Fast Technology reported on January 14 that Gekrypton officials announced today that Gekrypton 001 has set the heaviest traction record for a truck.
, 
, according to reports, the challenge for the heaviest traction record for trucks is a mining truck weighing 51 tons in a low temperature environment of-3℃.
Among them, the 2025 Krypton 001WE version of the 95kWh four-wheel drive model weighs 2.
52 tons.
the off-highway mining truck has an empty load of 42 tons.
After installing an 8-ton excavator in the cargo bucket, the total weight is 51 tons.
, at first, the polar krypton 001 towed an unloaded truck weighing 41 tons.
The wheels of the vehicle struggled for a few times and successfully dragged the mining truck forward.
Subsequently, the challenge team increased the difficulty and hoisted an 8-ton excavator into the bucket of the mining truck.
After the intensity of the challenge increased, Krypton 001 also lived up to expectations and successfully towed the vehicle forward.
, Gekrypton cars also introduced the technical secrets behind Gekrypton 001 extreme traction.
, The most important thing is the strong performance of the vehicle.
The total power of the Krypton 001WE dual motor is 580kW, the maximum torque is 810N·m, and the fastest acceleration is 3.
3 seconds.
It can provide traction of over 20000N.
It can overcome the weight of the car and the static friction of the ground.
, successfully trailer forward.
, At the same time, strong charge and discharge performance requires ultra-insulating battery pack materials, as well as intelligent vehicle thermal management and battery management.
The Krypton 001 is equipped with nine-source heat pump technology and a full-stack 800V high-pressure system, which can enable the vehicle to achieve a performance achievement rate of 98%+ in the highest low temperature environment.
, In addition, the dTCS distributed traction control system equipped with Gekrypton 001 can suppress wheel slip in milliseconds and improve the grip of four wheels.
It is also an important factor in the success of traction challenges.
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