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John Bedrow 

Automotive Journalist,

Updated on January 14, 2025

2022 McLaren 600LT Spider

The 2022 McLaren 600LT Spider comes with a 3.8L twin-turbo V8 engine that can generate up to a staggering 592 horsepower and 457 lb-ft of torque. The convertible also has a 0-60 mph acceleration within 2.8 seconds. McLaren also disclosed their numbers to be 2.8 seconds.

2022 McLaren 600LT Spider 0-60 mph time

2019 McLaren 600LT Spider

Equipped with a twin-turbocharged V8 engine, the 2019 McLaren 600LT Spider takes 2.9 seconds to hit the 60 mph mark from a standstill, which is 0.1 seconds slower than Motortrend’s track test. As for the output, the convertible generates 592 horsepower.

2019 McLaren 600LT Spider 0-60 mph time

Model Name

Published 0-60 mph

Real World User 0-60 mph

2022 McLaren 600LT Spider

2.8 seconds (McLaren)

2.8 seconds

2019 McLaren 600LT Spider

4.0 seconds (MT)

2.9 seconds

Mclaren 600LT

    Car
    Engine
    0-60 MPH
    Top Speed
    		SourceCompare
    		3.8L 8cyl Turbo V8 7AM3 sec201 mph
    		3.8L 8cyl Twin Turbo V8 7AM2.8 sec204 mph
    		3.8L 8cyl Twin Turbo V8 7AM2.8 sec204 mph
    		3.8L 8cyl Twin Turbo V8 7AM2.9 sec-

    Trim Wise 0-60

    Trims
    Configuration
    0-60 MPH
    Top Speed
    		Source

    Base

    		3.8L 8cyl RWD 7AM3 sec201 mph

    Other Mclaren Cars

      Car Name
      Engine
      0-60 MPH
      Top Speed
      		SourceCompare
      		4.0L 8cyl Turbo 7AM2.7 sec212 mph
      		4.0L 8cyl 7A2.7 sec-
      		4.0L 8cyl 7AM2.8 sec208 mph
      		4.0L 8cyl 7AM3 sec203 mph
      		3.0L 6cyl 8A3 sec- -

      At Carhp, We make sure to deliver the most precise and reliable 0-60 mph timings sourced from a carefully curated selection of reputable sources. Our commitment to accuracy ensures that the 0-60 mph figures listed on our site truly represent the real-world performance capabilities of the vehicles. It's important to note that our comprehensive database comprises data from various sources, and factors such as vehicle weight, tire grip, road conditions, and altitude may influence these figures.