low-altitude surveillance radar system
The DD-R10 is an advanced low-altitude tracking radar designed for resilient airspace awareness in challenging environments. It features enhanced Doppler processing, sector-based surveillance, and precision micro-motion detection to identify small UAVs at long distances. With environmental clutter filtering, multi-directional scanning, and stable all-weather operation, the system supports security missions requiring continuous visibility over sensitive low-altitude corridors.
The DD-R10 strengthens low-altitude surveillance with advanced micro-Doppler signature extraction, phase-coherent scanning, and velocity-gated filtering for precise recognition of nano-UAVs and swarm activity. Its altitude-layered tracking, spectral-density detection, and 3D trajectory reconstruction enhance airspace awareness across sensitive zones. Engineered with a resilient signal-processing core and environmental-drift compensation, the system supports defense-grade situational scanning in complex, cluttered, low-altitude environments.
Product Overview
The DD-R10 low-altitude surveillance radar system is a high-performance 3D airspace monitoring radar engineered for detecting and tracking low-flying UAVs, aircraft, birds, and surface targets. Built on advanced digital beamforming (DBF) and continuous-wave radar technology, it delivers wide-area 360° coverage, high measurement accuracy, and stable operation in complex electromagnetic environments. Its capability to identify low-RCS drones, maneuvering targets, and long-range threats makes it ideal for modern counter-UAS detection radar architectures.
The DD-R10 delivers dependable low-altitude situational sensing through its refined aerial target discrimination engine and high-coherence radar waveform design. It supports broad-area rotational monitoring, dynamic range optimization, and micro-UAV echo recognition, enabling operators to maintain reliable oversight in sensitive zones. With persistent scanning logic and noise-resilient echo extraction, the system strengthens detection in crowded spectrum and terrain-complex environments.
Key Features
High-refresh-rate tracking: 1–3 s scan rate improves fast-moving UAV tracking compared with traditional radars.
Wide-area 360° surveillance: Full azimuth rotation and DBF elevation scanning up to +65°.
Adaptive clutter suppression: Strong rejection of ground, sea, and weather clutter for low false alarms.
Low-power, low-signature operation: Continuous-wave architecture enables LPI radar performance, reducing interception probability.
Multi-target tracking: Automatically tracks 500+ targets simultaneously with high-accuracy ranging and angular measurement.
Near-zero blind zone: Detects close-range drones and birds around runways and low-altitude zones.
All-weather operation: IP66/IP67 protection, -40°C to +55°C temperature range, suitable for harsh outdoor deployments.
Easy integration: Gigabit Ethernet interface enables seamless connection with EO/IR sensors, RF detectors, and full counter-UAS systems.
Operational Advantages
Strong anti-interference capability in dense electromagnetic environments.
Excellent detection radius for small UAVs (≥10 km) and mid-size fixed-wing drones (≥20 km).
Superior mobility and low power consumption compared with pulsed radar architectures.
High accuracy for battlefield, security, and low-altitude economic corridor awareness.
Application Scenarios
Airport bird-strike prevention and runway low-altitude monitoring
Border security surveillance and illegal UAV intrusion tracking
Coastal defense radar networks
Critical infrastructure airspace monitoring (power plants, refineries, data centers)
Battlefield low-altitude situational awareness
Urban low-altitude economy & drone traffic supervision