Epic Sports Biomechanics
Sports biomechanics laboratory and training center staffed by Ph.D.-level biomedical/biomechanical engineers and kinesiologists. Provides instrumented biomechanical assessments (marker-based motion capture, IMUs, force/pressure sensors, EMG, high-speed video, ball-tracking), data-driven interpretation, individualized training programs (in-person, mobile, virtual), team consultations, and research collaborations focused on performance optimization and injury-risk reduction.
Industries
Nr. of Employees
small (1-50)
Epic Sports Biomechanics
Products
Biomechanical assessment reports and data packages
Structured reports and data exports summarizing kinematics, kinetics, muscle activation, timing analyses, and recommended training interventions; available for recruitment/scouting or athlete development use.
Biomechanical assessment reports and data packages
Structured reports and data exports summarizing kinematics, kinetics, muscle activation, timing analyses, and recommended training interventions; available for recruitment/scouting or athlete development use.
Services
Mobile or in-lab evaluations to identify player physical and performance attributes, grouping of athletes by shared inefficiencies, and delivery of action plans with recommended follow-ups.
In-depth athlete evaluations using marker-based motion capture, IMUs, force/pressure sensors, EMG, and high-speed video to quantify movement mechanics and physical characteristics for performance and injury-risk analysis.
Programs designed from assessment outputs including mobility, corrective, strength & conditioning, and sport-specific drill protocols; delivery options include supervised in-facility training, virtual coaching, or at-home plans.
Collaborative research using facility instrumentation and Ph.D.-level expertise to investigate new measurement technologies, analytical approaches, or biomechanical questions.
Assessment-informed mitigation programs targeting common sport injuries (e.g., ACL, UCL, rotator cuff, hamstrings) and focused on long-term availability and safe progression.
Mobile or in-lab evaluations to identify player physical and performance attributes, grouping of athletes by shared inefficiencies, and delivery of action plans with recommended follow-ups.
In-depth athlete evaluations using marker-based motion capture, IMUs, force/pressure sensors, EMG, and high-speed video to quantify movement mechanics and physical characteristics for performance and injury-risk analysis.
Programs designed from assessment outputs including mobility, corrective, strength & conditioning, and sport-specific drill protocols; delivery options include supervised in-facility training, virtual coaching, or at-home plans.
Collaborative research using facility instrumentation and Ph.D.-level expertise to investigate new measurement technologies, analytical approaches, or biomechanical questions.
Assessment-informed mitigation programs targeting common sport injuries (e.g., ACL, UCL, rotator cuff, hamstrings) and focused on long-term availability and safe progression.
Expertise Areas
- Sports biomechanics
- Biomechanical assessment and motion analysis
- IMU-based motion capture and wearable sensor analytics
- Marker-based 3D motion capture
Key Technologies
- Marker-based 3D motion capture
- Inertial Measurement Units (IMUs)
- High-speed video capture
- Force plates and ground pressure sensors
News & Updates
Technical article describing the 'summation of speeds' concept, IMU usage, sensor configurations, data processing methods, and limitations compared to marker-based motion capture.
Technical article describing the 'summation of speeds' concept, IMU usage, sensor configurations, data processing methods, and limitations compared to marker-based motion capture.