The LT-X60 phased-array UAV surveillance radar is a key low-altitude monitoring system featuring unattended operation, high reliability, low cost, and a phased-array architecture.

It is designed for low-altitude (0 m – 3000 m), small-RCS (0.01–10 m²), and slow-speed (3 km/h – 400 km/h) targets.

A single radar unit can detect and locate low-altitude flying targets within a near-field range of 0.1–50 km.

When networked, multiple radar nodes can provide low-altitude surveillance of critical areas such as urban regions, borders, and air corridors.

By deploying a network of phased-array radars, the system can perform real-time detection, tracking, and localization of multiple targets across a wide area.

Compared with traditional low-altitude monitoring radar solutions, this system offers lower cost, smaller size, easier deployment, and higher reliability.

Each radar node can be co-located with a mobile communication base station, utilizing the station’s power supply and cooling system, while exchanging radar detection data through the base station’s fiber-optic network interface.

The primary function of this radar is to provide networked coverage of key regions and to perform search and surveillance of low-altitude targets within the 0–3000 m altitude layer.

This system is capable of all-weather operation and offers long detection range, accurate real-time positioning, strong target acquisition capability, and rapid, precise interference response.

Key features include:

• Phased-array architecture with high sensitivity and stable performance.
• Strong resistance to active and passive interference.
• High resolution and measurement accuracy, enabling multi-radar surveillance networking.
• Excellent clutter-suppression performance in complex environments.
• Addresses the global technical challenge of detecting low-altitude, small-RCS, slow-speed targets.
• Equipped with an elevation adjustment mechanism, allowing antenna tilt adjustment for deployment in diverse terrain environments.
• Overcomes target-masking issues caused by background reflections in complex environments, enabling reliable detection of low-slow-small targets.
• Solves multi-target selection, tracking, and identification challenges in cluttered environments.
• Supports electro-optical fusion, enabling integrated operation with optical cameras.