UBEESKY

Company overview

UBEESKY is Nanjing Zhuoyu Intelligent Technology Co., Ltd., established in 2018 and based in Nanjing. The company develops, produces and sells intelligent optoelectronic equipment, servo equipment designed to withstand high overloads, and high-performance optical radar systems. Its work brings together multispectral image processing, high-precision servo control and multi-channel sensing and data fusion. Civilian sectors addressed by its equipment and sensing solutions include firefighting, petroleum, electric power, smart energy and smart grids.

The hardware range includes electro-optical platforms and turrets, airborne guidance and detection pods, counter-drone systems, inertial sensors and telescopic masts. Detection pods include LP-UAV70T-D1, LP-UAV130D-C1 and LP-UAV130T-C1. The LM120-3 is a lightweight triple-optical AI recognition and tracking pod, while UAV130T uses a three-axis triple-optical configuration for recognition and tracking. The component range also includes SMG20 and SMG25 series micro inertial gyroscopes, SMU20 series inertial measurement modules, and manual, antenna and high-precision, high-load telescopic masts.

The LP-UAV130T-C1 combines visible-light imaging, infrared imaging and laser ranging for day and night operation. Its gyro-stabilized, three-axis platform supports continuous yaw rotation, pitch from -120° to +40° and roll from -40° to +40°. Modular assembly allows adaptation to fixed-wing and rotary-wing aircraft, and an open interface allows users to integrate their own tracking and recognition algorithms. The pod captures photographs, records video and stores imagery, with visible-light output of 1920 × 1080 at 30 or 60 fps and infrared output of 640 × 512 at 50 fps.

For the LP-UAV130T-C1, laser ranging covers 15–3,000 m with ±1 m accuracy and a measurement frequency of at least 10 Hz. Control and video use Gigabit Ethernet, while power comes from a DC 12–28 V supply. Average consumption is no more than 10 W, and maximum consumption is no more than 30 W. Operation is specified from -40°C to +55°C, with storage from -45°C to +60°C. Line-of-sight stabilization and frame-angle output support sensor positioning, with stabilization accuracy specified at no more than 0.1 mrad (1σ).

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