Imagine a piece of clothing that acts like a second set of muscles to help you walk or lift things. Instead of heavy metal frames, it uses air-filled fabric tubes that bend and move naturally with your body. It's like a smart tracksuit that knows when you want to move and gives you a gentle push in the right direction.
Current wearable robots are too heavy, expensive, and limited in application, often requiring tethers that restrict movement. This prevents wide adoption in healthcare and high-risk industrial workplaces.
A multi-purpose soft exosuit using fabric-based robotics and a portable air-recycling pneumatic system to support multiple lower-limb joints.
If you are a rehabilitation clinic dealing with patients with mobility restrictions — this project developed a soft wearable garment that restores independence and improves quality of life by providing real-time motion assistance to the lower limbs.
If you are a construction firm dealing with worker injuries from heavy lifting — this project developed a soft exosuit that reduces physical strain and prevents injuries caused by repetitive tasks.
If you are a manufacturing plant dealing with worker fatigue and low productivity — this project developed a portable pneumatic assistive garment that boosts endurance and mitigates fatigue during long shifts.
The project aims to eliminate high purchase costs by replacing rigid materials with high-strength fabrics and films. Based on available project data, this shift to soft robotics is intended to make the devices more affordable.
Yes, the project includes 2 commercial partners specifically aiming to lead the exploitation of the outcomes for industrial and health applications.
Based on available project data, the consortium consists of 14 partners including universities and SMEs, but specific licensing terms are not detailed in the summary.
The project developed a portable pneumatic system that efficiently recycles air, eliminating the need for tethered operation.
The project period runs from 2023-11-01 to 2027-10-31, suggesting that market-ready versions would likely emerge toward the end of this window.
The consortium is heavily research-driven with 8 universities and 3 research organizations, but it maintains a commercial bridge with 2 industry partners and 1 SME. This 14% industry ratio suggests the project is primarily focused on technical validation, though the inclusion of commercial partners indicates a clear path toward market exploitation.
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