| Name / Designation | Rohini Radar |
| Manufacturer | Bharat Electronics Limited |
| Country of Origin | India |
| Type / Role | Low level air surveillance radar |
| Operational Domain | Ground based air defense |
| Status | In active service |
| Frequency Band | L band |
| Antenna Type | AESA |
| Antenna Aperture / Size | Classified |
| Power Output | Solid state |
| Detection Range | Up to 180 km |
| Tracking Range | Up to 150 km |
| Target Tracking Capacity | 100 plus |
| Elevation Coverage | Low to medium altitude |
| Azimuth Coverage | 360 degrees |
| Beam Steering | Electronic |
| Pulse Repetition Frequency (PRF) | Adaptive |
| Resolution | High for low altitude targets |
| Update Rate | Real time |
| Clutter Rejection / ECCM | Advanced ECCM |
| Primary Functions | Surveillance, early warning |
| Target Types | Aircraft, helicopters, UAVs |
| Integration / Networking | Integrated air defense systems |
| IFF Capability | Supported |
| Data Link / Networking | Secure digital links |
| Weather & Terrain Resistance | High |
| Mobility / Mounting | Truck mounted |
| Dimensions | Vehicle mounted |
| Weight | Classified |
| Power Requirement | Generator based |
| Cooling System | Air cooled |
| Operating Temperature Range | Wide operational range |
| Deployment Platform | Mobile ground vehicle |
| Crew Requirement | 4 to 6 personnel |
| Signal Processor Type | Digital |
| Processing Speed | High speed real time |
| AI / Automation Features | Assisted target tracking |
| Data Output / Interface | Command and control systems |
| Software Upgradeability | Modular |
| Year Introduced | Early 2000s |
| Users / Operators | Indian Air Force |
| Notable Deployments | Border air defense coverage |
| Successor / Predecessor | Upgraded Rohini variants |
| Export Availability | Limited |
| ITAR / MTCR Status | Non ITAR |
| Cost Estimate | 15 to 25 million USD |
Rohini Radar is a mobile, low level air surveillance radar designed to detect and track aerial threats flying at low and very low altitudes. Developed to close gaps in ground based air defense coverage, the system plays a key role in protecting critical infrastructure and military assets from aircraft, helicopters, and unmanned systems.
Rohini Radar is developed and produced by Bharat Electronics Limited under India’s Defense Research and Development Organization framework. The radar reflects India’s push for indigenous air defense technologies with export potential for friendly nations.
The radar is optimized for short to medium range detection of low flying targets that often evade long range surveillance systems. Operating in the L band, Rohini Radar uses a solid state active electronically scanned array to provide reliable target detection in cluttered environments. It can track multiple targets simultaneously while maintaining stable performance in adverse weather and electronic interference conditions.
Rohini Radar uses digital signal processing, adaptive clutter suppression, and electronic counter countermeasure features. It is mounted on a mobile platform, allowing rapid deployment near forward bases, coastlines, or urban areas. The system integrates with command and control networks and supports Identification Friend or Foe systems, making it suitable for layered air defense operations.
Rohini Radar has been deployed by the Indian Air Force as part of its low level air surveillance network. Its role is to provide early warning and cueing data to surface to air missile systems and interceptor aircraft.
Rohini Radar pricing in the United States is not publicly disclosed. Based on comparable mobile air surveillance radars, estimated costs range from 15 million to 25 million USD per unit depending on configuration, support packages, and integration requirements.
It is used for low level air surveillance and early warning against aircraft and drones.
The radar can detect targets up to about 180 kilometers depending on altitude.
It is manufactured by Bharat Electronics Limited of India.
Yes, it is capable of tracking helicopters and unmanned aerial vehicles.
Yes, it is mounted on a mobile platform for flexible deployment.
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