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Adaptive Deep Learning 5km Radar Autonomous Operation

The product employs deep learning technology, exhibiting a reduced reliance on signal-to-noise ratio. It effectively addresses the challenge of detecting small targets in complex environments. It endows the radar with adaptive capabilities to various terrain environments, eliminating the need for parameter adjustments after relocation; it can be powered on directly for searching, ensuring user-friendly operation. Additionally, it breaks through traditional radar methods in particular MTI+MTD, CFAR, and conventional clutter map detection. It excels in high angular accuracy (azimuth and elevation), extremely low false alarm rates, stable trajectory tracking, and adaptability to the maneuvering flight of targets in complex environments like urban areas. The system can autonomously operate around the clock.

Key Benefits

Precision Detection
Stable Tracking
High Adaptability
Deep Learning
Future-Proof Design

Model:
R-Eye-100A

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Technical Specifications

Early-warning Detection Range	≥5 km (false alarm rate: 10-6, detection probability: 95%)
Minimum Detection Range	180 m
Angular Coverage Range	Azimuth: 0°to 360° (relative to antenna normal direction) Elevation: 0°to 30° (horizontal direction)
Resolution	Azimuth: ≤2.8°; Elevation: ≤7.5°; Range: ≤17 m
Accuracy	Azimuth: ≤0.5° (3σ); Elevation: ≤0.5° (3σ); Range: ≤8 m (3σ)
Weight	Radar Frontend ≤ 34 kg; Real-time Data Processing Platform ≤ 15 kg
Power Consumption	Radar Frontend ≤ 220 W; real-time data processing platform ≤200 W
Ingress Protection Rating	IP65
Operating Temperature	-40℃ to 55℃
Product Dimensions	Array ≤ 600 mm × 550 mm (including turntable)

Furthermore, the system boasts autonomous recognition of adverse weather conditions, effectively mitigating meteorological clutter and ensuring uninterrupted operation regardless of environmental factors. With its round-the-clock operational capabilities, it stands as a beacon of reliability and precision, facilitating seamless monitoring and surveillance across various applications and environments.

In summary, the product's array of features including precision detection, stable tracking, high adaptability, and deep learning integration herald a new era of radar technology, poised to redefine the standards of performance and reliability in the field.