| Name / Designation | SR‑3D |
| Manufacturer | NASTP (Sensor Division) |
| Country of Origin | Pakistan |
| Type / Role | Short-range 3D air defense radar |
| Operational Domain | Ground air defense |
| Status | Operational |
| Frequency Band | S‑band |
| Antenna Type | Active phased array with digital beamforming |
| Antenna Aperture / Size | Not publicly disclosed |
| Power Output | Not publicly disclosed |
| Detection Range | 80 km |
| Tracking Range | ~80 km |
| Target Tracking Capacity | Multi-target |
| Elevation Coverage | 3D tracking |
| Azimuth Coverage | 360° |
| Beam Steering | Electronic steering |
| Pulse Repetition Frequency (PRF) | Not disclosed |
| Resolution | Not disclosed |
| Update Rate | Not disclosed |
| Clutter Rejection / ECCM | Built-in ECCM features |
| Primary Functions | Air surveillance, target acquisition |
| Target Types | Aircraft, UAVs, low RCS targets |
| Integration / Networking | Air defense command & control systems |
| IFF Capability | Typically integrated |
| Data Link / Networking | Digital networked interfaces |
| Weather & Terrain Resistance | Standard military grade |
| Mobility / Mounting | Ground deployment (fixed or mobile) |
| Dimensions | Not publicly disclosed |
| Weight | Not publicly disclosed |
| Power Requirement | Classified |
| Cooling System | Standard military cooling |
| Operating Temperature Range | Military standard |
| Deployment Platform | Fixed or mobile ground site |
| Crew Requirement | Standard radar crew |
| Signal Processor Type | Digital signal processor |
| Processing Speed | Not disclosed |
| AI / Automation Features | Advanced signal processing |
| Data Output / Interface | Digital networked outputs |
| Software Upgradeability | Likely configurable |
| Year Introduced | 2024 |
| Users / Operators | Pakistan Air Force |
| Notable Deployments | Early acquisition radar system |
| Successor / Predecessor | Longer-range variant in development |
| Export Availability | Controlled export |
| ITAR / MTCR Status | Not US regulated |
| Cost Estimate | Not public |
The SR‑3D Radar is a ground‑based, short‑range 3D air defense radar designed to spot, track, and cue air defense systems against a wide range of aerial threats. It is a modern sensor developed to improve situational awareness and bolster integrated air defense networks with accurate target data in three dimensions.
The radar is built by the Sensor Division of the Pakistan Air Force’s National Aerospace Science and Technology Park (NASTP). It represents Pakistan’s push toward indigenous air defense sensor technology and replaces older mechanically scanned systems with a phased array design.
SR‑3D operates in the S‑band frequency, which is common for medium‑range search and surveillance radars and offers a balance of range and resolution in air defense roles. The system uses digital beamforming and advanced signal processing to detect and track aircraft, helicopters, unmanned aerial vehicles (UAVs), and other low radar cross section (RCS) targets. Its design improves resilience against electronic countermeasures and enhances detection in complex environments.
The radar has a detection range of about 80 km and rotates to provide full 360‑degree coverage. It functions as both a surveillance radar for early warning and a target acquisition radar that can feed tracking data to surface‑to‑air missile batteries, anti‑aircraft guns, and close‑in weapon systems. Its modular architecture supports integration with command and control networks.
SR‑3D’s operational use is focused on ground‑based air defense units that need reliable short‑range detection with 3D target data, including elevation, to cue interceptors more effectively. It also serves as a stepping stone for future longer‑range radar variants that NASTP is planning to introduce.
SR‑3D pricing is not publicly disclosed, as it is defense equipment normally sold under government‑to‑government agreements or direct military procurement.
It is a short‑range ground‑based radar to detect and track aircraft and relay data to air defense systems.
It is developed by the National Aerospace Science and Technology Park under the Pakistan Air Force.
About 80 kilometers in typical air defense use.
Yes, it uses digital beamforming and ECCM‑style features to counteract jamming.
So far it is associated with Pakistan’s radar programs and not widely exported.
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