Ford is actively developing its highly anticipated S650-generation Mustang GT500 successor. Recent spy shots captured in Detroit reveal heavily camouflaged prototypes that showcase significant aerodynamic, cooling, and performance enhancements. Designed to bridge the gap between the 500-horsepower Dark Horse and the ultra-exclusive Mustang GTD, this next-gen muscle car promises aggressive track capabilities alongside street-friendly configurations.
Innovative Exhaust Layout: Features unique, vertically stacked rectangular quad exhaust tips. This design footprint frees up rear bumper space, allowing Ford to integrate a much larger, highly functional rear diffuser for superior underbody airflow.
Enhanced Cooling Infrastructure: Equipped with significantly taller, near-vertical front bumper inlets covered by mesh screening. The design maximizes airflow directly to the radiator and intercooler to keep temperatures managed under high performance.
Wider Track Stability: Outfitted with noticeably wider fenders compared to standard models, indicating a broadened track width engineered for improved high-speed stability.
Aggressive Aerodynamics: Prototypes point toward high-downforce tracking; one test car was spotted carrying a massive, unbolted rear wing inside its cabin during transit.
Performance Tire Testing: Ford is evaluating two distinct tire configurations on 20-inch wheels, measuring 305/30ZR20 in the front and 315/30ZR20 at the rear:
A street-oriented setup utilizing Michelin Pilot Sport 4S tires.
A track-focused variant using ultra-sticky Michelin Pilot Sport Cup 2 R rubber.
Upgraded Braking Power: Features visibly larger brake rotors nestled inside the 20-inch wheels, ensuring greater overall stopping power and improved fade resistance on the track.
A street-oriented setup utilizing Michelin Pilot Sport 4S tires.
A track-focused variant using ultra-sticky Michelin Pilot Sport Cup 2 R rubber.
Upgraded Braking Power: Features visibly larger brake rotors nestled inside the 20-inch wheels, ensuring greater overall stopping power and improved fade resistance on the track.
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