to stop the engine if the operator falls overboard
to shut off engine if it falls out
to shut off engine if it falls out
To shut off the engine if the operator falls overboard.
to shut off engine if it falls out
A safety lanyard on a personal watercraft (PWC) serves as a crucial safety feature that connects the operator to the craft. In the event that the rider falls off or is thrown from the PWC, the lanyard detaches from the ignition, automatically shutting off the engine. This prevents the watercraft from continuing to operate unsupervised, reducing the risk of accidents and ensuring the safety of both the rider and others in the vicinity. Overall, it enhances rider safety by minimizing the chances of uncontrolled movement or collisions.
The safety feature that was designed into PWC fuel tanks was to leave space for the fuel to expand.
First you have too get two landyard and then you equal them theyou twist it and put it undert then pull it
The operator of a PWC equipped with a lanyard-type ignition safety switch must attach the lanyard to his or her personal clothing. This is a safety measure to stop the PWC if the person falls from the watercraft.
to shut off engine if it falls out
to shut off engine if it falls out
An automatic cut-off lanyard is a safety device designed to enhance the safety of personal watercraft (PWC) operators. When properly attached to the operator, it connects the rider to the PWC, ensuring that if the operator falls off or is ejected, the lanyard pulls a kill switch that immediately shuts off the engine. This prevents the PWC from continuing to operate without a driver, reducing the risk of accidents and injuries. Overall, it serves as a crucial safety feature for anyone operating a PWC.
The safety feature designed in Personal Watercraft (PWC) is the "lanyard kill switch," which is a crucial safety mechanism. This device attaches to the rider and the PWC; if the rider falls off or is thrown from the craft, the lanyard pulls free, automatically shutting off the engine. This prevents the PWC from continuing to operate without a rider, reducing the risk of accidents and injuries. Additionally, many PWCs also incorporate stability features and improved handling to enhance rider safety on the water.