Shifting the Paradigm of Biomechanical Discovery.

Traditional human movement research is often isolated by hardware constraints, geographic limitations, and human execution error. The Kinoped reimagines how clinical trials are designed, executed, and scaled worldwide.

A subject positioned on the Kinoped platform with both legs engaged by the robotic force arms
01 · Decentralizing the Biomechanics Lab

The Era of Global Collaborative Research.

Historically, expanding a study's sample size meant forcing diverse cohorts to travel to a single specialized facility, severely limiting statistical power and introducing demographic bias. The Kinoped eliminates this geographic bottleneck by functioning as a standardized, universal testing environment.

Global Multi-Center Trials

Because the platform standardizes lab environments across different locations, researchers can distribute identical study layouts globally. A participant in Sacramento and a participant in Calgary interact with the exact same framework.

A Priori Protocol Synchronization

Investigators configure precise cohort parameters, inclusion/exclusion criteria, and study architectures within KinoStudio before a study begins. The software enforces these exact structures across every device, expanding data collection possibilities without any compromises.

02 · No More Single-Plane Constraints
A subject on the Kinoped with both legs driven through distinct multi-planar positions at once
<1 minute
Calibration Time
95%+
Adult Fit
Possibilities

Questions You Couldn't Answer Before.

Legacy laboratory equipment forces researchers to look at human movement through a fragmented lens. Standard dynamometers only measure torque at a single isolated degree of freedom (DoF) in restricted isometric, isokinetic, or isotonic states. The Kinoped introduces a truly holistic approach to multi-axial telemetry.

Simultaneous Multi-Axis Mapping

Evaluate how variable forces and distinct anatomical position permutations alter a subject's force output. Researchers can finally observe the full kinetic chain during complex, simulated 3D movements rather than extrapolating data from snapshots.

03 · Ensure Clinicians Follow the Protocol

Compliance Is the Science.

The traditional translation of evidence-based research into clinical practice suffers from severe replication lag. Once a protocol leaves the peer-reviewed lab, ensuring that practitioners execute it with perfect fidelity has been practically impossible.

KinoStudio exercise-protocol builder on a desktop monitor — every set, rep, rest interval and frequency locked into the prescribed protocol

Automated Guardrails

KinoStudio tracks and locks in every underlying variable — including patient profiles, precise ROM limits, exercise sequencing, repetition targets, and fixed rest intervals.

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Eliminating Execution Bias

By removing the vulnerability of manual techniques, clinicians seamlessly deploy protocols exactly as established by the principal investigators. This closed-loop system guarantees absolute compliance, ensuring your discovery retains its integrity in real-world deployments.

Research Access

Join the Future of Ambulatory Research.