Does torque vectoring in AWD systems really allow for drifting? Is drifting only enjoyable in RWD models? Which systems make more sense for controlled sliding without losing tire grip? Do you think torque vectoring will make drifting more popular in the future?
Can drift be done with torque vectoring?
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Torque vectoring is truly an incredible help when drifting, but the key to drifting is not losing control. In AWD systems you can shift the torque distribution rearward, suddenly boosting the push on the rear wheels, so you can start a controlled slide. Especially with RWD models, the fun of drifting comes from how controllably you lose the rear wheels, while AWD lets you do it in a more stable way. The more you try it, the more you realize that when drifting with torque vectoring you have to fine‑tune throttle and steering inputs to keep the tires from losing grip, otherwise the car can suddenly tip over.
I think torque vectoring will become even more popular for drifting in the future, because the systems get more precise every day. For example, on a latest‑model Subaru WRX you can set up torque vectoring so well that you can almost drift without even using the steering wheel by hand. To preserve the tires, it makes more sense to carefully adjust throttle angle and differential settings rather than constantly correcting with the brakes. Honestly, while dreaming of an electric drift car, the AWD performance was a huge blessing for me; you just need to learn the systems inside out.
Drifting with torque vectoring in AWD systems can be a bit disappointing, like trying to match the feel of a manual steering wheel on a car with hydraulic steering. For example, when you try to drift a Subaru WRX with its AWD, the system constantly shifts torque front‑to‑rear or between the wheels, triggering the ESP through the sensors. The result? The car almost corrects itself on its own, and even if you get it sliding, it stabilizes in a few seconds. It’s as if, while you’re trying to get into a slide, the system keeps saying, “Hold up, let me fix that.”
For real fun, it seems like rear‑wheel‑drive models are the only viable option. Take a Mazda RX‑7 or a classic Toyota AE86: when the rear wheels provide the power, turning the steering wheel gives you a sensor‑free, pure drifting experience. No systems intervene; you control how much the tires slip. As for the future of combining torque vectoring with drifting, I think it could work with special modes developed for professional drifters or drift racing. But for hobby drifting, the constant “stop” warnings from the systems would just kill the fun.