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150-300km Uav Wireless Video Data Link Tactical Radio IP Mesh Transmitter MIMO Robot/Drone Radio

The 150-300km UAV Wireless Video Data Link Tactical Radio IP Mesh Transmitter is a mission-critical, long-range communication solution engineered for tactical drones and robotic systems. Leveraging advanced MIMO technology and IP Mesh networking, it delivers ultra-long-distance transmission (150-300km) with seamless, self-healing connectivity—enabling real-time transfer of high-definition video, encrypted tactical data, and low-latency control signals. Designed for demanding tactical scenarios (military operations, border surveillance, long-range reconnaissance, and emergency response), it combines rugged durability with exceptional anti-jamming and anti-interference capabilities, ensuring reliable performance in harsh, contested environments. Its versatile compatibility with both drones and ground robots, paired with a compact, tactical-grade design, makes it ideal for field-deployable systems requiring secure, extended-range communication. Whether for critical mission command, remote surveillance, or long-distance data relay, this radio stands as a robust, battle-tested choice for tactical operators and defense/security integrators.

150km Transmission Distance OEM/ODM Factory Wireless Transmitter Uav Drone Video Link Radio

Engineered for long-range professional UAV operations, this wireless video link radio boasts an exceptional 150km transmission distance, ideal for beyond-line-of-sight (BLOS) missions like aerial surveillance, large-scale mapping, and industrial inspections. As a customizable OEM/ODM solution from a dedicated factory, it offers flexible adaptations—including frequency tuning, form factor customization, and protocol integration—to align with specific drone platform requirements and industry use cases. Leveraging advanced digital transmission technology, it ensures stable HD video streaming, low-latency data transfer, and robust anti-interference performance, even in remote or complex environments. Compact, lightweight, and designed for seamless integration, this radio empowers manufacturers and professional operators to unlock extended-range drone capabilities while benefiting from tailored production support and technical optimization.

15KG Spring Knife

The "Spring Knife" incorporates a foldable wing mechanism: while stowed inside the launch tube, its wings stay folded to conserve space. As soon as it exits the tube, the wings snap open rapidly, furnishing the cruise missile with essential lift and flight stability. This design confers greater convenience and flexibility upon the "Spring Knife" in terms of both transport and deployment.

15KM 30KM 50KM Ultra Long Distanceimage Link HD Signal Transmission

Designed for scenarios demanding far-reaching visual connectivity, this image link system delivers ultra-long-distance HD signal transmission with three flexible range options: 15KM, 30KM, and 50KM (LOS). It ensures stable, high-definition video and data transfer, maintaining clear signal integrity even in open outdoor environments like aerial surveys, remote inspections, or large-scale industrial monitoring.
Engineered with anti-interference technology, it resists electromagnetic disruptions to keep transmission latency low—critical for real-time operations such as UAV piloting or long-range surveillance. Its versatile range adaptability makes it suitable for both mid-distance tasks (e.g., urban perimeter monitoring) and long-haul missions (e.g., rural infrastructure inspections), meeting diverse professional needs for reliable, long-range visual communication.

15KM Image Link HD Signal Transmission 800MHz/1.4GHz/2.4GHz Moneypro IT51

The Moneypro IT51 is a dedicated image link solution engineered for 15KM long-distance HD signal transmission, ideal for scenarios requiring stable visual connectivity—such as UAV surveillance, remote inspections, or outdoor monitoring. It operates across three flexible frequency bands (800MHz, 1.4GHz, and 2.4GHz), allowing seamless adaptation to different environmental conditions and regulatory requirements, whether in urban outskirts or rural areas.
With a focus on high-definition performance, the system ensures clear, uninterrupted image transmission, while its optimized signal processing minimizes latency and interference. Compact in design and easy to integrate with existing devices (e.g., cameras, UAV control systems), it delivers reliable long-range visual communication, making it a practical choice for professional users needing consistent 15KM HD signal coverage.

180 Grams Weight 50km Air-to-Ground Transmission Distance Drone Video Mesh Radio

Introducing our ultra-lightweight Air-to-Ground Drone Video Mesh Radio, engineered to redefine portable long-range transmission for UAV (Unmanned Aerial Vehicle) operations. Weighing just 180 grams, this compact radio minimizes payload burden on drones without compromising performance, making it ideal for professional aerial photography, surveying, inspection, and tactical missions. Boasting an impressive 50km air-to-ground transmission distance, it delivers stable, low-latency video streaming even in challenging environments, ensuring seamless connectivity between airborne drones and ground control stations. Built with advanced mesh networking technology, it offers reliable signal penetration and anti-interference capabilities, supporting high-definition video transmission for real-time decision-making. Whether for industrial inspections, environmental monitoring, or outdoor media production, this radio combines portability, range, and durability to meet the demands of modern drone operations.

20-30km 1.4GHz Wireless Digital Data Link Drone of Airborne Radio

The 20-30km 1.4GHz Wireless Digital Data Link Airborne Radio is a high-performance communication solution tailored for professional drone operations requiring long-range, reliable connectivity. Operating on the 1.4GHz frequency band—renowned for excellent signal penetration and reduced interference—it delivers stable digital data transmission over distances of 20 to 30km, enabling seamless transfer of critical information such as telemetry, control signals, and sensor data. Engineered for airborne use, this data link combines robust anti-interference capabilities with low latency, ensuring consistent performance even in complex outdoor environments, from industrial inspections and agricultural surveys to public safety missions. Its lightweight, aerodynamic design integrates effortlessly with various drone platforms, while advanced digital modulation technology optimizes throughput and signal integrity, making it an ideal choice for professionals seeking long-range, mission-critical communication for their drone systems.

2025 China Moneypro 50km Drone Wireless Video Data Link Transmitter RC Fpv Transmission Radio

The 2025 China Moneypro 50km Drone Wireless Video Data Link Transmitter stands as a cutting-edge RC FPV transmission radio, engineered to deliver seamless long-range connectivity for professional drone operations. Boasting a robust 50km transmission range, it eliminates the constraints of short-distance communication, enabling reliable beyond visual line of sight (BVLOS) missions without relying on additional relay equipment. Optimized for FPV scenarios, it supports high-definition video streaming with ultra-low latency—critical for real-time flight control and precise target tracking—while ensuring consistent signal integrity even in complex environments like urban canyons, rural terrains, or industrial zones.

20km 160 Grams Weight Point to Multi-Point Mode China Moneypro M20 Drone Video Transmission Radio

Meet the China Moneypro M20 Drone Video Transmission Radio—a compact, high-performance solution tailored for flexible UAV video streaming needs. Weighing only 160 grams, this lightweight module significantly reduces payload pressure on drones, making it compatible with a wide range of small to mid-sized UAVs used in commercial, industrial, and civilian missions. It delivers a reliable 20km air-to-ground transmission distance, ensuring stable, low-latency video signals even in suburban, rural, or semi-complex environments, bridging the gap between airborne drones and ground operations.