

| Name / Designation | Indra Lanza 3D Radar |
| Manufacturer | Indra Sistemas |
| Country of Origin | Spain |
| Type / Role | Long-range air surveillance radar |
| Operational Domain | Air |
| Status | Active |
| Frequency Band | L-band |
| Antenna Type | AESA |
| Antenna Aperture / Size | Large planar array, approx 7 to 10 m |
| Power Output | High power solid-state transmitter |
| Detection Range | Up to 470 km |
| Tracking Range | 400+ km |
| Target Tracking Capacity | 1000+ targets |
| Elevation Coverage | Up to 30 degrees |
| Azimuth Coverage | 360 degrees |
| Beam Steering | Electronic |
| Pulse Repetition Frequency (PRF) | Adaptive |
| Resolution | High-resolution 3D tracking |
| Update Rate | Seconds-level refresh |
| Clutter Rejection / ECCM | Advanced ECCM and clutter suppression |
| Primary Functions | Surveillance, tracking, early warning |
| Target Types | Aircraft, UAVs, cruise missiles |
| Integration / Networking | Integrated air defense systems |
| IFF Capability | Yes |
| Data Link / Networking | NATO standard links |
| Weather & Terrain Resistance | All-weather capability |
| Mobility / Mounting | Fixed and mobile platforms |
| Dimensions | Large fixed or trailer-mounted system |
| Weight | Heavy |
| Power Requirement | External generator |
| Cooling System | Air-cooled with auxiliary systems |
| Operating Temperature Range | Wide operational range |
| Deployment Platform | Ground-based |
| Crew Requirement | 3 to 6 personnel |
| Signal Processor Type | Digital signal processing |
| Processing Speed | Real-time |
| AI / Automation Features | Automated tracking and classification |
| Data Output / Interface | Digital C2 systems |
| Software Upgradeability | Modular upgrades supported |
| Year Introduced | Early 2000s |
| Users / Operators | NATO and allied countries |
| Notable Deployments | Air defense networks across Europe |
| Successor / Predecessor | Lanza family evolution |
| Export Availability | Yes |
| ITAR / MTCR Status | Non-ITAR, export-controlled |
| Cost Estimate | $20M to $40M |
The Indra Lanza 3D radar is a long-range air surveillance system designed to detect, track, and classify aerial threats across complex operational environments. Developed for modern air defense networks, it provides high-resolution situational awareness against conventional aircraft, cruise missiles, and emerging low-observable threats such as drones.
Built with advanced digital processing and electronic scanning capabilities, the radar supports early warning missions and contributes to layered air defense architectures. Its modular design allows deployment in both fixed and mobile configurations, making it suitable for expeditionary operations and strategic installations.
The system is developed by Indra Sistemas, a Spain-based defense technology firm specializing in radar, electronic warfare, and command-and-control solutions. The Lanza family of radars is widely used by NATO and allied nations, reflecting strong interoperability and compliance with Western standards.
The Lanza 3D radar provides a detection range of up to approximately 470 km, depending on target size and altitude. It operates in the L-band frequency, optimized for long-range surveillance and improved detection of stealth targets. The radar can track hundreds of targets simultaneously while maintaining rapid update rates for real-time threat assessment.
Public pricing is not officially disclosed. However, based on comparable long-range AESA radar systems, unit costs are estimated in the range of $20 million to $40 million, depending on configuration, mobility package, and integration requirements.
Long-range air surveillance and early warning.
Yes, it is optimized for counter-drone and low-altitude detection.
Yes, it can be deployed in transportable and fixed configurations.
L-band, suitable for long-range detection and anti-stealth performance.
Yes, it supports NATO interoperability standards.
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