200km manet drone long range udp mimo ip mesh link
Table of Contents
Description
A 150–200km long-range MANET drone mesh wireless video and data link featuring MIMO, TD-COFDM, IP mesh networking, and centerless self-organizing architecture. Designed for UAVs, public safety, emergency response, and high-speed mobile communications in complex environments.
Overview
The 200km MANET Drone Long-Range MIMO IP Mesh Wireless Video & Data Link is a high-performance, centerless ad hoc network transceiver specifically engineered for long-distance, high-mobility, and mission-critical wireless communications.
Based on TD-COFDM modulation, MIMO spatial multiplexing, and IP-based MANET architecture, this system enables real-time video, data, and control transmission over distances of 150–200 km line-of-sight (and up to 520 km configurable at protocol level). It supports point-to-point, point-to-multipoint, and many-to-many networking without relying on any central base station.
The device is optimized for UAVs, drones, emergency networks, public safety, maritime operations, and high-speed mobile platforms, delivering stable broadband connectivity in urban, mountainous, maritime, and aerial environments.
With a compact aluminum enclosure, IP66 protection, strong anti-interference capability, and full customization options, this radio is suitable for both airborne and ground deployments where reliability and flexibility are critical.
Features
Advanced MANET Architecture
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Centerless, self-organizing, and self-healing IP mesh network
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Supports Layer 2 / Layer 3 dynamic routing
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Automatic multi-hop relay with star, line, mesh, or hybrid topologies
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No master node or fixed infrastructure required
MIMO & COFDM Technology
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TD-COFDM waveform with adaptive modulation
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Space-time coding and spatial diversity
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TX/RX beamforming and spatial multiplexing
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Adaptive modulation: BPSK to 1024QAM
Ultra-Long-Range Performance
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150–200 km line-of-sight (air-to-air, open ground)
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Up to 520 km configurable protocol distance
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Receive sensitivity as low as -103 dBm @ 5 MHz
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5W × 2 RF output power (software-limited to 4W display)
High-Speed Mobility Support
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Doppler tracking up to ±6 kHz frequency shift
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Supports movement speeds up to 7200 km/h (Mach 6)
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Suitable for high-speed UAVs, aircraft, and mobile vehicles
Robust & Reliable Design
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Integrated aluminum heat-dissipation housing
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Shockproof, vibration-resistant, and impact-resistant
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IP66 standard protection (IP67/IP68 optional)
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Operating temperature: -40°C to +80°C
Strong Anti-Interference Capability
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Manual spectrum scanning and channel selection
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Intelligent automatic frequency selection (spectrum sensing)
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Optional adaptive frequency hopping and roaming mode
Secure Communication
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AES-128 / AES-256 encryption
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Optional DES, SNOW3G, ZUC
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Hardware encryption via chip or TF card (customizable)
Full Customization
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Frequency band: 70 MHz – 6 GHz
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Bandwidth: 2.5 / 5 / 10 / 20 / 40 MHz
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Video interfaces, encryption, power levels, and housing colors customizable
Applications
Unmanned Aerial Vehicles (UAVs / Drones)
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Long-range drone video transmission
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Swarm drone mesh networking
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UAV command, control, telemetry, and payload data
Public Safety & Law Enforcement
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Mobile surveillance and evidence collection
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Temporary private networks for emergency response
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Rapid deployment in disaster zones
Fire Rescue & Emergency Communication
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Ad hoc broadband networks in collapsed or remote areas
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Real-time video and data sharing among rescue teams
Military & Defense
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Tactical MANET networks
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Vehicle-mounted, airborne, and soldier-carried systems
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Secure and resilient battlefield communications
Maritime & Offshore Operations
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Ship-to-ship and ship-to-shore networking
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Coastal patrol and offshore monitoring
Specifications
Radio & Network
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Waveform: Mobile Network MIMO (MN-MIMO)
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Modulation: TD-COFDM
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Adaptive Modulation: BPSK / QPSK / 16QAM / 64QAM / 256QAM / 1024QAM
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Bandwidth: 2.5 / 5 / 10 / 20 MHz (40 MHz optional)
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Data Rate:
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Up to 100 Mbps @ 20 MHz
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Up to 180 Mbps @ 40 MHz
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Latency
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Average single-hop delay: ~7 ms (20 MHz)
Transmission Distance
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Single hop LOS: 100–200 km
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Urban NLOS: 1–30 km
Power
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RF Output: 5W × 2
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Supply Voltage: DC 9–28V
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Power Consumption:
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2×2W: 1–2A working @12V
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2×5W: 2–4A working @12V
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Networking Capacity
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Unlimited user capacity per system (typically >256 nodes)
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Multi-hop support:
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Data: 15+ hops
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Voice: 10+ hops
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Video: 8+ hops
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Multi-hop bandwidth loss <70%
Frequency Band Options
Default Band: 1300–1500 MHz (L-Band)
Optional / Customized Bands:
| Band | Frequency Range |
|---|---|
| UHF | 350–450 / 450–550 / 570–700 / 800–950 MHz |
| L-Band | 1000–1200 / 1300–1550 MHz |
| S-Band | 1.6–2.5 GHz |
| C-Band | 4.4–6.0 GHz |
Special frequency customization may increase cost.
Mechanical & Environmental
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Dimensions: 110 × 72 × 32.5 mm
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Weight: ~0.279 kg (2×2W / 2×5W version)
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Housing Colors: Black / Iron Gray / Military Green
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Mounting: 4 mounting holes with ears
Interfaces
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2 × N RF
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1 × RJ45 Ethernet (100/1000Base-T)
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Wi-Fi
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GPS / Beidou
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2 × RS232 / TTL (UART)
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SBUS
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DC Power Input
Optional Video Interfaces
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HDMI / SDI / CVBS
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Up to 4K / 2K / 1080P / 720P
Network Management
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Web-based GUI management
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Real-time topology visualization
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Signal strength, SNR, throughput, distance monitoring
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GPS/Beidou electronic map display
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Remote silence & wake-up
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SNMP and API for secondary development
Field Test Reference
A verified 109 km real-world test was conducted between:
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Point A: Luofu Mountain, Huizhou (1080 m altitude)
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Point B: Zhuhai east coast (3 m altitude)
Configuration:
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Bandwidth: 5 MHz
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TX/RX Power: 2W
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Fiberglass antennas on both ends
Results demonstrated stable video and data transmission with smooth video at 3 Mbps fixed bitrate, confirming long-range performance and link stability.
FAQ
Q: Can the air unit remain silent if the ground station does not send data?
A: No. This model does not support silent mode. However, an alternative model with separate uplink/downlink frequencies is available.
Q: What is the gross weight?
A: Approximately 277.5 grams for the 2×5W version.
Q: What is the maximum number of mesh hops?
A: Typically up to 8 hops, depending on signal quality and environment.
Q: Can the second data interface be RJ45 instead of D9?
A: Yes. By removing the internal Wi-Fi module, the device can support two RJ45 Ethernet ports.
Customization Options
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Frequency band & bandwidth
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RF power level
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Encryption algorithms
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Video interfaces
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Housing color & labeling
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OEM module versions (10W / 20W)
Keywords
Drone mesh data link, MANET radio, UAV IP mesh, long range wireless video transmitter, MIMO COFDM radio, centerless ad hoc network, UAV communication system, military mesh radio




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