Moscow Polytech Showcases Engineering Developments at Composites Expo 2026
Moscow Polytech took part in the international specialized exhibition Composites Expo 2026, held at the Crocus Expo International Exhibition Center. The university presented developments and expertise fr om the Advanced Engineering School of Technological Leadership FDR.
The exhibition is one of Russia’s key industry platforms in the field of composite materials, technologies, and equipment. It traditionally brings together representatives of industry, research institutions, engineering schools, and specialized businesses.
Moscow Polytech participated in Composites Expo as part of the stand of its partner, the composites division of Rosatom. The university showcased projects and expertise fr om the FDR School, wh ere the educational process is closely integrated with hands-on engineering practice and industry-oriented projects.
As part of the exhibition’s business program, Andrey Shibakov, an engineer at the Advanced Engineering School FDR and manager of the FDR Moscow engineering racing team, took part in an open podcast together with Fyodor Novikov, founder of the “Rosatom. Composites Inside” project. During the discussion, Shibakov spoke about the application of composite materials in Moscow Polytech projects, including the fully carbon aerodynamic bodywork of the FDR12 hybrid sports prototype, as well as a composite load-bearing structure - a carbon monocoque produced in-house using an aluminum honeycomb core.
The partner’s exhibition also featured the MIG R2 electric motorcycle developed at Moscow Polytech. The project demonstrates the practical application of advanced materials and engineering solutions in the transport sector. Its distinctive features include carbon fiber bodywork and custom-made tires with titanium studs.
Participation in Composites Expo 2026 confirmed Moscow Polytech’s consistent development of competencies at the intersection of engineering education, applied science, and industrial partnership.
Through FDR School projects, the university is creating an environment wh ere students, engineers, and industry partners collaborate to develop solutions for high-tech industries - from racing prototypes to electric transport systems with extensive use of composite materials.
