AuxiStretch
INDIVIDUAL PROJECT
15 WEEKS | FALL 24 SEMESTER
STUDIO 3 | PARSONS SCHOOL OF DESIGN
This project aims to focus on effective evacuation techniques and streamlining rescue processes, this design reimagines a backpack that transforms into a stretcher. The goal is to provide an adaptable, immediate solution for rapid response, helping the rescue workers to assist in secure and efficient evacuations in remote and challenging environments.
recycled tarp, carbon fibre rods and lock, recycled hardware
The Problem
Disasters in areas of higher altitudes can make rapid response slower, and difficult to access. Currently, to rescue and evacuate people from these disaster sights, people either put together makeshift stretchers or have bulky ones that they carry on top of all the other medical aid required.
Obstacles and found Opportunity
Obstacle
Critical 72-hour window for action
Remote areas cause delays in aid
Loss of lives, need for rapid response, and quick evacuation
Road destruction hampers transportation
Opportunity
Enhance remote rescues by equipping workers with efficient, accessible tools, streamlining operations for faster, more effective responses.
Inspiration
References
Looking at different mechanisms to pull and lift body weight, with a focus on outdoor gear like tent poles, camping equipment, ski rescue, cliff camping and the traditional art of carrying heavy loads on the head.
Ideation
Material Considerations
The main aim for the project was to reuse materials found in the local surroundings, like cycle tyre tube, vinyl tarp, straps and buckles for the main body, carbon fibre rods and custom twist locks to ensure strength and durability, while keeping the overall weight to a minimum.
Form Evolution
Twist lock Mechanism
3D printed twist lock that connects different poles of the bag and is held together using the tension of bungee cord.
Instruction Manual
The Final Prototype
