Swarm drones and CCAs take flight in India
NRT’s precision strike and swarm-capable drone Sheshnag-150 in flight. (Image: NRT)
India’s efforts to secure its borders with China and Pakistan, alongside its push for self-reliance, have taken a significant step forward with the first successful flight of the Sheshnag-150, a 150kg long-range precision strike UAV developed by Bengaluru-based NewSpace Research and Technologies (NRT).
The Sheshnag-150, with an endurance of five hours and a payload capacity of 25–40kg, flew for two hours during its maiden flight. Named after the mythological serpent Sheshnag, the UAV reflects its multi-faceted capabilities. A private development by NRT, it is expected to address the Indian Armed Forces’ emerging swarm-based long-range requirements.
“It is expected to fill
Already have an account? Log in
Want to keep reading this article?
More from Air Warfare
-
Paraguayan Air Force receives four A-29 Super Tucano aircraft
Six Super Tucano aircraft were ordered in July 2024, with Paraguay the fifth South American country to add the aircraft to modernise its fleet.
-
Baykar completes Piaggio Aerospace takeover with plans to boost drone production
The takeover of the Italian firm by Baykar solidifies the company’s efforts to forge closer ties with Italian industry, bolsters its partnership with Leonardo to produce UAVs and secures its foothold in Europe.
-
US budget boosts Boeing’s F-15EX with $3.1 billion investment to increase fleet to 129
The F-15EX Eagle II had already been singled out for further funding in January 2025, when it was chosen to replace the A-10 aircraft for the US National Guard.
-
Spain earmarks $1.6 billion for Hurjet trainer aircraft acquisition
Spain’s Defence Minister told the Senate Defense Commission on 27 June of the decision to acquire Turkish Aerospace Industries’ (TAI) trainers as the country seeks to replace its Northrop F-5M aircraft.
-
Leonardo’s Proteus structural tests “nearing completion” ahead of first flight
The company has tested over 15 mission sets for the drone, with the rotorcraft used to demonstrate the viability of armed forces utilising large uncrewed aerial systems’ (UAS) for autonomous missions in the future.