20W UAS UAV Mesh Data Link – Long Range Drone Swarm Communication System
The 20W UAS UAV Mesh Data Link Radio System is a next-generation wireless communication solution designed for long-range drone swarm coordination, real-time telemetry transmission, and mission-critical UAV networking. Built with advanced adaptive mesh networking technology, it ensures stable, secure, and self-healing communication even in complex and GPS-denied environments.
Advanced Mesh Networking for UAV Systems
Unlike traditional point-to-point data links, this UAV mesh telemetry radio enables multi-node networking, allowing drones, ground stations, and command centers to communicate dynamically. Each node acts as a relay, significantly extending operational range and improving signal reliability.
Product Attributes
| Air-to-ground LOS (line of sight) distance |
≥300km |
| High sensitivity |
-114dBm@125kHz |
| RF Power |
20W(43dBm) |
| Encryption |
128-bit encryption |
| Size |
82.5*52*16mm |
| Customization |
Support |
Key Features
- High-power 20W RF output for extended transmission range
- Self-organizing mesh architecture with automatic routing
- Low latency HD video and telemetry data transmission
- Anti-jamming and interference-resistant communication design
- Supports multi-UAV swarm coordination
- Secure encrypted data transmission protocol
- Compact and lightweight design for UAV integration
Reliable Performance in Complex Environments
This UAV data link system is engineered for demanding scenarios such as urban operations, mountainous terrain, maritime surveillance, and disaster response missions. The adaptive mesh structure ensures continuous connectivity even when individual nodes fail or move out of range.
HNC1 20W Data Link Mesh Radio Models
| Model |
RF Power |
Network Scale |
Frequency Bands |
| HNC1-H800-20W |
20W |
Max. 1024 nodes, up to 16 hops |
820~854MHz |
| HNC1-H900-20W |
20W |
Max. 1024 nodes, up to 16 hops |
900~940MHz |
| HNC1-F800-20W |
20W |
Max. 256 nodes, up to 3 hops |
820~854MHz |
| HNC1-F900-20W |
20W |
Max. 256 nodes, up to 3 hops |
900~940MHz |
Technical Specifications
| Frequency |
Different models support different frequency bands (see models table above) |
| Bandwidths |
1MHz/500kHz/250kHz/125kHz selectable |
| Frequency hopping speed |
1MHz: Over 1800 times per second
500kHz: Over 900 times per second
250kHz: Over 450 times per second
125kHz: Over 225 times per second
|
| Effective data rate |
1MHz: Up to 735kbps
500kHz: Up to 370kbps
250kHz: Up to 185kbps
125kHz: Up to 92kbps
|
| Full-multiplexing communication |
Support |
| Air-to-ground LOS distance |
≥300km |
| Centerless self-organized network |
Support centerless self-organized network, any node of the network is destroyed without affecting the communication |
| Network construction time |
Within 1 second |
| Wireless transmission delay |
Minimum 2ms |
| Dynamic topology |
Support dynamic topology, support node joining and leaving, network topology change and deformation can be normal communication |
| RF power |
20W(43dBm) |
| Sensitivity |
125kHz: -114dBm
250kHz: -111dBm
500kHz: -108dBm
1MHz: -105dBm
|
| Frequency stability |
≤1ppm |
| Modulation |
QPSK modulation LDPC coding |
| Encryption |
128-bit encryption |
| Low power consumption (varies by data rate) |
Less than 1.5W(0.06A/24V) when receiving, transmission power consumption (B is in bytes):
1.2KB/s: 2.4W(0.1A@24V)
3.4KB/s: 3.9W(0.16A@24V)
6.4KB/s: 5.5W(0.23A@24V)
12KB/s: 9.6W(0.4A@24V)
26KB/s: 19.2W(0.8A@24V)
37KB/s: 24W(1A@24V)
48KB/s: 32W(1.35A@24V)
|
| Operating voltage |
24V as default, supports a wide voltage input of 7-36V. Transmission power varies with voltage:
7V: 2W
12V: 5W
18V: 10W
24V: 20W
20-36V: 20W-30W
Power supply capacity requirement: ≥2.5A @ 24V (20W)
|
| Operating temperature |
-40～+55°C |
| Dimensions |
82.5*52*16mm |
| Weight |
90.7g |
Wide Range of Applications
- Drone swarm communication and coordination
- Reconnaissance and tactical operations
- Border surveillance and security monitoring
- Emergency rescue and disaster assessment
- Industrial inspection and mapping
- Smart city aerial data collection
Optimized Connectivity Solution
Designed for global deployment, this long range UAV mesh radio link supports flexible frequency configurations and can be customized for different regulatory environments. It is widely used in North America, Europe, Middle East, and Asia-Pacific UAV operations, ensuring stable performance across diverse geographic conditions.
Why Choose This UAV Mesh Data Link
Compared to conventional UAV transmission systems, this solution provides:
- Greater network scalability
- Higher resistance to interference
- More stable multi-node communication
- Improved operational safety for drone fleets
