A-9-RSS003 UAV Photoelectric Reconnaissance Equipment
A9-RSS003 UAV photoelectric reconnaissance equipment of gyro-stabilised platform subsystem, image processing subsystem, and optoelectronic payload subsystem, including five models namely A9-RSS003-095, A9-RSS003-260, A9-RSS003-300, and A9-RSS003-360, is intended to provide UAV with stable and clear visible ligjt/infrared images, and achieve target tracking, laser ranging/illuminatio, real-time scouting, combat surveillance, and accurate positioning of tactical targets on land (at sea), and precisely target striking by laser guided weapon.
A9-SAS002 Vessel SATCOM Equipment
The A9-SAS002 vessel SATCOM equipment connects sateline communication link with shore based command center station by communication satelite. The equipment realises the two-way, real-time, long-distanced date, voice, video and other communication service capabilities between the vessel and command center station, and improves the vessel BLOS (beyong-line-of-sight) communication capability and cooperative combat capability. The equipment is consisting of outboard and inboard equipment. Outboard equipment is installed on the mast, which is connected to the inboard equipment through cables.
A5-TMCS02 Ultra-short-range UAV Data Link
A5-TMCS02 Ultra-short-range UAV Data Link can be equipped on smell or micro UAV platform to realise real-time transmission of remote control information, telemetry information, and image data between UAV and ground station. The advantages of the data link are high integration, low power consumption and light weight. The distance of transmission is about 30km.
A5-RSS001 (LH-2) Portable Searching and Tracking Radar System
LH-2 portable searching and tracking radar is developed for monitoring and alarming of low altitude, mini0sized and low-speed targets and short-range targets in the air, on the ground and water. LH-2 radar realises all weather monitoring in specific sensitive ara and assists medium or small sized airport in air traffic control. LH-2 radars can be installed on the vehicle or on the ground.
Landbased Pseudolite System (LPS)
Landbased Pseudolite System (LPS) uses satellite navigation and pseudolite navigation technology to ransmit navigation signals to high-spped moving missiles and rockets that use pseudolite signals to position and navigate.
