HAL RUAV-200
| Industry | Aerospace and defense |
|---|---|
| Founded | December 23, 1940 in Bangalore, India |
| Headquarters | Bangalore , India |
| Products | Aircraft, helicopters, UAVs |
HAL RUAV-200 (Rotary Unmanned Aerial Vehicle) is an unmanned rotorcraft initiative created by Hindustan Aeronautics Limited to serve the operational requirements of the Indian Army and Indian Navy.
IAI-HAL NRUAV
The IAI-HAL NRUAV (Naval Rotary Unmanned Aerial Vehicle) represented a collaborative effort between Malat Solutions, a subsidiary of IAI from Israel, and India's HAL to develop an unmanned rotorcraft tailored for the Indian Navy. This venture laid the groundwork for the subsequent RUAV-200 project.
This initiative integrated Malat’s Helicopter Modification Suite (HeMoS) onto HAL’s upgraded Chetan platform—an enhanced version of the Chetak fitted with Turbomeca TM 333 2M2 engines—specifically adapted for unmanned missions emphasizing advanced ISR capabilities from naval vessels.
Equipped with Autonomous Vertical Take-off and Landing (AVTOL) functionality, the IAI-HAL NRUAV was designed to operate efficiently from warships with helicopter decks as well as from unprepared terrains. Functioning as an elevated mast, it extended a ship’s detection reach for early warning against airborne threats, cruise missiles, surface ships, and underwater targets. The system was engineered to sustain six hours of flight endurance with a 120 km operational radius from its launch platform, carrying ISR payloads such as SAR, EO, and SIGINT sensors.
Commencing in late 2008 with allocated funding of , the project encountered setbacks primarily due to complexities related to take-off and landing on moving naval platforms. By February 2017, the contract with IAI was terminated, and further development responsibilities were transferred to the Aeronautical Development Establishment (ADE).
Specifications
|length m=12.84 |rot dia m=11.02 |height m=3.09 |max takeoff weight kg=2,200 |eng1 number=1 |eng1 name=Turbomeca TM 333 |eng1 type=turboshaft |eng1 kw=736 |max speed kmh=100 |range km=150 |endurance=6 hours |ceiling m=15,000
HAL RUAV-200
By February 2019, HAL had successfully developed and showcased a full-scale prototype of the RUAV-200 at Aero India 2019. The project was pending approval through a preliminary design review, with technical collaboration from IIT Kanpur and the Aeronautical Development Establishment (ADE) under DRDO. The UAV is intended to fulfill operational needs for both the Indian Army and Indian Navy. Weighing , it incorporates a twin-rotor blade configuration powered by a petrol aero-engine, featuring FADEC controls, SLR-DC datalink communication, and autonomous flight capabilities including automated take-off and landing.
As of 2023, the RUAV-200 is positioned to address the Army’s requirement for durable military-grade drones suitable for deployment in high-altitude environments. The Indian Army has specified a demand for 163 High Altitude (>) and 200 Medium Altitude (>) Logistics Drones. HAL refers to the Army-specific model as Logistics Drone (High Altitude) or {LD(HA)}. Additionally, the Army mandates that at least half of the drone’s cost must be sourced domestically.
This UAV enhances reconnaissance support for units such as the armoured formations and artillery regiments by carrying electro-optical day/night camera systems. It is engineered to operate reliably across temperature extremes ranging from -35°C up to +55°C.
HAL is also planning to introduce an armed version equipped with network-centric warfare features, potentially armed with machine guns, anti-tank guided missiles, and air-to-surface missile systems.