- Saint-Gobain Sekurit supplied more than 6 sqm of low-carbon OTAE glazing for the Mercedes-Benz Trucks reECONIC electric concept vehicle unveiled at IFAT Munich 2026.
- The reECONIC concept demonstrates how recycled materials and circular production approaches can support sustainable commercial vehicle development.
Saint-Gobain subsidiary Saint-Gobain Sekurit has supported the development of the reECONIC battery-electric concept vehicle presented by Mercedes-Benz Trucks during IFAT Munich 2026 in Germany. The concept vehicle highlights the growing adoption of recycled materials and lower-carbon production technologies within the commercial vehicle sector. Saint-Gobain Sekurit integrated its OTAE low-carbon automotive glazing solution into the vehicle, reinforcing the industry's focus on sustainable material innovation and circular manufacturing practices for future mobility applications.
The glazing package installed on the reECONIC concept vehicle exceeds 6 square meters and was developed using OTAE technology, which incorporates increased recycled content while following circular economy principles. The solution is designed to reduce the environmental impact associated with automotive glass production without affecting the technical performance requirements expected in commercial vehicles. Through this collaboration, Saint-Gobain Sekurit demonstrated how material optimization and advanced manufacturing approaches can contribute to cleaner and more resource-efficient transportation systems.
Key Technical Highlights of the reECONIC Concept Vehicle
| Parameter | Details |
|---|---|
| Vehicle Type | Battery-electric concept vehicle |
| Glass Technology | OTAE low-carbon automotive glazing |
| Glazing Area | More than 6 sqm |
| Recycled Material Usage | Up to 80% recycled materials |
| Event | IFAT Munich 2026 |
The reECONIC concept vehicle was developed in cooperation with multiple industrial partners and incorporates up to 80% recycled materials across its construction. The project demonstrates how redesigned production processes and sustainable material selection can reduce environmental impact in vehicle manufacturing. By integrating recycled resources into critical vehicle components, the concept aims to support broader industry efforts toward decarbonization and circular economy adoption within the heavy-duty and commercial mobility ecosystem.
The collaboration between Saint-Gobain Sekurit and Mercedes-Benz Trucks reflects increasing momentum toward sustainable innovation across the automotive supply chain. Low-carbon glazing technologies, recycled materials, and optimized manufacturing methods are becoming important areas of focus as manufacturers work to improve sustainability performance while maintaining durability, safety, and operational efficiency. The reECONIC concept serves as a demonstration platform for future commercial vehicle technologies that align with evolving environmental expectations and resource management objectives.
Frequently Asked Questions
What is the reECONIC concept vehicle unveiled at IFAT Munich 2026?
The reECONIC is a battery-electric concept vehicle introduced by Mercedes-Benz Trucks at IFAT Munich 2026 to demonstrate sustainable commercial vehicle technologies and circular manufacturing approaches. The concept vehicle incorporates up to 80% recycled materials and features low-carbon components developed with industrial partners. It highlights how alternative production methods, recycled materials, and sustainable engineering solutions can help reduce the environmental footprint of future commercial transportation systems while supporting broader decarbonization targets within the automotive industry.
What contribution did Saint-Gobain Sekurit make to the reECONIC concept vehicle?
Saint-Gobain Sekurit supplied more than 6 square meters of OTAE low-carbon automotive glazing for the reECONIC concept vehicle. The glazing solution uses increased recycled content and follows circular economy principles to reduce the environmental impact of automotive glass manufacturing. The project demonstrates how advanced glazing technologies can contribute to sustainable vehicle development while maintaining the performance, durability, and technical standards required for modern commercial vehicle applications and future mobility platforms.
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