Life-size Lego McLaren P1 can hit almost 40mph

Lego has unveiled a life-size, drivable replica of the McLaren P1, constructed from over 342,817 Technic pieces and powered by 768 Lego electric motors. This full-scale model, which took 6,134 hours to design and 2,210 hours to assemble, is built on a steel frame that allows it to support a human driver. The replica can reach a top speed of approximately 40 mph, making it significantly faster than Lego's previous full-scale model of the Bugatti Chiron, which could only achieve 12 mph. The McLaren P1 replica utilizes 393 types of Technic components, including 11 specially manufactured for this project, allowing designers to accurately replicate the car's curves and flexibility. The model weighs 2,690 pounds, which is about 385 pounds lighter than the actual McLaren P1. Notably, McLaren F1 driver Lando Norris successfully drove the Lego P1 around the Silverstone Circuit, showcasing its functionality. This project highlights Lego's commitment to innovation and creativity in replicating high-performance vehicles.

- Lego's life-size McLaren P1 replica is made from over 342,817 Technic pieces.

- The model can reach speeds of up to 40 mph, driven by 768 Lego electric motors.

- It took over 8,000 hours to design and assemble the replica.

- The P1 replica is built on a steel frame, allowing it to support a human driver.

- McLaren F1 driver Lando Norris successfully drove the replica at Silverstone Circuit.