How can you determine if the RSL is routed correctly?

To determine if the Reserve Static Line (RSL) is routed correctly, ensuring a clear path from the snap shackle to the guide ring is crucial. The RSL's purpose is to ensure that the reserve parachute deploys automatically in case of a main parachute malfunction. If the RSL is not properly routed, it can create obstructions that prevent the reserve from deploying as intended.

Having a clear path from the snap shackle to the guide ring means that there are no twists, knots, or tangles in the line, allowing for a smooth and unobstructed deployment. If this path is compromised, it can lead to deployment issues, resulting in potentially hazardous situations during a jump.

While having the RSL taut during descent can be an indicator of proper routing, it is not the definitive check, as variations in body position or descent dynamics can affect tautness regardless of routing accuracy. Similarly, visible wear on the lines can indicate a problem but does not directly address routing issues. Lastly, positioning near the slider is relevant to deployment but does not provide the same clarity on routing effectiveness as ensuring the line runs freely from the snap shackle to the guide ring.