Unmanned System Products
Showing 1000–1008 of 1477 results
High Powered IP Mesh Radio with Vehicle Mounted Design for Nlos Long Range Wireless Video Transmitting
This High Powered IP Mesh Radio features a purpose-built vehicle-mounted design, engineered to deliver exceptional long-range wireless video transmission in Non-Line-of-Sight (NLOS) environments. Equipped with high-output power and advanced IP mesh networking technology, it ensures reliable, low-latency connectivity across extended distances—even in challenging scenarios like rural terrain, urban sprawl, or areas with physical obstructions such as buildings or foliage. Optimized for continuous video streaming, the radio supports high-definition (HD) content transmission, making it ideal for mission-critical applications including law enforcement patrols, military convoys, emergency response vehicles, and remote infrastructure monitoring. Its rugged vehicle-mounted form factor ensures secure integration with various land vehicles, while robust construction withstands vibration, harsh weather, and extreme operating conditions. The self-healing mesh architecture enables dynamic, ad-hoc network formation, maintaining uninterrupted video links even as vehicles move or network nodes adjust, empowering teams with persistent, long-range communication in NLOS scenarios where traditional radios fall short.
High Powered Vehicle Mounted IP Mesh Radio for IP-Based Data and Video Transmission
This high-powered vehicle mounted IP mesh radio is engineered to deliver robust, IP-based data and video transmission for on-the-move critical operations. Built with amplified signal strength and ruggedized vehicle-compatible design, it leverages self-healing mesh networking technology to maintain stable connectivity across dynamic terrains—even in remote areas or environments with signal obstructions. Optimized for bandwidth-intensive applications, it seamlessly transmits high-definition video feeds, real-time mission data, and IP-based communications, supporting use cases such as emergency response fleets, tactical vehicle deployments, border patrol, or industrial field operations. Its vehicle-integrated form factor ensures reliable performance under harsh conditions, while the mesh architecture enables scalable, ad-hoc network formation with other vehicles or fixed nodes, empowering teams to stay connected and maintain situational awareness during mobile missions.
High-Bandwidth Manpack IP Mesh Radio Rapid Deployment for Real-Time Video Transmission
The High-Bandwidth Manpack IP Mesh Radio is a cutting-edge field communication solution designed to excel in real-time video transmission scenarios requiring rapid deployment and robust connectivity. Engineered with high-bandwidth capabilities at its core, it delivers exceptional data throughput—enabling seamless transfer of high-definition (HD) or ultra-high-definition (UHD) real-time video, a critical need for situational awareness in time-sensitive operations.​
What sets it apart is its rapid deployment design: lightweight, compact, and requiring minimal setup time, it can be operational within minutes, making it ideal for emergency response teams, military units, industrial site managers, or event security personnel who need to establish communication networks quickly in dynamic or unplanned environments. Powered by advanced IP mesh technology, the radio forms a self-healing, decentralized network that maintains stable connectivity even if individual nodes are disrupted, ensuring uninterrupted video and data flow.
High-Performance Fiber Optic FPV Drone System with Low-Latency Transmission & Long-Range Control
China MoneyPro UAV’s FPV Drone System represents the latest advancement in first-person-view drone technology, integrating fiber optic transmission, ultra-low latency video links, and enhanced long-range communication. Designed for professional applications and high-speed FPV scenarios, our system ensures crystal-clear video quality, zero interference, and reliable control even in complex environments.
High-Speed Data Transmission Unmanned System IP Mesh Radio for Drone and Robots
The High-Speed Data Transmission Unmanned System IP Mesh Radio is a premium communication solution engineered to meet the bandwidth-intensive needs of drones and robots in mission-critical operations. Built on advanced IP mesh technology, it enables self-organizing, multi-hop connectivity that eliminates dependency on fixed infrastructure—ensuring stable, uninterrupted links even in remote areas, urban canyons, or signal-congested environments. Designed for ultra-fast data transfer, it delivers high-throughput transmission of 4K/HD video, real-time sensor feeds, telemetry data, and control commands with minimal latency, empowering seamless coordination for applications like autonomous navigation, collaborative mapping, industrial inspections, and public safety missions. Equipped with robust encryption and anti-interference capabilities, it safeguards sensitive operational data against unauthorized access, while its compact, lightweight form factor integrates effortlessly with a wide range of drone and robot platforms. Whether deployed for commercial, industrial, or public safety use, this IP mesh radio unlocks the full potential of unmanned systems by combining high-speed performance, reliability, and security in a versatile package.
Hobbywing 25A 3-18S High Voltage UBEC
The Hobbywing 25A 3-18S High Voltage UBEC is a high-performance power regulation module engineered to deliver reliable, stable power for advanced RC models and industrial electronic systems. Designed to handle an ultra-wide input voltage range of 3S to 18S LiPo/Li-ion batteries (equivalent to approximately 11.1V to 64.8V), it addresses the power needs of high-voltage setups where consistent secondary power is critical.
I/Q Modem
Leveraging its seasoned microwave team, process team, and management team, Hangtai Technology has steadily enhanced the R&D and production capabilities of microwave components. The microwave components developed by this division are not only capable of meeting the company's requirements for radar systems and radio altimeters but also can be applied to serve broader social needs.