China Moneypro MMB 360 Series – 360° Infrared Panoramic Portable Radar

The ZL20 features modular, lightweight, and standardized design, enabling both mobile platform deployment and permanent fixed installations. Capable of detecting various small drones like DJI Phantom 4 and FPV through autonomous search or radar guidance modes, it delivers rapid, accurate detection with zero collateral damage, serving as an effective solution to prevent unauthorized flights and accidents involving "low-altitude, slow-moving, small-sized" targets. The equipment boasts easy disassembly, portability, reliability, strong environmental adaptability, and multi-network capability, making it widely applicable in core departments, airports, oil depots, grain warehouses, nuclear power plants, dams, refineries, and large-scale event venues for low-altitude security defense needs.

The T30 is a lightweight, portable short-range defense continuous-wave radar system. Utilizing DBF digital beamforming and simultaneous multi-beam technology, it can detect target motion speeds from 1 to 300m/s, with pitch angles ranging from-5 to 60 degrees. The radar achieves angular accuracy of 0.3 degrees and distance resolution of 5 meters, featuring data refresh rates of 1/2/3 seconds. It supports stable tracking of over 500 target groups simultaneously. Its scanning range covers areas with altitudes ≥4500m and radii ≥30km. The portable rotating platform consumes ≤450W, while the radar unit weighs less than 30kg. For the smallest DJI mini series UAVs, it provides detection ranges ≥6.5km, and for DJI mavic3 Pro models, ≥10km. With a maximum transmission power of ≤40W, it ensures exceptional operator safety and urban environmental compatibility. On battlefields, its minimal transmission power significantly reduces interception probability, enhancing operational survivability. Among low-power anti-unmanned/loitering radar systems, its technical performance stands unmatched.

The T10 Tri-Coordinate Active Phased Array Radar System employs a DBF Digital Beamforming architecture with simultaneous multi-beam technology, delivering exceptional detection sensitivity and superior anti-jamming capabilities. It achieves over 5km detection range for DJI Phantom 4 and Yi3Pro drones (RCS=0.01㎡) (with a measured maximum of 8km), while maintaining an 8km detection range against ground infantry (RCS=0.5㎡). With a scanning radius of 10km and coverage exceeding 1000 meters, the system provides high-precision target acquisition and trajectory tracking capabilities. The T10 radar boasts robust data processing capabilities, perfectly adapted to complex near-Earth ultra-low-altitude operational environments. It can distinguish micro-drone targets like the DJI Mini 3 Pro (249g) from intricate background clutter while maintaining stable tracking performance. Powered by a high-performance computing architecture, the T-series 3D radar supports a 1S data refresh rate, enabling rapid target acquisition and radar guidance to seize fleeting battlefield opportunities. The T10 radar is a low-interception-rate system designed for battlefield applications. Its transmission power is only one-tenth of conventional pulse radar, with antenna gain reduced by half. At the same range, its power density drops to 1/60-1/40 of standard pulse radar, while the signal interception distance is merely 1/10-1/5 of conventional systems. This configuration grants it superior battlefield survivability. Compared with the same power rival products, T10 tri-coordinate radar has nearly 1/4 of the power consumption (mobile power supply can support), nearly half of the weight (portable emergency) of the rival products, the highest detection accuracy in the industry; the highest data refresh rate in the industry; in terms of anti-jamming interference, it can also reach the highest level in the radar industry. In addition, the T10 radar antenna has built-in satellite navigation and positioning and direction finding self-calibration capability. After unfolding the tripod turntable and installing the radar panel, it can automatically locate and direction find, and then start working after being powered on, accurately reporting the three-dimensional coordinates and motion parameters of the target. Therefore, the T series radar with its light weight, low power consumption, high precision and high speed is particularly suitable for emergency deployment requirements supported by mobile power supply. Two or three soldiers can carry the full set of equipment, and the deployment can be completed within 5 minutes after arriving at the predetermined location and entering the working state.