RC Drift Car 10 Scale Simulation Frame

The full name of RC is radio control, so in a sense, as long as it is a radio control model, it can be called RC. RC includes car models, ship models, and aircraft models. The RC model has the same mechanical principles as a real car, similar structure and handling characteristics, and the amazing speed and posture that makes supercars sigh! The main differences between hundreds of pieces of RC and tens of thousands of pieces of RC are: ① different groups of people; ② different materials and precision of parts; ③ different performance of electronic equipment; ④ rationality of frame structure and different degree of simulation. I Lord play 1:10 RC Drift. So let's talk about drift (the reason why you don't play real cars: one can't afford to play and the other is too dangerous). The following text slowly explain

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Drift, in fact, is "controlled slip". Car skidding, for most people means out of control. The same is true for drift. If you can't "control the slip", you can't make a beautiful drift. When drifting and cornering, the front wheels can always maintain the reverse direction. Rear-drive vehicles are born with the characteristics of "oversteer", that is, rear-drive vehicles can make the action of "the bottom of the car runs faster than the front of the car", thus having the characteristics of "natural tail flick. So there is a "reverse" this product.
The anti-tire RC drift car is not a "rear drive" in the strict sense, but a four-wheel drive system that "simulates the rear drive.

Simulation Tire Disassembly Chart

Simulation suspension disassembly diagram

Power system

The principle of the reverse tire is to change the transmission ratio of the front and rear wheels by changing the transmission teeth on the car, so that the speed of the rear wheels is higher than that of the front wheels. For example, the motor drives the front wheel to rotate once and the rear wheel to rotate 1.5 times. Then the "anti-tire ratio" of this car is 1.5. The rear wheels turn faster than the front wheels, so that the rear of the car will actively slip and force the front wheels to reverse the direction to maintain the slip angle of the body, so a perfect reverse tire drift is made. The larger the anti-tire ratio, the more "oversteer". The smaller the anti-tire ratio, the less pronounced the "oversteer" characteristic. Therefore, the anti-tire drift car has an advantage that it can choose the appropriate anti-tire ratio according to its own operating requirements.

The product is equipped with a transparent car shell, which can be painted and colored by the player.