Ford GT LM Spec II Test Car
- aspiration
- SC (Supercharger)
- Group
- Gr.3
- Displacement
- 5,409 cc
- DriveTrain
- MR
- Height
- 1,125 mm
- Length
- 4,643 mm
- Weight
- 1,165 kg
- Width
- 1,953 mm
- Max Power
- 590 BHP / 6,500 rpm
- Max Torque
- 73.7 kgfm / 4,000 rpm
- Performance Point
- PP 729.22
- Manufacturer
- Ford
Ford GT LM Spec II Test Car: Gran Turismo’s Ultimate Racing Icon
The Ford GT LM Spec II Test Car is a unique and coveted machine within the Gran Turismo universe, distinguished by its precision engineering, imposing aerodynamics, and all-black livery. While the real-world Ford GT has a storied legacy—rooted in Ford’s legendary triumph at the 24 Hours of Le Mans in the 1960s and its resurgence in the 2000s—the GT LM Spec II Test Car is an exclusive digital creation. Developed specifically for the Gran Turismo series, it serves as the ultimate expression of the Ford GT’s racing DNA, blending tested motorsport technology with the boundary-pushing creativity of the virtual world.
This car is loosely based on the Ford GT LM Race Car, itself inspired by the famed Le Mans victories. However, the Test Car variant stands apart with its theoretical performance upgrades and the signature matte-black finish, which evokes the sense of an experimental prototype developed away from public eyes. As a Gran Turismo exclusive, it has not seen real-world racetracks, but within the game’s simulation it is revered for its balance, acceleration, and grip, making it a favorite for top-tier events, time trials, and online competitions.
The allure of the Ford GT LM Spec II Test Car extends beyond its virtual speed; it is a symbol of Ford’s rich motorsport heritage and Gran Turismo’s commitment to rewarding skilled players. Often made available only through special challenges or achievements, owning and mastering this car is seen as a badge of honor within the GT community. For car enthusiasts and gamers alike, the GT LM Spec II Test Car represents the thrilling intersection of real-world racing legacy and digital innovation.