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Sports Medicine & Return to Play Module

Optimize Performance & Minimize Reinjury Risk with Data-Driven Insights

Establish yourself as the go-to expert in sports medicine and return-to-play decisions, utilizing real-time, objective movement analysis to assess recovery, reduce reinjury risk, and enhance athletic performance. The Mobility Scan Platform provides the precision data needed to make informed, confident return-to-play decisions.

Benefits

What are the benefits of our Sports Medicine & Return to Play Solution?

With the Sports Medicine & Return to Play Module, quantify recovery progress, assess movement efficiency, and make data-driven return-to-sport decisions. Whether for post-injury monitoring, performance optimization, or fatigue management, our technology ensures athletes return to play safely and effectively.

  • Advanced Running Mechanics Assessment
    Identify stride deficiencies, midfoot loading imbalances, and propulsion inconsistencies to optimize running efficiency and prevent reinjury.

  • Jump & Hop Testing for Readiness
    Measure ground contact time, propulsion mechanics, and asymmetries to confirm neuromuscular control and return-to-play readiness.

  • Fatigue Monitoring & Performance Optimization
    Detect altered movement patterns due to neuromuscular fatigue, allowing for better load management and training adaptations.

Value

Why choose the Sports Medicine & Return to Play Module?

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Data-Driven Return to Sport Decisions

01

Move beyond subjective assessments with objective movement data, ensuring athletes return to play safely, minimizing reinjury risk.

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Performance Enhancement & Injury Prevention

02

Use biomechanical insights to optimize movement mechanics, prevent overuse injuries, and refine training strategies.

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Faster, More Confident Assessments

03

Make quick, precise evaluations using real-time gait, running, and jump data, allowing for more effective rehabilitation and performance coaching.

Parameters

Comprehensive biomechanical data

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General Parameters

Cadence​
Running speed​
Double flight time​
Contact time
Oscillation time​
Stride length​
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Foot Kinematics

Pronation / supination angles​​
Strike angle
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Advanced Parameters

Impact force​
Proportion strike pattern​
Asymmetry
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General

Jump height
Jump count
Flight Time difference
Contact/Stance time
Jump length
Flight time
Swing time
Total Distance
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Foot Kinematics

Flexion angle at take-off
Take off/Propulsion velocity
Flexion angle at landing
Pronosupination angle at landing
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Advanced Parameters

Contact Stability
Rotation around Z
Max acceleration at landing
Symmetry
Cadence
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Foot Kinematics

Flexion angle at landing
Pronosupination angle at landing
Take-off flexion angle
Propulsion velocity
Flexion angle at landing difference
Pronosupination angle at landing difference
Take-off flexion angle difference
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Advanced

Contact stability
Rotation around Z
Symmetry
Contact stability difference
Max acceleration at landing
Cadence

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Get access now to 5 use cases of  walking & running analysis

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Discover our interface for free

Get access now to 5 use cases of  walking & running analysis

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USE CASES

A wide range of use cases

Analyze objectively the mobility of your patients with various motion disorders whether neurological, orthopedic, sports-related or age-related.

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RUNNER WITH GONARTHROSIS

A 43-year-old man came for a consultation after experiencing pain in the right knee. He was referred by his sports physician. He runs regularly (between 35 and 60 km per week).

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ADOLESCENT WITH REARFOOT VALGUS

The patient is a 12-year-old adolescent who swims and is athletic. He made an appointment with the podiatrist to renew his soles, adapted for a foot valgus, that he has had for 4 years.

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ANALYSIS OF DIFFERENT STRIKES IN RUNNERS

Strikes analysis of 3 runners with 3 different profiles and pathologies: Achilles’ tendonitis / Ext right knee pain with the start of a meniscal lesion / Left knee pain (ITBS).

READ THE CASE STUDY

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