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India successfully tests Indian Army’s first 'Bhargavastra' counter-drone micro missiles – details here

India successfully tests Indian Army’s first 'Bhargavastra' counter-drone micro missiles – details here


Bhargavastra micro-missile system:

Bhargavastra micro-missile system: India has successfully tested its first domestically developed micro-missile system, engineered to counter swarm drone threats. The testing included two successful firings at the Gopalpur Seaward Firing Ranges this week.
The new micro-missile system, being developed for the Indian Army, successfully engaged virtual targets beyond 2.5 km, demonstrating an economical solution against large-scale drone attacks that pose a continuous security challenge.
Following these successful demonstrations, which were observed by senior Army officials, the system is positioned for comprehensive trials later this year, advancing towards integration into the armed forces.

Army’s first counter-drone micro missiles

What is the Bhargavastra micro-missile system?

  • The counter-drone system, ‘Bhargavastra’, demonstrates capability to detect small aerial vehicles at ranges exceeding 6 km and neutralise them using guided micro munitions.
  • The Bhargavastra system features simultaneous launch capability of over 64 micro missiles.
  • Economic Explosives Ltd is developing this mobile platform-mounted system, ensuring rapid deployment to threat areas.
  • Its design accommodates operations across various terrains, including high-altitude regions, meeting specific military requirements.
  • As the first micro missile-based counter-drone system developed for Army Air Defence, it addresses a crucial capability gap. The Air Force has also expressed significant interest, with few comparable systems existing globally.

The widespread availability of affordable drones, particularly in swarm formations, presents significant challenges to armed forces traditionally reliant on costly air defence missiles for asset protection.
There is a pressing need for cost-effective systems targeting drone threats, whilst preserving advanced air defence systems for more substantial threats.



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