Why does the engine stall when releasing the clutch?

[GageLee]

Because the car requires a significant amount of torque to transition from a stationary state to movement. The faster the clutch pedal is released, the quicker the clutch engages. At idle speed, the engine outputs minimal torque. When the engine's flywheel suddenly bears the substantial load of the entire vehicle, and the car cannot move, it naturally causes the engine to stall. Below is an introduction to the clutch: 1. Clutch Introduction: The clutch is a common component in mechanical transmissions, allowing the drivetrain to be separated or engaged at any time. Its basic requirements include: smooth engagement, rapid and complete separation; ease of adjustment and repair; compact size; lightweight; good wear resistance and sufficient heat dissipation capacity; and convenient, effortless operation. 2. Clutch Classification: Common clutches are divided into two types: jaw clutches and friction clutches. The clutch is installed between the engine and the transmission and is the assembly component in the car's drivetrain that directly connects to the engine.