Suprakor UL30

Suprakor UL30 is an ultra-light, man-portable wall-breaching charge capable of creating a soldier-sized entry hole through steel walls and armoured hermetic doors.

Description

Lightness meets power with the Suprakor UL30. This ultra-light, man-portable wall breaching charge has been expertly designed to provide efficient, soldier-sized entry points through the most robust steel barriers and armoured hermetic doors. Capable of penetrating steel walls up to 30mm thick, the Suprakor UL30 is at the forefront of modern breaching technology.

With today’s architectural advances, the need for advanced breaching tools has become paramount. In response, the Suprakor UL30 provides Special Forces and combat engineers with the ability to seamlessly navigate through reinforced steel buildings and structures.

Once deployed, the Suprakor UL30 creates a circular breach approximately 900mm in diameter, providing a generous entry point for quick and safe access.

But what really sets the Suprakor UL30 apart is its construction. Made from high-density foam, it incorporates an innovative, highly flexible composite liner and a strategically designed standoff to ensure breaching performance every time.

To ensure that the charge remains firmly attached to its target, it is also equipped with a powerful integrated adhesive known as Supratape. This addition ensures that the charge delivers consistent effectiveness regardless of the surface to which it is applied. With the Suprakor UL30, breaching has taken a significant step forward, ensuring readiness and efficiency for those on the front line.

Key features and benefits

  • Ultra Lightweight
  • Up to 30mm thick steel walls
  • Minimise time to target
  • Improving soldier survivability
  • Man-portable charge
  • Reduced preparation time
  • Blast effects limited on personnel and structures
  • Multi-functional

CUSTOMISED
PERFORMANCE
ENGINEERING

Suprameca has extensive experience in the design, development and manufacture of bespoke equipment that meets high safety and reliability requirements.