Jump Height, Takeoff Velocity, and FT Increasing, But Seeing Peak Propulsive Force Decreasing?

On some occasions Certain Key Metrics will be improving whilst others are regressing such as this. We help explain!

-Peak propulsive force represents the peak propulsive acceleration over a 1 millisecond period whereas jump height is dictated by takeoff velocity which, in turn, is driven by propulsive net impulse (the average force applied across the entirety of the propulsive phase multiplied by the propulsive phase time).

-Peak propulsive force is disconnected from jump height. A higher peak propulsive represents a higher acceleration over a shorter distance, so a more reactive jump, but usually comes at the cost of jump height.