Project Overview:
A hydraulic-assisted lifting glove designed to protect weightlifters' wrists. The glove provides enhanced stability and support during high-intensity or risky movements, reducing injury risks by distributing pressure through an integrated hydraulic system. Perfect for both professional athletes and fitness enthusiasts.
Category:
Product design
Tools:
3D Model (SolidWorks, Rhino)
Adobe Creative
Target User
Weightlifting Enthusiast
YEAR:
2024
(01).
As weightlifting and fitness grow in popularity, wrist injuries have become a common issue for enthusiasts and professional athletes alike. During weightlifting, wrists endure significant stress, and improper form or excessive loads can lead to hyperextension. This condition can cause ligament injuries, tendonitis, or even distal radius fractures. Studies show that approximately 35% of weightlifting-related injuries involve the wrist and forearm, with most stemming from insufficient protection or improper techniques, severely impacting performance and recovery.
To prevent negative wrist angles during weightlifting, a supportive accessory has been designed.
(02).
Hydraulic System
Fill the CJ2 cylinder with oil to create a hydraulic system.
(03).
(04).
The product primarily revolves around the CJ2 hydraulic system, with additional wearable features.
Charging port and power.
Non-slip pad and battery placement
Emergency pause button
Palm support
(05).
After several iterations, the final design chosen features a compact form, making it wearable while ensuring minimal restriction on wrist movement.
(06).
An SLS sintering printer was used to test the nylon prototype. The final form is not yet finalized, but this represents the current stage of development.
