Rear-wheel drive (RWD) vehicles are indeed the optimal choice for drifting. With power being directly delivered to the rear wheels, it becomes easier to break traction through throttle control, allowing the vehicle to naturally enter a drift state with steering input, resulting in a relatively lower skill threshold. Models like the Toyota 86 and Subaru BRZ, featuring lightweight construction, low centre-of-gravity designs, and balanced weight distribution, serve as ideal options for novice drifters as they can readily induce controlled slides in factory configuration. Classic vehicles such as the Nissan Silvia series or Lexus IS300 are particularly favored by experienced enthusiasts for their robust chassis and extensive modification potential, making them exceptionally suitable for sustained power-over drifts. Although all-wheel drive (AWD) vehicles can execute drifts through system calibration, this requires reliance on electronic aids or torque vectoring, while front-wheel drive (FWD) vehicles must employ techniques like handbrake manoeuvres to forcibly disrupt traction, presenting greater technical difficulty. Beginners are advised to first select moderately-powered RWD vehicles with affordable maintenance, focusing on progressive practice of throttle-steering coordination in controlled environments rather than pursuing excessive horsepower.
