The Solar Group has successfully test-fired guided micro-missiles as part of the 'Bhargavastra' counter-drone system. This system, designed with micro-missile technology, has been specifically developed to address the increasing threats posed by loitering munitions and weaponised drones.

The first control trial was conducted on January 12 against a stationary target in the air at a distance of 2,500 meters and a height of 400 meters. On January 13, the second control trial took place against a moving electronic target. A video shared by ANI on X shows the second control trial recorded using an infrared (IR) camera, targeting a moving electronic object. The group "indigenously designed and developed the micro-missile for multi-layer counter-drone system 'Bhargavastra' to inflict hard kill on enemy UAV at an affordable cost," according to the statement. 

The group has added an extra layer of soft-kill capability to make it a comprehensive solution against all UAV threats. The system can also integrate seamlessly with the armed forces' existing network for network-centric warfare. As reported by The Economic Times, two test firings were conducted this week at the Gopalpur Seaward Firing Ranges. The group has enhanced the system by adding an additional soft-kill capability, making it a complete solution against all UAV threats. It can also easily integrate with the armed forces' current network for network-centric warfare. According to The Economic Times, two test firings were carried out this week at the Gopalpur Seaward Firing Ranges.

A few senior Army officials watched the test live. It is now prepared for larger and more extensive trials scheduled for this year, which will lead to its induction into the armed forces. According to sources, the system can fire more than 64 tiny missiles at once. Economic Explosives Ltd. is developing it, and it will be installed on a transportable platform so that it can be quickly deployed to the threat areas. It has also been designed to work in all types of terrains, including high-altitude areas.