USPA Skydiving B License Test 2025 – 400 Free Practice Questions to Pass the Exam

Wind speed plays a crucial role in skydiving, particularly in the context of both free fall and landing phases. When considering parachute deployment, wind speed can significantly impact the effectiveness of a skydive. Strong winds can cause a parachute to open more rapidly or in an unexpected direction, influencing the overall descent trajectory. This can affect not only how well the parachute operates but also the skydiver's ability to land accurately.

Moreover, during the landing phase, varying wind speeds can change the descent rate and horizontal drift of the parachutist. This makes understanding wind conditions vital for achieving precise landings, as parachutists need to compensate for wind direction and speed to land safely at their designated point.

The other options miss the comprehensive effect of wind on both free fall and parachute operation. While wind does affect free fall time, it is not the only factor at play. Additionally, wind dynamics are certainly relevant for tandem jumps since both participants can be impacted by varying wind conditions just like solo jumpers. Lastly, wind influences are significant both before and after parachute deployment, hence stating that it only matters after deployment overlooks its importance during the entire jump process.

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