Michelin Inflatable Solutions designs and manufactures ultra‑light, high‑tech inflatable structures that provide energy‑efficient, modular, and resilient solutions for critical sectors such as aerospace, defense, health, construction, and sports.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional structural solutions in aerospace, defense, healthcare, construction, and sports rely on heavy metal or PVC systems that are costly to transport, install, and maintain, limiting flexibility and increasing energy consumption.
Solution
Michelin Inflatable Solutions provides ultra‑light, high‑tech inflatable structures that combine advanced coated textiles with precision assembly processes. The products are up to ten times lighter than metal‑textile alternatives and four times lighter than PVC inflatables, and they deploy from a single inflation point for rapid, autonomous installation. By leveraging a full value‑chain—from material chemistry and composite design to industrial manufacturing and maintenance—the company delivers modular, energy‑efficient, and resilient solutions that can be customized for specific applications. These structures offer a practical, economical, and sustainable alternative to conventional rigid systems while meeting stringent performance and aesthetic requirements.
Target Audience
Primary customers are OEMs and system integrators in aerospace, defense, emergency medical, construction, and sports equipment sectors seeking lightweight, quickly deployable structural solutions.
Features
- Advanced coated textile membranes delivering high strength with minimal weight
- Single-point inflation mechanism enabling fast, on‑site deployment without specialized equipment
- Modular architecture allowing easy reconfiguration and scalability for diverse use cases
- Integrated design‑to‑maintenance service covering prototyping, series production, and lifecycle support
- Compatibility with harsh environments, providing durability and resilience for critical sectors
- Customizable shapes, sizes, and surface finishes to meet specific functional and aesthetic needs