BYD

The principle that allows BYD electric cars to perform an on-the-spot U-turn hinges on having each of the wheels on either side of the vehicle rotate at the same speed but in opposite directions. This synchronized but opposite rotation enables the car to pivot around its center point, effectively allowing it to spin in place. Historically, in fuel-powered vehicles or electric cars with a shared axle design, such precise control was impossible due to mechanical constraints preventing one side from moving forward while the other moved backward. This made performing a “tank turn” particularly challenging for traditional vehicles. ...

In today’s era of continuous technological innovation in the automotive industry, BYD has once again led the market with its revolutionary 5th generation DM-i dual-mode hybrid system. This technology not only enhances the engine’s thermal efficiency to 46.06% but also achieves a remarkable fuel consumption of only 2.9L per 100km when electricity is low, with a comprehensive range of 2100km, marking a new height in the performance of new energy vehicles. ...