Which skid type can involve all four wheels but is typically associated with the drive wheels?

Which skid type can involve all four wheels but is typically associated with the drive wheels?

• A. Braking skid
• B. Cornering skid
• C. Acceleration skid
• D. Hydroplaning

Answer: (C)

An acceleration skid happens when you mash the accelerator and the engine torque overcomes the tires’ grip, causing the driven wheels to spin. This type of skid is tied to the drive wheels because it’s the power being delivered to them that pushes them past the point of traction. In vehicles with four‑wheel or all‑wheel drive, that spinning can involve all four wheels, but the trigger remains rapid acceleration rather than braking or steering. Braking skids occur when brakes lock up, hydroplaning is when a layer of water lifts the tires from the road, and cornering skids arise from losing grip while turning. So the situation described—skidding during acceleration, often involving the drive wheels—best fits an acceleration skid.

An acceleration skid happens when you mash the accelerator and the engine torque overcomes the tires’ grip, causing the driven wheels to spin. This type of skid is tied to the drive wheels because it’s the power being delivered to them that pushes them past the point of traction. In vehicles with four‑wheel or all‑wheel drive, that spinning can involve all four wheels, but the trigger remains rapid acceleration rather than braking or steering. Braking skids occur when brakes lock up, hydroplaning is when a layer of water lifts the tires from the road, and cornering skids arise from losing grip while turning. So the situation described—skidding during acceleration, often involving the drive wheels—best fits an acceleration skid.