IIT Delhi, DRDO develop tactical aerostat capable of carrying payloads up to 20 km
New Delhi, July 1
The Indian Institute of Technology Delhi on Wednesday demonstrated an indigenously developed low-cost tactical aerostat built in collaboration with the Defence Research and Development Organisation and a domestic startup.
IIT Delhi Professor Bhupen Singh Bhatola said the institute has developed an indigenous tactical aerostat capable of carrying surveillance and communication payloads at altitudes of up to 20 km, reducing reliance on imported systems.
Speaking to ANI, Bhatola said, "This is an Aerostat, a big lighter-than-air-filled balloon. This can be called a raised platform which can be taken to up to a height of 20 km. You can install a payload on it, like a camera or IR detectors or communication networks. Taking it to a height enables it to cover a large area. Till now, its use was limited to use of the defence domain and they were imported from the US. DRDO wanted to make it in India, and our effort was towards developing the material for it. Dr Neeraj Mandlekar, who trained in this project, started a startup and developed a skill to give shape to this material. This is a combined effort of IIT-Delhi, DRDO and a startup."
He said the indigenously developed tactical aerostat can remain airborne longer than drones, carry heavier payloads, and support logistics operations, adding that the technology also has significant potential for civilian applications in the future.
"The two fundamental differences between this aerostat and a drone are that a drone is powered. As compared to a drone, it can stay afloat for a longer time. They can carry a huge payload and can also supply materials. We are seeing that this can be used for civilian purposes in future. We can say with confidence that we can provide this solution to customers," he further added.
— ANI
Reader Comments
Good to see IIT-Delhi and DRDO collaborating with a startup. But 20 km altitude? For surveillance, that seems modest. Drones like the MQ-9 Reaper can go higher. Still, for a first indigenous attempt, it's promising. Hope the civilian applications come soon—disaster management and communication in remote areas would benefit.
Impressive! I recall aerostats were used by the US for border security and Iraq/Afghanistan. If India can make them cheaper and more versatile, it's a win. That payload capacity could be huge for comms relay in rural areas. Well done, team. 👏
Make in India at its best! But I'm curious about the cost comparison—how cheap vs imported ones? Also, 20 km is decent, but for strategic ops, you'd want persistence at lower altitudes. Still, a solid step. Startups like this need more government support. 🙌
Nice to see indigenous tech. But 20 km altitude means it's still within range of enemy anti-aircraft systems. Need to think about survivability. Still, for peacetime monitoring and civilian use (like telecom relay in hills), this could be a game-changer. Well done, IIT-Delhi and DRDO! 🌟
Aerostats have been around for decades. But India customizing it for local needs is smart. The real test will be reliability in harsh weather—monsoon winds, dust storms. Hope they've stress-tested it well. Still, a good move towards self-reliance. 🇮🇳
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