2006 McLaren 720S Specs

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Summary

The 2006 McLaren 720S stands as a testament to automotive innovation, blending cutting-edge aerodynamics with exceptional performance. Engineered for speed and precision, this supercar delivers exhilarating driving dynamics and formidable acceleration capabilities, making it a coveted model among performance enthusiasts.

History

Launched in 2005 and fully introduced in 2006, the McLaren 720S succeeded the McLaren F1 as McLaren’s road-legal supercar. Designed by renowned engineer Gordon Murray, the 720S incorporated advanced engineering techniques, including a carbon fiber monocoque chassis, to achieve lightweight yet robust construction. This model marked a significant leap from its predecessor, emphasizing not only speed but also refined driving dynamics suitable for both track and street.

Car Culture

The 2006 McLaren 720S has cultivated a passionate community within automotive enthusiast circles, often featured prominently in motorsport events and high-profile rallies. Its presence in elite clubs and collector circles highlights a niche culture valuing precision engineering and unparalleled performance. Owners appreciate its blend of heritage and modernity, making it a symbol of luxury and performance.

Trim Levels and Specifications

• Trim Levels Available: Base, MSX Edition
• Body Style: Coupé
• Horsepower: 575 bhp
• Transmission: Manual (7-speed) only
• Engine Type & Size: V8, 3.9L
• Horsepower & Torque: 575 bhp / 445 lb-ft
• Drivetrain: Rear-Wheel Drive (RWD)
• Fuel Type: Petrol (Gasoline)
• Fuel Tank Size: 18.5 gallons (70 L)
• MPG: 15 city / 23 highway
• Dimensions: Length: 145.1 in (3687 mm), Width: 70.1 in (1779 mm), Height: 50.9 in (1293 mm)
• Cargo Capacity: Limited by design (primarily oriented towards passenger comfort)
• Passenger Capacity: 2
• Safety Ratings: 5 stars (NHTSA)
• Key Features: Advanced aerodynamics, Carbon fiber chassis, Seven-speed manual gearbox

Notable Changes from Previous Year

Compared to its predecessor, the McLaren 720S introduced significant enhancements in aerodynamics and structural rigidity through extensive use of carbon fiber, enhancing both its performance and handling capabilities on various terrains.

Additional Considerations

• Key Design Improvements: Enhanced aerodynamic packages for improved downforce.
• Performance Enhancements: Optimized weight distribution and advanced suspension systems.