Should an igniter be continuity checked before taking a rocket to the launch pad?

The practice of checking an igniter for continuity before taking a rocket to the launch pad is critical to ensure that the igniter will function correctly once at the launch site. Therefore, stating that it should not be continuity checked is not advisable, as this is a standard safety protocol in rocketry.

Continuity checking ensures that there are no breaks in the igniter’s bridge wire and that it is capable of completing the circuit when ignited. This step helps to identify potential issues early, before the rocket is in a launch position where troubleshooting could be more complicated or hazardous. Skipping this check could lead to ignition failures at launch, causing wasted efforts or even dangerous situations if the rocket becomes unstable.

The understanding surrounding the significance of continuity checks emphasizes preventive safety measures essential for a successful launch.