Aerofox Provides Oem/Odm Services For Robots And Drones

AEROFOX Long-Range Drone Camera And Communication System 1

AEROFOX Long-Range Drone Camera And Communication System 2

AEROFOX Long-Range Drone Camera And Communication System

SDR-Based Data, Video and Control Transmission

The AEROFOX Long-Range UAV Wireless Link System is a professional point-to-point communication solution designed for industrial, commercial, and enterprise UAV platforms.

Built on a software-defined radio (SDR) architecture, the system integrates high-power RF transmission, flexible bandwidth configuration, and multi-band support to enable reliable long-distance transmission of data, HD video, and control signals. Under line-of-sight conditions, it is suitable for medium- and long-range UAV missions requiring stable and deterministic communication performance.

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Product Overview

The AEROFOX Long-Range UAV Wireless Link System is a professional point-to-point communication solution designed for industrial, commercial, and enterprise UAV platforms.

The system supports intelligent frequency selection based on real-time spectrum sensing, allowing dynamic adaptation to complex electromagnetic environments. AES-256 air-interface encryption is supported to ensure secure communication for mission-critical and industrial UAV operations.

With Ethernet and multiple serial interfaces, the AEROFOX wireless link is designed for seamless system integration with flight controllers, onboard computers, and payload subsystems, and is suitable for multirotor, fixed-wing, and VTOL UAV platforms.

Wireless & RF Specifications

Item	Specification
System Architecture	Software Defined Radio (SDR)
Communication Mode	Point-to-Point
Maximum TX Power	27 dBm
Range Extension Mode	+1 ~ +2 dB (10–30% higher power consumption; reduced linearity)
Recommended Operating Range	≤30 km (LOS, low in-band interference)
Maximum Bandwidth	20 MHz
Max Throughput	Up to 40 Mbps (10 km mode, 20 MHz)
Intelligent Frequency Selection	Supported (real-time spectrum sensing)
In-band Interference Tolerance	<15% interference while maintaining communication
Encryption	AES-256 air-interface encryption

Supported Frequency Bands

Center Frequency (MHz)	Band Range (MHz)
655	635 – 675
805	790 – 820
1350	1300 – 1400
1400	1350 – 1450
1475	1420 – 1530
1685	1660 – 1710
2250	2200 – 2300
2450	2400 – 2500

Wireless & RF Specifications

Item	Specification
Available Bandwidths	1.25 / 2.5 / 5 / 10 / 20 MHz
Throughput Note	10 MHz ≈ 50% of 20 MHz; 5 MHz ≈ 25% of 20 MHz

Interfaces

Item	Specification
Ethernet	1 × 10/100M LAN
Serial Interfaces	Up to 4 ports
Serial Types	2 × RS232 (≤115200 baud)
	1 × 3.3V TTL (≤460800 baud)
	1 × SBUS
RF Ports	2 × SMA (ANT1 / ANT2)

Electrical Specifications

Item	Specification
Input Voltage	9 – 30 V
Maximum Power Consumption	8 W ±2 W
Standby Power Consumption	4.5 W ±1 W

Environmental & Mechanical Specifications

Item	Specification
Operating Temperature	-40 °C to +55 °C
Storage Temperature	-40 °C to +85 °C
Operating Humidity	5% – 95%
Weight	Approx. 70 g

Test Overview

Field Test & Validation

To validate real-world long-range performance, the AEROFOX UAV Wireless Link System was tested in an outdoor line-of-sight environment with a significant altitude difference between air-side and ground-side locations. The test focused on link stability, achievable throughput, and SNR performance under typical industrial UAV deployment conditions.

Test Conditions

Item	Description
Test Date	December 23, 2025
Test Locations	Wangwei Mountain (≈700 m) ↔ Majiawu Observation Deck (≈200 m)
Test Distance	~40 km
Communication Mode	Point-to-Point
Operating Frequency	1360 MHz
Transmit Power	800 mW
Bandwidth	20 MHz / 10 MHz
Antennas	Air side: 2 dBi omni / Ground side: 5 dBi omni
Test Method	Bidirectional UDP throughput test

Test Results (40 km)

The results demonstrate that the system can maintain a stable bidirectional communication link and achieve Mbps-level effective throughput over long distances in real-world terrain, meeting the requirements for UAV video downlink and data transmission.