The Defense division is committed to providing innovative options and materials that are tailored to the military sector's requirements.
Contact UsWe can produce fully customizable, ad-hoc components based on your project's requirements, thanks to our experience and know-how in hybridization and composite panel production.
This system is based on an innovative concept of lamination and hybridization of multi-materials such as glass, ceramic, steel, and polymers.
With the ability to incorporate additional materials, we can produce a diverse range of components suitable for:
The range includes last-generation textile and polymer hybridization with Heavy-Duty performance. Materials that are ductile, foldable, and transportable for hangar or command post covers, helicopter landing mats for rough terrain, and aircraft protection.

Designed for rapid deployment in high-risk environments, this modular shelter system provides military-grade protection for personnel and critical equipment through advanced composite and reinforced steel construction.
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Designed for high-risk environments, the HRB system delivers advanced blast and ballistic protection through a modular high-resistance barrier structure engineered for rapid deployment and reliable performance.
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The ULISSE UGV DRN-0100 is an electric unmanned ground vehicle engineered for off-road logistics operations, capable of transporting heavy payloads across challenging terrain with high traction and maneuverability.
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Wall coverings feature multi-hit protection panels secured with ground and wall mounts for rapid installation. Suitable for interior and exterior applications, they provide safety while preserving the building’s structural integrity.
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Lightweight composite protection systems engineered to resist blasts, fragmentation, ballistic threats, and forced entry while preserving existing structural aesthetics and integrity.
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This ultra-lightweight composite landing mat is engineered for difficult terrain, providing high mechanical resistance, anti-cut and anti-puncture protection, and energy dissipation against high-velocity debris and fragmentation.
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