Does Fit run long distances and take high speeds, and need to press some iron blocks in the car?
Yes, it is better to be 200kg so that the car will not float! Are you satisfied with such an answer? It's really dark, and there are still such problems in 2020.
Indeed, many people say that Japanese cars run at high speed, but this drift is not the other, does it mean that Japanese cars float up? No, but it refers to the feeling of driving a Japanese car, besides, is the Japanese car floating because of the weight of the car?
Japanese cars are lighter so fluttering?
The minimum fit weight of Fit is 1088kg, polo is equipped with a minimum weight of 1145kg, it seems that Japanese cars do have to be lighter, but the minimum weight of Jingrui, which is also a German car, is 1057kg, but it is lighter than Fit.
We expand the range a little more, the Camry minimum with curb weight 1530kg, The Accord minimum with 1437kg, Passat with a minimum of 1455kg, And Magotan with a minimum of 1440kg. Are Japanese cars really lighter than German cars? If the Fit trunk is going to put iron blocks, is it jingrui to put heavier iron blocks?
The truth that leads to high-speed drifting
In fact, the impact of car weight on high-speed drift is limited, F1 racing cars are only 600kg, but the top speed can reach 350 kilometers per hour, according to the theory of keyboard man, is not to go to heaven?
The reason why many people think that running at high speed is nothing more than these points:
1. Chassis. Chassis tuning harder models, short suspension stroke, small turning roll, feel more stable at high speed;
2. Steering. The greater the speed gain of the steering feel with the speed, the heavier the high-speed steering wheel, the more stable it feels;
3. Aerodynamics. For example, many sports cars will be equipped with a tail wing at the rear of the car, which is to increase the downforce of the vehicle at high speed;
4. Other reasons. Things like body center of gravity, body rigidity, wheelbase, and tire width all affect the high-speed stability of the vehicle.
Therefore, many people's so-called floating is not really feeling that the car is floating up, and the so-called high-speed stability is a sense of stability brought about by the shorter chassis suspension and heavier steering.
Do Japanese cars really float at high speed?
For some time, Japanese cars have left the impression of loose chassis and high-speed running for Chinese people, which is actually two reasons. On the one hand, when Japanese cars just entered the domestic market, they did favor home and comfort in tuning, especially compared with German cars that pay more attention to high speed and control; on the other hand, there are many netizens with hearts and minds in rhythm. However, at present, the chassis tuning of Japanese cars is gradually biased towards movement and handling, such as Toyota and Honda, and the chassis of some models is actually more complete and more driving than many German cars.
For example, compared with the new Camry and passat, the Passat is soft and pays attention to comfort, but the chassis is flickering, the side tilt is large, and the open natural understanding. The new Camry has a low center of gravity, a stable chassis, and a large steering wheel gain with speed, which brings stronger high-speed stability than the Passat, and if you don't believe it, you can try it.
Finally, back to the original question, advocating that Fit runs high-speed to press the iron block in the back row, in fact, it is not stupid and bad, and now I believe that the Japanese car chassis is not as thick as the German car and talk about the generalization, just like the group of people who believed that the German car was safer than the Japanese car, please don't wake up, let it fall asleep.