MOWITAL® Technology Scouting: Technology Scouting at ILA Berlin 2026: Advanced Materials Driving Aerospace Innovation

ILA Berlin 2026 once again demonstrated how rapidly aerospace technologies are evolving. While aircraft, defense systems and autonomous platforms attract most of the attention, our Technology Scout Gurshranjit (Jeet) Singh with industry experts revealed a common theme behind many of these innovations: advanced materials.

As part of our technology scouting activities, Gurshranjiit (Jeet) Singh attended ILA Berlin to exchange insights with leading companies and research organizations, including Airbus, Diehl Aviation and Fraunhofer. Across conversations covering civil aviation, defense and future mobility concepts, one message stood out clearly: material performance remains a critical enabler of innovation.

Reducing weight remains one of the industry's most important objectives. Whether for commercial aircraft, unmanned aerial vehicles (UAVs) or emerging autonomous flight platforms, lower weight contributes directly to improved eRiciency, increased payload capacity and extended operating ranges.

This trend continues to drive the development of advanced thermoplastic composites and innovative manufacturing processes.

For MOWITAL®, this is particularly relevant in the field of thin-film binder technologies. MOWITAL® Thin Film enables highly uniform and ultra-thin binder layers that support lightweight composite structures while maintaining processing eRiciency.

Another recurring topic during the event was the increasing demand for durable materials capable of performing under extreme environmental conditions.

Advanced coating systems play an important role in protecting aerospace components from temperature fluctuations, UV exposure, moisture and mechanical stress.

MOWITAL® PVB binders oRer a combination of flexibility, adhesion and durability thatcan support the development of high-performance coating solutions for demanding applications.

Beyond technical performance, many discussions also focused on supply chain resilience and technological sovereignty. Access to reliable material technologies is becoming increasingly important as aerospace and defense industries seek to strengthen innovation capabilities and reduce dependencies.

Advanced polymers and composite technologies are therefore not only engineering solutions but also strategic enablers for future industrial development.

The visit to ILA Berlin 2026 confirmed that many of tomorrow's aerospace innovations will be enabled by progress at the material level. From lightweight composite structures to advanced coatings, material technologies continue to play a crucial role in shaping the future of aviation, defense and space applications.

Events such as ILA provide valuable insights into emerging developments and help us identify future opportunities for MOWITAL® technologies in rapidly evolving markets.