Unmanned System Products
Showing 1063–1071 of 1477 results
M6-15 Tethered Drone Maximum Takeoff Weight 42KG
The M6-15 Tethered Drone is a versatile mid-size UAV with a 42 kg maximum takeoff weight and an 8-12 kg payload capacity. Its tethered design provides continuous power and secure data transmission, enabling extended missions of over 24 hours for applications such as persistent surveillance, communications relay, and infrastructure inspection. The rugged airframe ensures stable operation in various weather conditions, while the modular payload bay supports quick integration of specialized equipment.
M60 Tethered Drone Maximum Takeoff Weight 78KG
The M60 Tethered Drone is a heavy-lift UAV with a 78 kg maximum takeoff weight, delivering an impressive 25 kg payload capacity for advanced imaging, communications, or sensor systems. Its tethered design provides continuous power and secure data transmission, enabling missions that last over 24 hours for persistent surveillance, perimeter security, and emergency communications.
M60-QX-F Industry Level Drone
Introducing the M60-QX-F Industry-Level Drone, a cutting-edge aerial platform tailored for high-stakes professional applications across sectors like energy infrastructure inspection, precision agriculture, surveying and mapping, and industrial asset management. Constructed with rugged, weather-resistant industrial materials, it excels in harsh environments—withstanding strong gusts, dust, and light precipitation—to ensure uninterrupted operation in remote or challenging workspaces. Equipped with an advanced flight control system for pinpoint stability, extended-duration smart batteries for prolonged missions, and a versatile payload bay compatible with high-resolution optical cameras, thermal imaging sensors, LiDAR units, and specialized industrial detectors, it enables detailed data acquisition, real-time remote monitoring, and accurate analytics. Whether conducting routine inspections of power lines and wind turbines, mapping large-scale construction sites, assessing crop vitality, or supporting emergency response efforts, the M60-QX-F merges reliability, technical precision, and adaptability to drive efficiency and safety in industrial operations.
MA02 Drone Antenna Holder for Car Rooftop with Suction Cups
The MA02 is a holder equipped with a 4.5-inch suction cup, primarily designed for mounting UAV tracking antennas on car rooftops. It offers flexibility and convenience, allowing the tracking antenna to be moved alongside the vehicle—this helps extend the antenna’s data transmission range during operational missions.
Manpack IP Mesh Radio for Stable Video Data Transmission in Harsh Environments
Our Manpack IP Mesh Radio is a rugged, portable communication solution engineered to deliver stable video and data transmission in the most challenging harsh environments. Designed with a lightweight yet durable manpack form factor, it enables easy on-the-go deployment—perfect for field operations like emergency rescue, outdoor exploration, remote industrial monitoring, and military-grade missions where mobility and reliability are non-negotiable. Powered by advanced IP Mesh technology, the radio ensures self-healing, multi-node connectivity, automatically compensating for signal disruptions caused by terrain obstacles, extreme weather (e.g., heavy rain, high winds), or electromagnetic interference to maintain uninterrupted transmission of high-definition video, critical data, and real-time command signals. With robust resistance to dust, shock, and temperature fluctuations, it combines portability with industrial-grade durability, making it an indispensable tool for professionals who need consistent, stable communication support in unforgiving outdoor or high-stress operational scenarios.
Manpack IP Mesh Radio Tactical Communication Radio Solutions
The Manpack IP Mesh Radio stands as a rugged, mission-ready tactical communication solution, engineered for harsh field environments and critical operations. Integrating advanced IP Mesh technology, this portable manpack system delivers self-healing, ad-hoc network connectivity—enabling seamless, low-latency data, voice, and video transmission across distributed teams. Built for mobility, its lightweight yet durable design supports extended missions on foot, while robust anti-jamming capabilities and resistance to electromagnetic interference ensure reliable communication in contested or remote areas. Ideal for military operations, law enforcement, emergency response, and field surveillance, it facilitates dynamic network reconfiguration as teams move, eliminating single points of failure. This tactical radio empowers personnel to maintain situational awareness and coordinated action, even in challenging conditions where traditional communication infrastructure is unavailable or compromised.
MASS-03 Radio Altimeter Continuous Echo Signal Simulator
The MASS-03 Radio Altimeter Continuous Echo Signal Simulator is a specialized testing device designed to generate stable, continuous echo signals that replicate real-world altitude-related signal environments for radio altimeters. Tailored to support the development, calibration, and performance verification of radio altimeters, it accurately simulates various echo signal characteristics (such as amplitude, frequency, and delay) corresponding to different altitude scenarios, enabling users to test critical functions of radio altimeters—including height measurement accuracy, tracking stability, and anti-interference performance—under controlled laboratory conditions. By providing reliable, repeatable continuous echo signals, the simulator eliminates the need for costly and complex field tests, streamlining the testing process while ensuring radio altimeters meet design specifications for accuracy, stability, and robustness in practical operation.
MASS-06 Continuous Echo Simulation Excitation System of Radio Altimeter
The MASS-06 Echo Signal Simulation Excitation System, hereinafter referred to as the "Simulation Excitation Source", is a dedicated equipment designed for the hardware-in-the-loop (HIL) simulation of radio altimeters. It serves as a key component in replicating real-world echo signal scenarios, providing targeted excitation signals that enable the radio altimeter to operate under simulated physical conditions—effectively bridging the gap between theoretical testing and actual operational environments to validate the altimeter’s performance, responsiveness, and reliability.