Neoleg
Project Overview
A CAD and simulation driven concept that aligns with human joint biomechanics to reduce physical fatigue during tasks.
About This Project
Passive lower-limb exoskeleton concept to reduce load without motors/electronics.
Tech Stack
Team
Mentors
- Vinay
- Bhoomika
- Rishita
- Shreyas
- Shrujan
Mentees
- Shravani
- Siddharth
- Param
- Shamik
Objectives
- - Reduce physical load during walk/lift tasks
- - Align mechanism with human joint biomechanics
Methodology
The project follows a structured implementation approach that includes Biomechanics and joint range studies, CAD design for multi-joint alignment, Static and dynamic simulation for comfort/load transfer, and Validated concept and drawing package. These steps are executed iteratively to validate assumptions, improve performance, and ensure reliable delivery of the final solution.
Components and Budget
Aluminium frame rods: Rs. 2,000
Carbon-fiber or alloy rods: Rs. 1,000
3D printed joints and brackets: Rs. 2,000
Bearings and bushings: Rs. 1,000
Fasteners: Rs. 3,000
Straps and buckles: Rs. 2,500
Foam ergonomics: Rs. 500
Springs and elastic bands: Rs. 2,500
Misc consumables: Rs. 500