2001 McLaren 720S Specs

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Summary

The 2001 McLaren 720S stands as a legendary example of high-performance engineering, blending cutting-edge aerodynamics with formidable power to deliver an exhilarating driving experience that redefined speed and agility in sports cars.

History

Introduced in 2000, the McLaren 720S marked McLaren's transition into a new era of lightweight construction and technological advancement. Built upon a carbon fiber monocoque chassis, it represented a significant leap from its predecessor, integrating state-of-the-art materials and design principles that emphasized both performance and driver engagement. This vehicle quickly became synonymous with competitive racing and elite road performance.

Car Culture

Central to the McLaren 720S's appeal is its status within the high-performance automotive subculture. Enthusiasts and collectors admire its blend of vintage racing heritage with modern engineering prowess. Environments like motorsports events, concourses, and private collections showcase the car as a symbol of excellence and dedication to automotive innovation, fostering a community passionate about precision engineering and driving dynamics.

Specifications

Standard Configuration

• Body Style: Coupe
• Horsepower: 530 hp
• Transmission: Sequential Manual
• Trim Levels: Basic, SE, GT
• Engine Type & Size: V8, 3.5L
• Horsepower & Torque: 530 hp / 390 lb-ft
• Drivetrain: Rear-Wheel Drive (RWD)
• Fuel Type: Petrol
• Fuel Tank Size: 18 gallons
• MPG: 18 mpg (highway), 12 mpg (city)
• Dimensions: Length: 141.3 in, Width: 68.5 in, Height: 49.5 in
• Cargo Capacity: 17 cu ft
• Towing Capacity: N/A
• Safety Ratings: Excellent (NHTSA)
• Key Features: Carbon Fiber Chassis, Sequential Transmission, Leather Interior
• Passenger Capacity: 2

Variations

Trim Levels Available

• Basic
• SE (Super Lightweight)
• GT (Grand Touring)

Notable Changes from Previous Years

The 2001 McLaren 720S introduced significant advancements over its predecessor, notably the shift towards a more robust use of carbon fiber in the chassis construction, reducing overall weight while enhancing structural integrity. This evolution marked a pivotal step in McLaren's pursuit of unparalleled performance metrics.