UAV Wireless Video Data RC Control Link Module – Long-Range IP, TTL, SBUS Transceiver

Product Overview

The UAV Wireless Video Data RC Control Link Module is an advanced long-range communication solution designed for unmanned aerial vehicles (UAVs), drones, robotics, and other wireless platforms requiring stable, secure, and versatile data links. Unlike conventional one-way video transmitters or limited RC control radios, this module integrates bidirectional video, telemetry, and control into a compact, high-performance system.

Engineered with professional applications in mind, it combines transparent IP networking, low-latency telemetry, secure AES encryption, multiple frequency options, and support for IP/TTL/SBUS interfaces, making it a complete solution for aerial video streaming, remote command, and real-time data transfer. With its long-range capability of up to 17 km line-of-sight (and much farther with external power amplifiers), it is ideal for missions that demand uncompromising performance.

Key Benefits at a Glance

• All-in-One Solution: Video, data, and control over a single wireless link.

• Bidirectional Communication: Supports both downlink video/telemetry and uplink RC commands.

• Multiple Interfaces: IP Ethernet, TTL serial, and SBUS for flexible integration.

• Long Range: Up to 17 km LOS with built-in power; extensible with amplifiers.

• Robust Performance: Adaptive modulation ensures reliability under interference.

• Flexible Frequency Bands: 800 MHz, 1.4 GHz, and 2.4 GHz for global adaptability.

• Scalable Networking: Point-to-point, multipoint, star, relay, and mesh modes.

• Enhanced Security: AES-128 encryption to protect mission-critical data.

• Compact & Lightweight: Ideal for drones with limited payload capacity.

Why This Module Matters

Traditional UAV communication systems often require separate transmitters for video, telemetry, and remote control, which increases system complexity, wiring, and weight. This module eliminates that problem by consolidating all channels into a single, unified wireless link.

This means:

• Lighter UAV payloads, improving flight efficiency.

• Simplified integration with existing flight controllers and cameras.

• Higher reliability because fewer devices mean fewer points of failure.

• Unified encryption and security management across all communication streams.

For professionals in drone cinematography, surveillance, agriculture, search and rescue, and military reconnaissance, this translates into streamlined setups, cost savings, and improved mission success rates.

Advanced Features Explained

1. Full-Duplex Communication

Unlike basic video transmitters that only send signals one way, this module provides true two-way communication. While video and telemetry flow from UAV to ground, control signals, configuration commands, and data uploads flow from ground to UAV. This creates a responsive, interactive link between operator and drone.

2. Flexible Frequency Bands

• 800 MHz (806–826 MHz): Better penetration, longer range, less susceptible to obstacles.

• 1.4 GHz (1428–1448 MHz): Balanced performance for medium-range and bandwidth.

• 2.4 GHz (2402–2482 MHz): Higher throughput, compatible with global ISM band.

Operators can choose the most suitable frequency depending on environment, regulations, and mission requirements.

3. Adaptive Bandwidth & Modulation

Selectable channel widths (3, 5, 10, or 20 MHz) allow users to prioritize range vs throughput. With adaptive modulation (QPSK, 16-QAM, 64-QAM), the system automatically adjusts to link conditions, maintaining communication even in interference-heavy environments.

4. Long-Range Capability

• 17 km LOS achievable with built-in 25 dBm RF power.

• Extendable using external amplifiers (2W, 5W, 10W) and directional antennas.

• High sensitivity (–106 dBm to –108 dBm) ensures stable reception at extreme distances.

5. Multiple Interfaces

• Ethernet (RJ45 + 4-pin connector): For IP networking, streaming, or transparent bridging.

• UART/TTL Ports: Direct integration with flight controllers, telemetry radios, and onboard systems.

• SBUS Compatibility: Widely used in UAV control systems for servo and RC signal handling.

• Audio I/O: Two-way voice communication for field coordination.

6. Networking & Scalability

Supports:

• Point-to-Point (simple UAV to ground).

• Point-to-Multipoint (one UAV broadcasting to multiple ground receivers).

• Star Networks (multiple drones connecting to one central station).

• Relay/Repeater (extend coverage via intermediate nodes).

• Mesh Networking (IP mesh with up to 16 access nodes).

7. Security & Control

• AES-128 encryption safeguards video and data against interception.

• Web UI and UART management allow easy configuration.

• Adjustable uplink/downlink ratios optimize bandwidth for mission needs.

8. Compact & Reliable

• Dimensions: 58 × 64 × 13 mm

• Weight: ~32 g

• Operating Voltage: 7–30 V DC

• Power Consumption: < 4.5 W

• Temperature Range: –20 °C to +65 °C (operational)

This makes it suitable for both small drones and heavy industrial UAVs.

Applications

1. Drone Cinematography & FPV Flying
   Stream HD video in real time while maintaining responsive control. Perfect for aerial filming, racing, or live broadcasting.

2. Industrial & Agricultural Monitoring
   Monitor pipelines, crops, or power lines with live video and telemetry data over long distances.

3. Search & Rescue Operations
   Deploy drones in disaster zones with reliable video feedback and control links for coordination.

4. Military & Security Surveillance
   Secure encrypted communication ensures mission data stays private while maintaining strong long-range video and telemetry.

5. Robotics & UGVs
   Beyond aerial platforms, ground robots and unmanned vehicles benefit from two-way video and control links in remote or hazardous areas.

Technical Specifications

Comparison with Conventional Systems

Frequently Asked Questions (FAQ)

Q1: What is the maximum range?
Up to 17 km LOS with built-in power. Extended with amplifiers and high-gain antennas.

Q2: Can it work with my existing flight controller?
Yes, via TTL, SBUS, or Ethernet, it integrates with most UAV autopilots.

Q3: Is the module encrypted?
Yes, it uses AES-128 encryption to keep video and data secure.

Q4: Can multiple drones be linked?
Yes, up to 16 nodes can connect in mesh or multipoint setups.

Q5: What applications are best suited?
Drones, robotics, surveillance, agriculture, and industrial inspection.

Conclusion

The UAV Wireless Video Data RC Control Link Module is more than just a radio—it’s a complete communication backbone for UAVs and robotics. By combining video streaming, telemetry, and RC control into a single lightweight transceiver, it reduces complexity, increases reliability, and empowers missions that require secure, long-distance performance.

With bidirectional IP networking, multi-band flexibility, mesh scalability, and advanced encryption, this module is the ideal choice for drone professionals, system integrators, and innovators who demand more than basic FPV gear.

Whether for cinematography, industrial inspection, agriculture, defense, or emergency response, this module ensures that your UAV maintains a strong, secure, and intelligent link—no matter the mission.