Maximum demonstrated payload
Missions Flown
Manufacturing Facility
Maximum altitude
[Our Mission]
Our mission is to enable aerial logisticsthrough uncrewed helicopter technology.
[The Fleet]
Our Platforms
Made in India UAVs built for global logistics, surveillance and EW-capable missions.
[Under Development]
What the fleet carries next.
SABAL 200
For heavy cargo missions up to 200 kg.
Heavy Cargo Logistics
Dur-Astra
Precision strike capability up to 150 km.
Long-Range Precision Strike
[Use Cases]
Applications
UAVs for high-altitude logistics, loitering munitions, and operations in EW environments.
[Logistics]
High-Altitude Logistics.For Last-Mile Resupply in Remote Areas
High-altitude logistics UAVs move heavy payloads across defence supply routes and remote regions, reducing dependence on traditional transport while expanding access for defence and civilian logistics.
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01 / 02[Kamikaze]
Surveillance to Strike.Operator-Controlled Engagement.
Kamikaze UAVs combine live FPV surveillance, operator-confirmed targeting, loitering munition capability and precision terminal engagement for GPS-denied and EW-contested defence missions.
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02 / 02[Clients]
Trusted by leading organisations
Made in India UAV systems for defence and civilian operations.
Frequently asked questions.
A quick guide to EndureAir’s platforms, autonomy, operating capabilities, and manufacturing.
EndureAir designs and manufactures unmanned aerial systems for logistics, surveillance, and defence. The portfolio spans the SABAL family of heavy-lift tandem-rotor logistics platforms and ALAKH, a micro-category FPV aircraft for close-range reconnaissance.
The right platform depends on mission endurance, range, payload, sensors, and operating environment. Share those requirements with our team and we can help identify the most suitable system and configuration.
Yes. EndureAir’s autonomy stack is designed for obstacle avoidance, dynamic route planning, and autonomous takeoff and landing in GPS-denied and contested environments, with dual GPS backup and automatic return-to-home.
Yes. EndureAir manages end-to-end production, including carbon-composite airframes, redundant power architecture, and mission-specific sensor integration, incubated at IIT Kanpur and certified to AS9100D.