Precision Approach Radar (PAR) – High-Accuracy Landing Guidance for Air Traffic Control
| Company | Easat Radar Systems Ltd |
|---|
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Easat’s Precision Approach Systems are optimised for aircraft approach and air traffic control applications. The Precision Approach Radar is a solid-state, state-of-the-art system that meets and exceeds international ICAO annex 10 standards, provide excellent performance characteristics, high reliability, long-life, and low cost of ownership.
Ensure safe and precise aircraft landings with EASAT’s state-of-the-art Precision Approach Radar (PAR)—an advanced air traffic control system designed to provide high-accuracy landing guidance in all weather conditions. Engineered for military airbases, civil airports, and emergency landing sites, our PAR system delivers real-time, high-resolution tracking of aircraft position, azimuth, elevation, and range, ensuring safe landings even in low visibility and adverse weather.
Key Benefits & Features
✔ High-Precision Landing Guidance – Provides real-time azimuth, elevation, and range tracking, ensuring safe and accurate aircraft approaches.
✔ Optimized for All Weather Conditions – Functions effectively in fog, heavy rain, and low-visibility environments, supporting 24/7 operations.
✔ Rapid Response & Emergency Landing Support – Ideal for military, civil aviation, and emergency airfields, ensuring safe landings in high-stress situations.
✔ Long-Range Detection & Tracking – Offers extended coverage for aircraft approach and descent, improving air traffic safety.
✔ Seamless Integration with ATC Systems – Easily integrates with airport surveillance radar, secondary surveillance radar (SSR), and modern ATC networks.
✔ Low Maintenance & High Reliability – Built for long-term performance, reducing operational downtime and maintenance costs.
✔ Ideal for Military & Civilian Applications – Trusted by defence organizations, air traffic controllers, and airport authorities for enhanced approach control operations.
Optimized for Safe & Efficient Air Traffic Management
EASAT’s Precision Approach Radar (PAR) provides air traffic controllers with critical real-time data, allowing for safe and controlled aircraft landings, even in the most challenging conditions.
Upgrade to Advanced Landing Assistance Technology
Ensure maximum landing precision and safety with EASAT’s Precision Approach Radar (PAR). Contact us today at www.easat.com to discover how our industry-leading radar solutions can enhance your air traffic control operations.
Frequency Range: 9.0 – 9.5 GHz
Elevation Coverage: -1° to +9°
Azimuth Coverage: 30° (±15°)
Polarisation: Circular
Encoder Resolution: 14 Bit
Peak Output Power: > 300 W
Monochrome Pulse Width, Short: 300 ns
Non-Linear Frequency Modulated Pulse Width, Long: 30 µs
Pulse Compression: 100
Receiver Bandwidth: 6 MHz
Receiver Dynamic Range: 70 dB
Noise Figure: 4 dB
Maximum Range:
Pd = 80%, RCS = 5 m2 42.5 km (23 NM)
Instrumental Range: 42.5 km (23 NM)
Range Resolution: 120m
Elevation Resolution: ≤0.6°
Azimuth Resolution: ≤1.2°
Range Cell Size: 18.75m
Range Accuracy: <20m
Antenna Course Gain: 39.7 dB
Antenna Glide Gain: 36.4 dB
Type :Shaped Reflector
Aperture Azimuth: 4.05 x 1.5 m
Size Elevation: 5.45 x 1.5 m
Total Weight: 3,000 kg
Update Period: 1 sec
Design Life: 20 Years
Other Products From Easat Radar Systems Ltd
Airport Surveillance Radar – ASR Co-Located S & L-Band Radar Sensor
Primary Surveillance Radar – PSR Precision & Reliability for Air Traffic Control
Standalone Monopulse Secondary Surveillance Radar (MSSR) – Long-range Monopulse SSR for enhanced airspace monitoring
Surface Movement Radar (SMR) – Precision S-Band System for Air Traffic Control
