Until today, optical observation stands as the most prevalent method for motion analysis. This can be applied in real-time or
As a movement professional, there is a good chance that you obsessed by performance enhancement and better results. Since you
Muscles are the engines of movement. By shortening or lengthening, they allow joints to rotate, and in the case of
Kinetics is all about the relationship between motion, forces and torques.[1] Measuring these allow us to measure the outcome of
As discussed in our blog Movement analysis – types of biomechanics and technologies , there are different ways to measure
To improve movement skill, we need to analyze movement thoroughly. As we discussed in our blog about The limitations of
Until today, optical observation stands as the most prevalent method for motion analysis. This can be applied in real-time or retrospectively using video footage. For
As a movement professional, there is a good chance that you obsessed by performance enhancement and better results. Since you are reading this, you’re probably
We are excited to announce that Maarten Hermans, a former top athlete and marketing expert, has joined ORYX Movement Solutions as a co-founder. Maarten will
Muscles are the engines of movement. By shortening or lengthening, they allow joints to rotate, and in the case of isometric (co)contractions, they restrict movement.
Kinetics is all about the relationship between motion, forces and torques.[1] Measuring these allow us to measure the outcome of movement patterns that result from
As discussed in our blog Movement analysis – types of biomechanics and technologies , there are different ways to measure and analyse movement. However, the
| Ecological validity | ORYX Knee Stability - Static | ORYX Knee Stability - Dynamic | ORYX-GO |
|---|---|---|---|
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Overground (indoor & outdoor) |
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Treadmill |
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| Hardware | ORYX Knee Stability - Static | ORYX Knee Stability - Dynamic | ORYX-GO |
|---|---|---|---|
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Motion Data Hub |
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4G Tablet |
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Shoe clips |
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2 Qty |
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IMU sensors |
4 Qty |
4 Qty |
8 Qty |
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Base Straps |
4 Qty |
4 Qty |
5 Qty |
|
Over Straps |
4 Qty |
4 Qty |
4 Qty |
|
Setup fee |
€4.499 |
€5.499 |
€7.499 |
| Walking / Running gait analysis | ORYX Knee Stability - Static | ORYX Knee Stability - Dynamic | ORYX-GO |
|---|---|---|---|
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Stride duration |
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Cadence / stride frequency |
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Ground contact time |
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Duty factor* |
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Propulsive velocity (hamstring function)* |
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* Running analysis only
| ROM (+ symmetry) | ORYX Knee Stability - Static | ORYX Knee Stability - Dynamic | ORYX-GO |
|---|---|---|---|
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Pelvis |
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Hip |
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Knee |
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Ankle |
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Foot |
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| Micro (Local attractors) | ORYX Knee Stability - Static | ORYX Knee Stability - Dynamic | ORYX-GO |
|---|---|---|---|
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Core stability |
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Hip lock |
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Knee stability (Q/H coordination) |
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Ankle stiffness |
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Coordination Landscape (varibility) |
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| Meso (Global attractors) | ORYX Knee Stability - Static | ORYX Knee Stability - Dynamic | ORYX-GO |
|---|---|---|---|
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Hamstrings |
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Joint coupling (Hip - Knee) |
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Scissors |
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| Macro (Total attractors) | ORYX Knee Stability - Static | ORYX Knee Stability - Dynamic | ORYX-GO |
|---|---|---|---|
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Pendulum |
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Foot plant projection |
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| Squat (Double & single leg) | ORYX Knee Stability - Static | ORYX Knee Stability - Dynamic | ORYX-GO |
|---|---|---|---|
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ROM joints + LSI |
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Variability |
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