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How to improve left-right differences (ENG)

symmetry Learn about: What is symmetry? Symmetry refers to left vs right balance in biomechanical parameters measured by Runeasi. Poor symmetry can be a cause or consequence of injury and plays a role in running efficiency. Therefore, It’s important to address left vs right differences and work on these imbalances. It is important to note […]

How To Improve Impact Loading (ENG)

impact loading Learn about: What is Impact loading? Impact loading refers to how (much) we load our body while running. It encompasses two crucial parameters. Impact magnitude refers to the degree of impact exerted on your body while running. Impact duration measures how fast the impact travels through your legs. This serves as an essential […]

How to improve Dynamic Stability (ENG)

Dynamic stability Learn about: What is dynamic stability? This parameter measures the side-to-side wobble of your hips and provides insight into your ability to stabilize your hips while running. A lower score, shown as orange or red, indicates poor hip control which increases the work of your stabilizing muscles. This reduces your running efficiency (or […]

New: Jumping Module 🚀

Measure your clients’ capacities with our new Jumping Module. Enhance your testing batteries with our state-of-the-art jumping analysis.

More info here

5 rEASONS TO USE OUR APP

1. Global movement quality

Track and improve your client’s Runeasi running quality. Identify their weakest link with our advanced visualisation.

2. individual recommendations

Get individual training and cueing recommendations to improve your client’s weakest link.

3. Real-time feedback

Engage your clients through visual gamification and watch how they self-optimize to your verbal cues.

 

4. Session trends

Learn more about your client’s running quality during daily training. Our session trends show when and where the quality drops with fatigue.

5. Quick comparisons

Compare pre-post data to show intervention effects on the movement quality. 

3 REASONS TO CAPTURE DATA USING THE RUNEASI BELT

1. No motion artifacts. The Runeasi belt is secured tightly against the body and the skin to capture the actual movements of the body’s center of mass. Attaching or clipping the sensor directly to the pants would allow the sensor to wobble from side to side (i.e., measuring the wobbling of the pants, and not the human body.

2.  Easy to standardize the sensor’s positioning. The Runeasi belt makes it easy to consistently position the sensor close to the center of mass. Attaching the sensor directly to the pants would dramatically affect the reliability of the outputs as the height and tightness of the pants will affect the results. Moreover, these pants attachments often shift sideways while running which further decreases the data quality. 

 3. Comfortable to wear.  Hundreds of runners confirmed that they immediately forget about our belt while running. This allows them to move without any restrictions and allows us to capture movements that are representative of a client’s true biomechanics.

SENSOR SPECS

LAB GRADE SENSOR

Accurately captures full range of motion and kinetic parameters by leveraging wide sensing range (16 Gs) & high sampling frequency (1000 Hz)

WATER & SCHOCK PROOF

Built to withstand high intensity training and sweating. Suitable for the outdoor elements, come rain or shine. Robust to handle the repetitive and ruthless impact shocks of running.

Lightweight & SLIM

Seamlessly integrates onto the body to support movement without restrictions. Weight: 9.4g/0.33oz with battery. Dimensions (36.6mm/1.44” dia. X 10.6mm/ 0.42” thick)

No charging wireless

Replaceable coin-cell battery with operating time up to months, depending on the usage. Bluetooth® 5.0 radio for effortlessly transmitting data real-time or post-session.