2012 McLaren 675LT Specs

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Summary

The 2012 McLaren 675LT redefined luxury sports car performance with its blend of aerodynamic elegance and cutting-edge engineering. Known for its distinctive design and exceptional speed capabilities, this vehicle continues to captivate enthusiasts with its relentless pursuit of excellence on both road and track.

History

Introduced as part of McLaren's high-performance lineup, the 675LT was developed from the 675 model to cater specifically to racing enthusiasts seeking a hypercar with refined street credentials. Launched at the 2011 Frankfurt Motor Show, this limited edition model incorporated lightweight materials and enhanced aerodynamic features, showcasing McLaren's commitment to innovation and performance refinement.

Car Culture

The 675LT has become a symbol within the elite automotive community, particularly among track enthusiasts and collectors who appreciate its blend of exclusivity and engineering excellence. Its presence in motorsport events elevates its status, fostering a culture of admiration and respect for automotive innovation and precision engineering.

Technical Specifications

• Body Style: Sports Car
• Horsepower: 675 hp
• Transmission: Automatic
• Trim Levels Available: LT Edition
• Engine Type & Size: Turbocharged 3.8L V8
• Horsepower & Torque: 675 hp / 467 lb-ft
• Drivetrain: Rear-Wheel Drive (RWD)
• Fuel Type: Gasoline
• Fuel Tank Size: 50 gallons
• MPG:
  • City: 15 mpg
  • Highway: 20 mpg
• Dimensions:
  • Length: 136.9 inches
  • Width: 73.3 inches
  • Height: 47.8 inches
• Cargo Capacity: Limited by design
• Towing Capacity: Not specified for this model
• Safety Ratings: Not applicable for racing focus
• Key Features: Lightweight Carbon Fiber Chassis, Adaptive Front Lights, Heated Leather Seating
• Passenger Capacity: 2

Notable Changes from Previous Year

Compared to its predecessor, the 2012 McLaren 675LT featured refined aerodynamic enhancements and incorporated advanced lightweight materials in its construction, notably a significant upgrade in its carbon fiber chassis to reduce weight without compromising structural integrity. These modifications aimed at boosting performance metrics and handling precision.