L3Harris has been collaborating with Dstl on robotics research since 2011, with its latest project focused on integrating a dual-arm system onto existing robotic platforms. The new payload was successfully mounted on the large T7 robot, featuring HDT Global’s Adroit dual-arm manipulator controlled by L3Harris’ advanced haptic controller.
This innovation offers operators a combination of high-strength lifting and precise dexterity, enabling tasks such as unzipping bags or dismantling pipe bomb casings. The improved flexibility and range of motion allow for faster and more efficient threat neutralisation compared to single-arm systems.
During the two-day demonstration, MOD operators tested the system alongside other autonomous EOD technologies funded by Dstl. Experts from various defence fields also explored how the dual-arm capability could be applied to chemical, biological, radiological, nuclear (CBRN), and explosives detection missions.
Dr. Paul Bosscher, Advanced Concept Engineer at L3Harris, highlighted the importance of gathering feedback from MOD personnel who may deploy the system in real-world scenarios. He noted that the discussions at the event pointed to broader applications beyond EOD, opening new possibilities for defence and security operations.
The demonstration also featured another T7 robot equipped with deployable sensor applications for realistic mission scenarios. L3Harris’ haptic control system enhances operator precision, reduces workload by 20%, and shortens task completion times by the same margin, as confirmed by research with the U.S. Army Research Lab.
L3Harris’ T7 and T4 robotic platforms are already in service with military forces in the UK, U.S., and Australia.
