Support sports injury rehabilitation with precise biomechanical analysis. Bio6 enables clinicians to track athlete recovery, evaluate movement symmetry, and generate objective return-to-play reports.
Athletes recovering from injuries must regain strength, mobility, and neuromuscular control before returning to sport. Clinicians must evaluate whether athletes can safely resume training without increasing the risk of re-injury.
Traditional assessments often rely on visual observation and subjective testing: making it difficult to quantify performance deficits or produce the objective evidence required for confident return-to-play decisions.
Bio6 introduces objective movement analytics to support sports medicine professionals with precise, sensor-based biomechanical data.
Detect movement asymmetries
Sensor-based analysis captures left-right imbalances in landing mechanics and dynamic movement patterns that are difficult to observe visually.
Track athlete recovery progression
Compare session-over-session movement data to identify consistent recovery trends and adjust training loads based on objective biomechanical evidence.
Evaluate performance deficits
Quantify strength, stability, and neuromuscular control deficits that may persist after injury and increase re-injury risk on return to sport.
Support return-to-play decisions
Provide team physicians and coaches with objective symmetry scores and functional performance benchmarks to support safe, evidence-based return-to-play decisions.
Remote performance assessments
Athletes can complete remote performance and return-to-play assessments outside the clinic using BioBand.
An athlete recovering from ACL reconstruction must regain knee stability and strength before returning to competitive play. Clinicians perform a single-leg squat test and jump landing analysis using BioBand sensors to evaluate return-to-play readiness.
Assessment
BioBand sensors capture objective biomechanical data during a standardised jump landing test:
Landing symmetry
Left leg
82%
Right leg
96%
Stability score
74
/ 100
Knee valgus angle
Detected excessive inward movement during landing: indicates residual quadriceps weakness on the injured limb.
Bio6 Clinical Insight
Landing symmetry deficit of 14% suggests the athlete is not yet ready for return to competitive play. Recommend continued single-leg strengthening before re-assessment.
A structured approach from baseline assessment to long-term performance monitoring.
Capture mobility, stability, and movement symmetry using BioBand sensors to establish a performance baseline before or after injury.
Track improvements in movement quality and symmetry during rehabilitation sessions with continuous objective measurement.
Analyse symmetry scores and functional performance metrics to determine whether the athlete is ready to resume full sport participation.
Monitor athlete performance trends across seasons to detect early signs of fatigue, asymmetry, or injury risk.
Capture mobility, stability, and movement symmetry using BioBand sensors to establish a performance baseline before or after injury.
Track improvements in movement quality and symmetry during rehabilitation sessions with continuous objective measurement.
Analyse symmetry scores and functional performance metrics to determine whether the athlete is ready to resume full sport participation.
Monitor athlete performance trends across seasons to detect early signs of fatigue, asymmetry, or injury risk.
Bio6 captures objective biomechanical signals and converts them into clinically meaningful performance insights.
Landing symmetry
Bio6 Insight
Landing symmetry improved by 22% across 6 sessions: athlete approaching return-to-play threshold.
Athlete
T. Morel
ACL Rehabilitation · Week 8
Soccer · Return-to-play target: Week 12
BioBand enables clinicians to capture standardised, objective performance data during rehabilitation exercises.
Sports injuries supported
Jump and landing analysis
Evaluate landing mechanics and detect asymmetries that increase injury risk during athletic movement.
Mobility assessment
Measure joint mobility and flexibility during sport-specific movement tasks and rehabilitation exercises.
Strength and stability evaluation
Analyse neuromuscular control and stability during functional performance tests and rehabilitation protocols.
Movement symmetry monitoring
Detect limb imbalances during athletic movements to guide targeted rehabilitation and reduce re-injury risk.
Bio6 captures objective biomechanical signals and converts them into clinically meaningful performance insights.
Compare landing force distribution between limbs across every rehabilitation session. Identify persistent asymmetries and track progress toward symmetry benchmarks required for return to play.
Measure left-right balance during dynamic movement tasks. Detect asymmetries that may indicate residual strength deficits or neuromuscular control impairments following injury.
Track athletes against evidence-based performance benchmarks. Give clinicians a clear signal of where each athlete stands relative to sport-specific return-to-play criteria.
Generate structured clinical outcome reports documenting athlete rehabilitation progress: shareable with team physicians, physiotherapists, coaches, and insurers.
“Bio6 has given us the objective data we need to make confident return-to-play decisions. We can now track landing mechanics and movement symmetry with precision.”
Thirty minutes, in English or French, on your own cases: your note template, your CNESST reports. Then you decide.
No obligation · a 30-minute walkthrough tailored to your clinic.
WHAT IT INCLUDES
Schedule, patient record and billing share one file: the day moves without retyping names, codes or notes.
Explore Clinical Operations →Assign the home program from the session; adherence and pain come back into the record, so the next visit starts informed.
Explore Clinical Care →Range, symmetry and pain charted session over session: evidence for the patient, the physician and the payer.
Explore Clinical Intelligence →