ART Precission Approach Radar (PAR)
A game-changing innovation in precision landing systems
ART Precision Approach Radar (PAR) is an advanced staring radar system that provides an extremely accurate tracking capability for aircraft guidance during the final approach phase without requiring onboard equipment. The system uses high-resolution Doppler technology to discriminate and track nearby objects. Its compact and solid-state design eliminates the need for large mechanical systems, reducing maintenance needs and increasing reliability. It provides constant illumination of the flight glide path, ensuring superior detection capabilities even in cluttered environments.
ART Precision Approach Radar is an ideal solution for final approach guidance in a compact, low-maintenance, high-reliability system. It offers a significant improvement over traditional PAR systems while reducing operational costs and enhancing both efficiency and effectiveness for air traffic control operations.
High-Precision Aircraft Tracking
Accurately discriminates and tracks nearby moving objects up to 15 NM.
Update Rate
Update rates ≥ 2 Hz ensure real-time situational awareness, enabling quick and informed decision-making.
Compact Design
The most compact design available in the market, reducing physical footprint without compromising on performance.
Constant Illumination
Persistent surveillance ensures coverage and high detection probability, even in cluttered environments for the smallest aircraft.
Highlights
Simplifies installation and required infrastructure
The compact design significantly reduces space requirements compared to existing systems, enabling rapid deployment in any environment. Its minimal mechanical components reduces the overall logistical complexity and makes it ideal for both fixed and mobile deployments.
Lower lifecycle costs
With no moving parts and minimal maintenance requirements, ART PAR drastically reduces operational and lifecycle costs compared to traditional mechanical systems. Its solid-state design ensures long-term reliability and fewer service interruptions.
Ready for next-gen aircraft guidance
Optimized to track and guide aircraft with low radar cross-section (RCS), including future UAVs and stealth platforms. The high-resolution Doppler ensures precise detection even for the most challenging scenarios, improving safety and operational readiness.
Applications
ART PAR
| Radar type | 3D Persistent/Ubiquitous |
| Waveform | CWLFM Low Probability of Interception (LPI) |
| Frequency band | X band |
| Transmitter type | Solid state Redundant transmission chains |
| Processing | Digital beamforming Coherent integration - Doppler processing Platform movement digital compensation Track-before-declare Built-in multi target tracker |
| Instrumental detection range | 15 NM |
Technologies
Simultaneous multi-beam radar
Compact single unit
Small target detection better than 0.01m2 RCS
Low operation workload, automatic adaptation to the environment
High reliability and comprehensive Built-In-Test Equipment (BITE)
ART R&D Team has a broad scope of research and engineering background that results in an extensive range of cutting edge capabilities.
