On the road, sometimes vehicles with enough power and good maneuverability can avoid a potential road accident, which is true for a Chinese modelY owner a few days ago, because the modelY's immediate power and good maneuverability allow the vehicle to avoid a potential traffic accident.
Recently, a short video appeared on the Internet that clearly showed model Y avoiding being hit by a car through an emergency avoidance at a T-shaped intersection.
And the reason why Tesla was able to avoid another car, in addition to the good performance (stability and power) of the modelY, is largely due to its driver's responsiveness and concentration, but the modelY does prove that its "moose test" has absolutely no real-world application, after all, at higher speeds, if the vehicle suddenly turns, it is easy to cause the car to overturn.
The "moose test" simulates how a vehicle responds to sudden obstacles on the road, such as moose or other animals on the road. In testing, it is generally a traffic cone set up in an S shape to simulate obstacles, and then the driver will be required to avoid these obstacles, and the vehicle undergoing the "moose test" must quickly turn to avoid "obstacles" and then turn to avoid "vehicles coming from other lanes" without losing control. Due to the higher center of gravity, test results show that suVs perform worse than cars.
Of course, as two brothers, Tesla Model 3/Model Y have passed the "moose test", and Tesla Model Y passed the "moose test" at a speed of 83 km / h (51.6 mph) in the evaluation of the car mechanism km77, ranking among the best in all vehicles, the reason for such excellent results is largely due to the model Y's all-electric design, because the battery is placed on the chassis, resulting in its low center of gravity, Even if the vehicle does experience an accident, it is difficult for the vehicle to roll multiple times.