L3Harris delivers T4 and T7 robotic systems to support Australian defence explosive ordnance disposal

By Martin Chomsky (Defence Industry Europe)

Land |
L3Harris delivers T4 and T7 robotic systems to support Australian defence explosive ordnance disposal

Photo: L3Harris Technologies.

L3Harris Technologies has delivered T4 and T7 multi-mission robotic systems to support Australian Defence Force personnel during high-risk missions. The company said the systems are designed to help operators detect, inspect and neutralize threats while remaining at a safer distance.

The robotic systems can support dangerous tasks including explosive device neutralization and response to hazardous materials threats. L3Harris said the technology is intended to reduce direct exposure to danger during explosive ordnance disposal, route clearance and related operations.

“Simply put, these robots save lives,” said Ian Charles, Managing Director, Global Spectrum Superiority Australia, L3Harris.

“When an ADF operator uses one of these systems to investigate a suspicious device or clear a dangerous route, they’re better protected from potential harm,” Charles added. “With sustainment operations based in Brisbane, we’re ensuring this technology remains mission-ready while strengthening Australia’s sovereign defence capability.”

 

 

Australian Defence Force personnel have completed intensive training on the systems at RAAF Base Amberley in Queensland and the Defence Explosive Ordnance Training School in Sydney. The training is intended to prepare operators to use the robotic systems in operational scenarios.

The L3Harris robotic fleet was delivered under a 2023 contract. The systems support the DEF08101 program, which is focused on improving explosive ordnance disposal capabilities for the Australian Defence Force.

According to L3Harris, the robots will assist with improvised explosive device neutralization, exploitation and route clearance missions. The company said these activities previously placed personnel at significant risk and can now be carried out with improved operator protection.