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Faster than Cayenne, full body black technology! Lotus's new SUV patent map was exposed, breaking 100 in 3 seconds

Recently, the online car market obtained a set of patent diagrams of Lotus's new high-performance pure electric SUV Type 132, which has excellent performance and charging efficiency, and will be equipped with a large number of advanced equipment. It is reported that the new car will debut at the end of this month, and will soon be the first to be listed in overseas markets, and it is expected to be domestically produced in the future.

Faster than Cayenne, full body black technology! Lotus's new SUV patent map was exposed, breaking 100 in 3 seconds
Faster than Cayenne, full body black technology! Lotus's new SUV patent map was exposed, breaking 100 in 3 seconds
Faster than Cayenne, full body black technology! Lotus's new SUV patent map was exposed, breaking 100 in 3 seconds

In terms of appearance, through the patent drawing, the appearance and size of the new car is expected to be similar to that of Porsche Cayenne, and the overall line of the body is full of sense, and the design of the slipback is adopted, and the shape is very sporty. The front-facing enclosed grille will feature a concave design, combined with a protruding front shovel below and a sharp headlight set on both sides, to make the new car look more aggressive.

Faster than Cayenne, full body black technology! Lotus's new SUV patent map was exposed, breaking 100 in 3 seconds
Faster than Cayenne, full body black technology! Lotus's new SUV patent map was exposed, breaking 100 in 3 seconds

In terms of power, the new car will be equipped with a 90-120kW battery pack and an electric motor with different power levels, and the maximum power range of the motor will be 447-559kW, and the new car will also have an 800V high-voltage charging system. Due to the very advanced aerodynamic design and carbon fiber material of the new car, the new car will have a lower wind resistance coefficient and higher energy utilization, and the 100 km/h acceleration is expected to be completed in 3 seconds.

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