Which is faster in a straight-line acceleration: front-wheel drive or rear-wheel drive?

[OAutumn]

Rear-wheel drive is faster in straight-line acceleration because rear-wheel drive cars have better traction at the rear wheels during launch, allowing the car to accelerate more quickly. Rear-wheel drive vehicles typically use a longitudinally mounted engine, which takes up a significant amount of rear passenger space. The rear wheels of rear-wheel drive cars are heavier, resulting in greater inertia, which can lead to oversteer. Additionally, rear-wheel drive cars are more challenging to drive on icy or snowy roads. Most front-wheel drive cars use a front-mounted engine, positioned closer to the front. In front-wheel drive cars, the front wheels are responsible for both steering and driving, placing a heavier burden on them. During sharp turns, front-wheel drive cars may experience understeer. The traction of front-wheel drive cars is generally poorer, and if the rear wheels cannot provide sufficient grip, they may drag the front wheels, causing slipping.