Showing 46–54 of 367 results

Airborned & Unmanned System Mounted Data Link Radio for Drone or Robot

The Airborne & Unmanned System Mounted Data Link Radio is a specialized communication solution engineered exclusively for drones, unmanned aerial vehicles (UAVs), and ground robots, delivering reliable, low-latency data transmission for mission-critical operations. Designed with the unique demands of unmanned platforms in mind—lightweight construction, compact form factor, and seamless integration—it ensures stable connectivity between unmanned systems and ground control stations, even in dynamic or signal-challenged environments.
Optimized for airborne and robotic deployment, this data link radio supports high-speed transmission of control signals, telemetry data, and real-time sensor feeds (e.g., imagery, environmental data), enabling operators to remotely navigate, monitor, and command unmanned assets with precision. Its robust design withstands the vibrations, temperature fluctuations, and aerodynamic stresses of UAV flight and robotic ground operations, while advanced anti-interference technology mitigates signal disruption from external sources. Compatible with a wide range of drone and robot models, it offers plug-and-play integration with minimal payload impact, making it ideal for applications such as aerial surveillance, industrial inspection, search and rescue, agricultural mapping, and tactical robotics. Whether deployed in urban landscapes, remote terrains, or industrial sites, this data link radio empowers unmanned systems to operate with enhanced reliability, responsiveness, and operational range.

All-in-One Digital Data Link IP Mesh Module with Wireless Video Transmitter for Drones

Our All-in-One Digital Data Link IP Mesh Module combines a high-performance digital data link, advanced IP Mesh networking, and a wireless video transmitter into a single, compact solution—tailored to simplify and enhance drone communication. Designed for seamless integration, this all-in-one module eliminates the need for separate components, reducing weight and complexity for drone setups while delivering multi-functional performance. Leveraging IP Mesh technology, it enables self-healing, multi-node connectivity, ensuring stable transmission of high-definition video, precise control signals, and real-time telemetry data even in challenging environments (e.g., urban clusters, remote terrains). With low latency and strong anti-interference capabilities, it supports mission-critical drone operations like aerial inspections, surveillance, and mapping, where reliable, all-in-one communication is key. Compatible with most mainstream drone models, this module balances convenience, versatility, and robustness, making it an ideal choice for professional drone operators seeking a streamlined, high-performance communication solution.

Anti-Interference Robust Drone Video Link Radio System for Bvlos Operations

Built for Beyond Visual Line of Sight (BVLOS) operations—where reliability and signal resilience are non-negotiable—this Anti-Interference Robust Drone Video Link Radio System delivers uncompromised performance for professional UAV missions. Engineered with advanced anti-interference technology, it shields against electromagnetic disruptions, signal clutter, and harsh environmental interference, ensuring stable, continuous transmission of high-quality video and critical flight data even across long distances or complex terrains. Designed to meet the rigorous demands of BVLOS applications (from industrial inspections and long-range surveillance to infrastructure monitoring), it combines rugged durability with low latency and consistent signal integrity, empowering operators to execute extended missions with confidence. A mission-critical solution for BVLOS operations, it eliminates signal dropouts and ensures real-time visibility, enabling precise control and data-driven decision-making.

Anti-Interference Uav Data Link 50km 24Mbps Low Latency Transmission Radio for Bvlos

Introducing our anti-interference UAV data link—optimized for BVLOS operations with 50km long-range coverage and 24Mbps high-speed transmission. Built with robust anti-jamming technology to thrive in complex electromagnetic environments, it delivers ultra-low latency and rock-solid stability. Ideal for professional missions like inspection, surveillance, and mapping, empowering reliable remote control and real-time data transfer for critical BVLOS drone operations.

Auto Tracking Antennas for Mobile Application or Long Range Flight Tests

Auto Tracking Antennas tailored for Mobile Applications and Long Range Flight Tests are advanced, adaptive communication solutions engineered to maintain stable, low-latency connectivity in dynamic, extended-distance scenarios. Designed to support both mobile deployments (e.g., vehicle-mounted ground stations, portable field setups) and long-range flight tests (for UAVs, aerospace prototypes, or unmanned aerial systems), these antennas feature intelligent auto-tracking technology that dynamically locks onto and follows moving targets—even at extreme distances or amid environmental disruptions like wind, electromagnetic interference, or terrain obstacles. Their mobile-optimized design prioritizes compactness and ruggedness, enabling easy integration with vehicles, temporary command centers, or backpack-mounted kits for on-the-go operations, while specialized long-range signal amplification ensures consistent data transmission (e.g., telemetry, video feeds, flight parameters) across hundreds of kilometers. Ideal for aerospace testing facilities, tactical UAV teams, or mobile surveillance units, these antennas eliminate manual adjustment needs, minimize signal dropouts, and deliver reliable performance—critical for validating flight systems in long-range trials or maintaining connectivity for mobile mission-critical operations.

Autotracking Telemetry Antennas for Uav Ground Base Station

Autotracking Telemetry Antennas for UAV Ground Base Station are specialized, high-precision communication components engineered to enable seamless, real-time data transmission and positioning between unmanned aerial vehicles (UAVs) and their ground control centers. Equipped with advanced automatic tracking technology, these antennas actively lock onto and follow UAVs during flight—even in dynamic, long-range, or low-visibility scenarios—ensuring uninterrupted signal connectivity that eliminates manual adjustment and minimizes data loss. Beyond tracking, they deliver reliable telemetry functionality, transmitting critical UAV operational data (e.g., flight altitude, battery status, sensor readings) and receiving ground control commands, which is vital for missions like aerial surveillance, industrial inspections, search-and-rescue, and precision agriculture. Built to withstand outdoor environmental challenges (such as wind, rain, and electromagnetic interference), they integrate seamlessly with UAV ground base stations, providing a stable, low-latency communication link that enhances flight safety, operational efficiency, and mission control accuracy for both professional and tactical UAV operations.

BEAMmesh Series MANET Broadband Ad Hoc Network Handheld Device

BEAMmesh Series MANET Broadband Ad Hoc Network Handheld Device Performance ● Supports two frequency band selections among UHF/L Band/S Band/C

BiAMP RF Bidirectional Radio Frequency Power Amplifier

The BiAMPRF power amplifier offers 150M/230M/400M/600M/800M/900M/1.4G/2.3G/5.0GHz linear/non-linear RF amplifiers in 40/20/10/5 watt configurations, specifically designed for broadband/narrowband digital data link applications. This series of amplifiers uses silicon-based gallium nitride devices, featuring a compact structure, high-speed Tx/Rx switching, and efficient RF output.

C Series MYD-C23 10KM Multiple Bandwidth Allocations & Star Networking

The MYD-C23 is a point-to-multipoint broadband data transmission station operating in the 1420-1530 MHz band with automatic frequency selection. It supports flexible bandwidth allocation and star network topology. By leveraging advanced TDD wireless communication, OFDM, and MIMO technologies, the system delivers robust anti-interference and penetration capabilities, ensuring highly stable wireless data transmission.