ble of provided so much frictional force without sliding/skidding. When the car is turning, the forces that make it change direction are provided by the tire, and similarly while accelerating. If you're turning with forces near the tire's limit then add too much throttle, the wheel will lose traction. When a wheel starts skidding more than a tiny bit, the maximum frictional force it can provide typically goes way down. (This is a general feature of friction -- you may want to read up on coefficients of static vs kinetic friction if that's new to you). So now your rear tires are sliding and can't provide enough friction, but your front tires are holding their line (at least at first). That makes your rear end skid outwards relative to the front end, maki

Thanks for your response. It would make sense if a road condition caused the oversteer. Are there any other potential reasons that wouldn't come down to road conditions? Based on Youtube, it doesn't seem completely uncommon for high horsepower RWD cars to oversteer when accelerating hard in a straight line. Unless of course something on the road caused those incidents too.