OnFlowUs Exoskeleton
Onerzia is an innovative passive (non-motorized) exoskeleton specifically designed to assist athletes during muscle recovery. It relies on the body’s natural biomechanics to provide specific assistance to the hip region, resulting in a system requiring no motors or batteries and a longer lifetime.
This exoskeleton is designed to:
- Accelerate and ensure proper muscle recovery by minimizing fatigue and supporting body movements.
- Prevent injuries by reducing stress on joints and muscles during and after high-intensity activity.
- Facilitate rehabilitation by providing a safe and effective tool for returning to activity and regaining strength and mobility after injury.
- Have no problems in contact with water.
Onerzia’s ergonomic design ensures optimal comfort, allowing users to perform activities such as walking, running, climbing stairs, or overcoming difficult obstacles with greater endurance and efficiency. Its adaptability makes it suitable for various body types and applications, while its passive functionality ensures simplicity and ease of use.
Crafted from high-quality, durable materials, each selected for optimal functionality:
- DPI (Design Polymers Innovation): Heat, corrosion, and wear-resistant.
- 7xxx Series Aluminum: Lightweight with high mechanical strength.
- Stainless Steel: Corrosion-resistant with high tensile strength.
- Thermoplastic Polyamide: Precisely engineered computational foam.
- Breathable, Antibacterial Fabrics: Enhanced comfort and hygiene.
Total Device Weight:
4 kg (8.8 lb)
Sizing:
Interchangeable inserts in 5 different sizes for optimal adaptation to any body morphology.
Exoskeleton Assist does not endorse one exoskeleton product over another. The exoskeleton catalog is purely for educational purposes. It is meant to provide an easily accessible bird’s-eye view of the exoskeleton industry and a quick method to sort exoskeletons by type and purpose. All prices are approximate and are meant to provide a general sense of the cost of the devices.
Additional information
| Application | Augmentation, Fitness, Sports |
|---|---|
| Body Area | Hip, Waist |
| Category | Commercial |
| Type | Passive Exoskeleton |
Where to Buy OnFlowUs Sports Exoskeleton
Looking for where to buy the OnFlowUs Sports Exoskeleton in the USA? Exoskeleton Assist provides information about this lightweight sports exoskeleton, designed to support athletes and active users during training, daily activities, and active recovery.
How to Get OnFlowUs
The OnFlowUs uses a passive spring-based system, so it does not require batteries or external power. Currently, Onerzia offers the exoskeleton through a rental model, including a trial-rental option. Therefore, availability and rental terms should be confirmed before ordering.
Why Choose OnFlowUs?
OnFlowUs is designed to accompany an active lifestyle while providing assistance during demanding physical activities. It can be used after intense training, during lower-intensity workouts, daily activities, and rehabilitation or active recovery.
If you’re interested in the OnFlowUs Sports Exoskeleton, Exoskeleton Assist makes it easy to explore its features, uses, and available purchasing or rental options.
FAQs
What is the OnFlowUs Sports Exoskeleton?
A lightweight passive exoskeleton designed to support movement during sports, training, and recovery.
Who is OnFlowUs for?
It is designed for athletes, runners, fitness enthusiasts, and active users.
Does OnFlowUs use a battery?
No. It uses a passive spring-based system and requires no battery or motor.
What activities can I use OnFlowUs for?
It can support walking, running, training, stair climbing, and active recovery.
Is OnFlowUs suitable for athletes?
Yes. It is designed specifically for active users and sports activities.
Where can I get OnFlowUs?
You can explore OnFlowUs through Exoskeleton Assist for product and availability information.
Is OnFlowUs a medical exoskeleton?
No. It is primarily designed as a sports and activity exoskeleton.
Can OnFlowUs be used for recovery?
Yes. It can be used during active recovery and lower-intensity activities.




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