As part of the RIMOWA Design Prize 2024, we dealt with the fundamental topic of mobility in the seminar „Entwerfen mit digitalen Werkzeugen” by Prof. Dipl.-Des. Christian Scholz at the Faculty of Design at Dresden University of Applied Sciences. We set ourselves the goal of generating an idea that offers a high level of social benefit. That is why we created an emergency stretcher to encourage reflection on the importance of mobility in the context of rescue operations.
The foldable emergency stretcher, tailored for rescue operations in challenging geographical conditions, seamlessly integrates unparalleled mobility with efficient functionality. Sporting a compact and foldable design, its minimal packing size serves as a strategic advantage, enabling rescuers to swiftly reach the scene without the encumbrance of bulky equipment. Conveniently carried in a bag or worn as a backpack, the stretcher leaves the rescuers’ hands free for crucial tasks. Upon reaching the scene, it can be effortlessly prepared for use in just a few simple and rapid steps.
The emergency stretcher’s mobility and versatility are attributed to its lightweight construction. The design is crafted to align with the body shape of the injured person, eliminating any superfluous edges that might impede comfort or functionality. The incorporation of high-visibility and vibrant colors serves a dual purpose, signaling urgency and capturing immediate attention in emergency situations.
To enhance stability and safety during transport across rough terrain, the stretcher features air cushions that can be rapidly inflated using carbon dioxide cartridges. These cushions envelop the injured person, ensuring a secure hold and minimizing the impact of uneven surfaces. For an additional layer of security, straps can be employed to restrain the injured person during transport, providing reassurance to both rescuers and the casualty.
This versatile stretcher finds application in a diverse range of scenarios. In mountainous terrain, it becomes a vital tool for saving lives when hikers or climbers require assistance. On the beach, where conventional stretchers with wheels face limitations, the emergency stretcher proves its efficacy, thanks to its exceptional all-terrain mobility. Even in densely populated environments, such as festivals, where access is inherently challenging, the stretcher’s flexibility allows for quick and efficient navigation through the crowd.
Beyond ensuring the prompt and effective rescue of casualties, the emergency stretcher significantly enhances rescuers’ ability to access hard-to-reach locations, especially because of its compact transportation size. The lightweight design and user-friendly features make it an indispensable tool in emergency situations, elevating the overall mobility and effectiveness of the rescue team.
CONCIPATION, RENDERING, PROTOTYPE, PRINT BA03
IN COOPERATION WITH PAULUS DONATH
