Abstract: A slot car and track system that can simulate a slot car spin-out delay while avoiding the need to manually re-align the slot car on the track. The spin-out delay is created using a guide that extends from the slot car into the slot car track. The guide triggers electronics when the slot car chassis achieves a turning angle near that necessary to cause a spin-out. Once triggered, the electronics cease power to the slot car motor for a specified period of time. Once the time has elapsed, power is once again restored to the slot car motor. Because power to the slot car motor is ceased before the slot car spins-out or becomes detached from the track, manual re-alignment of the slot car on the track is unnecessary.