What are the effects of water entering the clutch?
2 Answers
When water enters the clutch, it can reduce the friction of the clutch plates and decrease the torque transmission. Methods to deal with a waterlogged clutch: If a small amount of water enters the clutch, you can continue driving. The water will naturally drain out through the small holes in the flywheel ring gear, and the high working temperature of the clutch will also help evaporate the water. Typically, the moisture will be eliminated within a day. If the water does not evaporate over time and causes rust or sticking, you can first drive the car to an open area. With the engine off, shift into first gear, then press the clutch and start the engine. The car will lurch forward, using the strong torque difference at the moment of the lurch to break the rusted or stuck parts inside the clutch. Afterward, drive with the clutch partially engaged for a while. Methods to prevent water from entering the clutch: Drive carefully and pass through waterlogged areas slowly. When encountering unfamiliar waterlogged roads, always observe carefully before deciding whether to proceed to prevent water from entering the clutch.
A waterlogged clutch is really annoying. I once accidentally drove through a puddle and got water in the clutch. When I pressed the pedal, it felt extremely heavy, like stepping on a wet rag, with poor power transmission and severe car shaking. Over time, the clutch disc can rust and corrode, drastically shortening its lifespan. In severe cases, it may slip, overheat, and completely fail. Even worse, a waterlogged clutch makes gear shifting dangerous in the rain. If you lose control on the highway, it could lead to an accident. To avoid this issue, I now make it a habit to check under the car, drive slowly through water without rushing, and have the mechanic inspect the clutch system during regular maintenance. After all, prevention is much cheaper and less stressful than repairs.