High speed video analysis sports biomechanics

Service · High Speed Video Analysis

See What the Human Eye Can't

At 1,000 frames per second, every millisecond of your movement becomes visible — and every mechanical detail becomes actionable.

Book a Session

1000

Frames Per Second

Maximum capture rate

360°

Multi-Angle Capture

Simultaneous camera coverage

Full-Body Model

Every joint and segment tracked

24hr

Report Turnaround

Findings delivered fast

Why Standard Video Isn't Enough

A standard camera captures 30 frames per second. The human eye processes roughly 60. But elite athletic movement happens at speeds that make both completely inadequate for meaningful analysis. Ground contact during a sprint lasts less than 100 milliseconds. A baseball swing takes 150. Standard video misses almost everything that matters.

CompuSport's high-speed video analysis captures movement at up to 1,000 frames per second — then feeds that data into our proprietary AI and 3D modeling system to produce a complete biomechanical picture of what's actually happening in your athlete's movement.

High speed camera capturing athlete movement

1000

Frames per
second

The Process

From Capture to Insight

High-Speed Capture

We film your athlete performing sport-specific movements using high-speed cameras at up to 1,000 fps from multiple angles simultaneously.

Frame-by-Frame Digitization

Every key joint and body segment is digitized frame by frame, creating a precise spatial record of the movement.

3D Model Construction

The digitized data is fed into our proprietary system to build a full 3D biomechanical model of the movement sequence.

AI Comparative Analysis

The model is compared against our elite athlete database to identify deviations, inefficiencies, and risk factors.

Report & Debrief

We deliver a detailed written report and walk through the findings with the athlete and coach, with side-by-side visual comparisons.

What We Can Analyze

Every Movement, Every Sport

Sprint Mechanics

Start, acceleration, max velocity, and speed endurance phases — every stride broken down to its mechanical components.

Throwing & Pitching

Arm path, hip-shoulder separation, release mechanics, and the kinetic chain patterns that drive velocity and protect the arm.

Jumping & Landing

Takeoff mechanics, flight position, and landing patterns — critical for both performance and ACL injury prevention.

Change of Direction

Cutting mechanics, deceleration patterns, and the foot-ground interaction that determines agility and injury risk.

Swim Stroke Analysis

Underwater mechanics, stroke efficiency, turn technique, and the hydrodynamic factors that determine speed in the water.

Sport-Specific Movements

Any movement pattern relevant to your sport — we build the analysis around what matters most for your athlete's performance.