2016 Ford GT Specs

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Summary

The 2016 Ford GT stands as a pinnacle of automotive engineering and performance, showcasing Ford’s commitment to high-performance vehicles. With its striking design and formidable power output, the GT has redefined luxury sports car racing standards, blending exceptional speed with aerodynamics.

History

Introduced in 2016, the Ford GT resumed its legacy following a hiatus since 2004. This iteration marked a significant evolution, integrating modern technology and materials such as carbon fiber to enhance both performance and fuel efficiency. Built on a tradition rooted in racing heritage, the 2016 GT aimed to capture the hearts of enthusiasts while pushing the boundaries of contemporary automotive engineering.

Car Culture Surrounding the Vehicle

The 2016 Ford GT quickly became a symbol within elite car clubs and collector circles worldwide. Its limited production run fueled a passionate community of owners who valued not just the vehicle’s performance but also its exclusivity and craftsmanship. Events like GT races and car shows often feature this model prominently, showcasing its presence at prestigious gatherings where enthusiasts gather to appreciate and compete with high-performance vehicles.

Key Specifications

• Body Style: 2-Door Coupe
• Horsepower: 560 hp
• Transmission: Manual
• Trim Levels Available:
  • GT Racing Package
  • GT Prototype Package
• Engine Type & Size: V8, 5.0L
• Horsepower & Torque: 560 hp / 500 lb-ft
• Drivetrain: RWD
• Fuel Type: Gasoline
• Fuel Tank Size: 20 gallons
• Fuel Efficiency:
  • City: 12 mpg
  • Highway: 18 mpg
• Dimensions: Length: 192 inches, Width: 72 inches, Height: 50 inches
• Cargo Capacity: 19 cubic feet
• Towing Capacity: 3,500 lbs
• Safety Ratings: National Highway Traffic Safety Administration - Excellent
• Key Features: Lightweight Carbon Fiber Body, Advanced Suspension System, Performance Exhaust System
• Passenger Capacity: 2

Notable Changes from Previous Year

Compared to its predecessors, the 2016 Ford GT introduced significant advancements in body construction, utilizing more extensive use of carbon fiber to reduce weight without compromising strength. This shift allowed for enhanced aerodynamic performance and improved fuel efficiency, marking a pivotal evolution in design philosophy and engineering precision.