Thigh Landing Smoothness is a score that evaluates the thigh pausing before landing.
Thigh Landing Smoothness is a unique Motion Performance Indicator (MPI), available only with LEOMO products. |
Summary
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The score attempts to evaluate how much the thigh stops just before landing
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It evaluates the "drop in rotational speed of the thigh just before landing."
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The lower the value (less rotation), the greater the stop, and the worse the score.
Why Thigh Landing Smoothness is important
- The main driving force of the running motion is the movement of the hip joint, which directly translates into the movement of the thigh. The thigh has a large back and forth motion, and it is very important that the thigh move smoothly.
- However, it is at the moment of landing that this smoothness is most affected. When landing, not only is the landing impact felt, but the muscles of the shins and feet below the knees tend to work harder to take the force, and the originally important hip motion tends to be neglected.
- It is impossible to completely eliminate such effects, but if the effects can be minimized as much as possible and the thighs can move smoothly, it is possible to run with good energy efficiency and while moving the thighs, which weigh a great deal.
About the value of Thigh Landing Smoothness
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Thigh Landing Smoothness is affected by cadence, but it can be evaluated for a general cadence of 180-200 spm as shown in the table below.
Thigh Landing Smoothness |
Level |
Visual Reference |
---|---|---|
~ 60 dps |
Bad | Large stop |
60 - 80 dps |
Moderate | Slight stop |
80 - 100 dps |
Good | Landing without stopping too much |
100 dps ~ |
Exceptional | Smooth landing without stopping |
Sensors
- Thigh placement
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Use Adhesive tape
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Attach to the front of the thigh. No sides.
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Please put it on straight so that the LEOMO logo will be at the bottom when you stand up
- For best results, place the sensor at least 10 cm from the knee or the hip.
Real-time data & analysis
Thigh SAR can be observed in real-time.
Coaches can access the scores in real-time with LEOMO LVS.
Related
Part of the Stride Cycle, together with: Strike AR, Heel Pitch, and Recoil AR.
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