Integris Composites is poised to enter a significant partnership with American Rheinmetall as part of the US Army’s ambitious $45-billion XM30 Combat Vehicle program. This collaboration aims to modernize the Army’s infantry capabilities, particularly by enhancing the armor of the new combat vehicle designed to replace the aging M2 Bradley infantry fighting vehicle.
In this strategic role as Rheinmetall’s armor partner, Integris will supply cutting-edge composite armor solutions. The company will utilize its proprietary approach known as Accelerated Innovation, which integrates decades of ballistic and blast data along with advanced modeling techniques. This methodology is expected to enable faster delivery of optimized armor solutions compared to conventional development processes.
The XM30 program is a critical initiative for the US Army, focusing on improving survivability, mobility, and modular open-systems capabilities within Armored Brigade Combat Teams. As one of the two prime contractors selected for this project, Rheinmetall will lead the design, development, and construction of the XM30 vehicle.
Integris Composites’ CEO, Andrew Bonham, emphasized the project’s significance, calling it a “transformational initiative” that will not only modernize the US Army’s tactical capabilities but also create high-tech jobs in America. This aligns closely with the Army’s objectives to foster innovation and economic growth while enhancing national security.
The XM30 is central to the Army’s plan to deploy a more survivable, networked, and adaptable fighting vehicle suitable for multi-domain operations. It will feature state-of-the-art sensors, open-architecture electronics, and modular armor systems designed to enhance battlefield awareness and protection, especially in contested environments. The vehicle is being engineered to support both manned and unmanned operations and to accommodate various mission payloads as needed.
In a notable milestone of the development process, the US Army utilized virtual simulations in May 2025 to incorporate real-time feedback from soldiers into digital twin models of the XM30. This innovative approach aims to refine aspects such as ergonomics, visibility, and system interfaces prior to the commencement of physical testing.
Integris Composites’ role in this project builds upon its previous collaboration with the US Army in the Future Long Range Assault Aircraft program, where the company provided next-generation composite armor solutions, further establishing its reputation as a leader in advanced materials for military applications.
