 Challenge wheel. The wheel has a diameter of 32 cm.
• The wheel uses Force Feedback via a powerful 40 watt brushless motor with the Motor Cooling Embedded cooling system. This technology guarantees constant optimal performance even with intensive use during long virtual races.
• With 15 built-in LEDs for the rev counter and 2 rotary switches with push function, the steering wheel is specially designed for motorsport. For an authentic feel, the wheel is covered with the same hand-stitched Alcantara material imported from Italy that can be found on real Ferrari wheels .
• The external Turbo Power power supply features a toroidal design without fins. This technology delivers an optimized power supply efficiency of 86% (compared to the 65% efficiency of a standard finned design).