Thrustmaster TS-PC Racer 488 Challenge Edition (PC)

Description

For the 70th anniversary of the most famous racing brand all over the world, Ferrari, Thrustmaster is proud to present the TS-PC RACER Ferrari 488 Challenge Edition racing wheel. Combine the power of Thrustmaster’s state-of-the-art technologies incorporated into the TS-PC RACER wheel base, created to give a boost to gaming performance, with a replica of the actual Ferrari 488 Challenge wheel (officially licensed by Ferrari) for an incredibly lifelike racing experience. This 9:10 scale replica of the Ferrari 488 Challenge wheel measures 12.6”/32 cm in diameter and is designed for total immersion in the racing competition world of Ferrari. Crafted of polyurethane and the similar Alcantara material as that used on genuine Ferrari wheels, the wheel features 15 built-in LEDs and 2 rotary switches for optimal ease of use and efficiency in games. Compatible with the Thrustmaster racing ecosystem on PC (Windows 10/8/7), the TS-PC RACER Ferrari 488 Challenge Edition offers plenty of Thrustmaster’s advanced technologies such as the external Turbo Power power supply, Motor Cooling Embedded system, and a highly-responsive 40-watt motor providing enhanced Force Feedback.

Officially licensed by Ferrari for Windows, the TS-PC RACER Ferrari 488 Challenge Edition’s wheel is a 9:10 scale replica of the Ferrari 488 Challenge wheel and measures 12.6”/32 cm in diameter.
With a brushless Force Feedback system, a very responsive 40-watt brushless servomotor and Motor Cooling Embedded system (patent pending), the motor is in a position to fortify intensive use all the way through long hours of e-racing competition without fading.
The wheel is designed for racing competition with its 15 built-in LEDs for tachometer function (RPM), and 2 rotary switches with push function. Its wrapping is hand-stitched and made of the similar Alcantara material imported from Italy as that used on genuine Ferrari wheels.
The external Turbo Power power supply includes a finless toroidal-shaped design, providing 86% efficiency (vs. 65% efficiency for standard finned power supplies).