Noraxon USA

09/08/2026

09/03/2026

Join us for an upcoming webinar exploring the methodology behind the new Return-to-Sport Assessment and why traditional performance measures may not tell the whole story.

Dr. Powers will share his clinical perspective on identifying movement strategies that may contribute to injury risk, the principles that guide his approach to treatment, and the research behind the Powers Return to Sport Assessment.

📅 September 30, 2026
⏰ 11:00 AM EDT

Register on our page to join us live and learn why, how an athlete moves, can provide important insight when determining readiness to return to sport.

08/31/2026

Last week, we stepped away from the office for a team lunch and activity!

After lunch, we split into teams and competed in a scavenger hunt through the Museum of Illusions in Scottsdale. We found some pretty great illusions along the way!

Its always nice to spend time together outside of the office!

08/27/2026

Teaching biomechanics just got a little easier.

Explore Noraxon’s Lab Experiment Library for ready-to-run classroom labs designed to help students move from data collection to analysis.

Each experiment includes a lab guide, sample Noraxon data, a report template, and suggested student questions.

Explore experiments covering:
⚡ EMG — muscle fatigue, gait symmetry, muscle contractions & more
🏃 IMU — gait, jump analysis, functional symmetry & ergonomics
📈 Force Plates — coming this fall!

More experiments are on the way!
🔗 Explore the Lab Experiment Library on our Profile.

08/26/2026

The Powers Return to Sport Assessment is grounded in peer-reviewed research by Straub & Powers (2025) examining movement quality during functional athletic tasks.

The research provides a structured framework for evaluating how an athlete completes a task, not simply whether they can complete it.

That methodology has been translated into the Powers Return to Sport Assessment, which evaluates movement strategies across a standardized series of activities using 2D markerless analysis.

By adding a more systematic view of movement quality alongside traditional return-to-sport measures, the assessment provides clinicians with another source of information to support return-to-sport decision-making.

Learn more here: https://www.noraxon.com/powers-rts-assessment

08/19/2026

See what's new in MR4! Join us for our Summer Release Webinar to check out our latest updates.

What’s New:
-Powers Return to Sport Assessment: A streamlined protocol for safer athlete evaluations.
-Vector 1D Force Plate: High-precision force tracking.
-Expanded Connectivity: Broader integration and interoperability across devices.
-Workflow Enhancements: Faster setup and analysis to save time in the clinic or lab.

📅 Date: September 3rd, 2026
⏰ Time: 12:00 PM EDT

Register here to save your spot!
👉https://us02web.zoom.us/webinar/register/WN_ucfZUd1QR6eWLiXUbQt2AQ #/registration

08/18/2026

Getting ready for the fall semester? Check out Noraxon's Biomechanics Academy.

Our Biomechanics Academy is a resource hub built specifically for educators using Noraxon systems; whether you're teaching concepts, running labs, or helping students get hands-on with motion analysis.

What you’ll find here:
➡️ Conceptual tutorials and explainer articles
➡️ Getting started and setup guides
➡️ Ready-to-run lab experiments
➡️ Classroom tools and student licensing resources

We built this to support you in the classroom!
Check it out before the semester kicks off. https://www.noraxon.com/academic-resources/!

08/13/2026

The MR4 2026 Summer Release is here!

This release includes two major additions to MR4; the Powers Return-to-Sport Assessment and the official launch of the Vector 1D Force Plates.

Plus, expanded connectivity and workflow improvements allow for even more ways to capture, analyze, and communicate human movement data.

Explore the new updates here: https://www.noraxon.com/mr4-2026-summer

08/12/2026

Your lab shouldn’t be limited by four walls.

Adaptable. Configurable. Portable. The Ultium Portable Lab gives you the flexibility to build the system your research demands and bring high-fidelity biomechanics data collection beyond the traditional lab.

Built to adapt. Ready to move.