MD43Pro Long Range Drone Mesh Radio | AES256 Wireless Network
The MD43Pro Drone Mesh Radio is a high-power 20W UAV IP Mesh
communication system engineered for long-range,
beyond-line-of-sight wireless networking. Supporting up to 150KM
air-to-ground transmission, 52Mbps data throughput, 64+ mesh nodes,
IFS/FHSS frequency hopping, and AES128/256 encryption, it delivers
secure, reliable, low-latency video, voice, and IP data
transmission. Ideal for UAV surveillance, emergency response,
public safety, border security, tactical communication, and
industrial inspection, the MD43Pro provides stable self-healing
wireless networking in complex and dynamic environments.
Key Features
- 150KM Long Range Transmission - Supports up to 150KM air-to-ground communication, providing
reliable broadband connectivity for long-distance UAV missions.
- 20W High Power Output - Dual-channel 10W ×2 RF transmission ensures stronger penetration
capability and stable communication in complex environments.
- 64+ Self-Healing Mesh Nodes - Supports more than 64 IP Mesh nodes, automatically forming an
intelligent Ad Hoc network without centralized infrastructure.
- 52Mbps Broadband Data Rate - Delivers up to 52Mbps throughput, enabling simultaneous HD
video, telemetry, voice, and IP data transmission.
- AES128/256 Secure Encryption - Defense-grade AES encryption protects mission-critical
communication against unauthorized interception.
- IFS/FHSS Frequency Hopping - Advanced intelligent frequency hopping effectively resists
interference and ensures reliable communication under challenging
RF environments.
Technical Specifications
| Parameter | Specification |
|---|
| Frequency Range | 1300-1500 MHz (Customizable) |
| Bandwidth | 5MHz / 10MHz / 20MHz |
| Transmission Technology | COFDM |
| Modulation Mode | BPSK / QPSK / 16QAM / 64QAM (Adaptive) |
| Peak Data Rate | 52 Mbps @ 20MHz |
| RF Output Power | 2W × 2 (4W Total) |
| Receive Sensitivity | ≤ -100 dBm @ 5MHz |
| Transmission Distance | Up to 50 km Air-to-Ground |
| Networking Capability | More Than 64 Mesh Nodes |
| Networking Hops | More Than 10 Hops |
| Network Topology | Ad-Hoc / Mesh / Star / Chain Network |
| Encryption | AES128 / AES256 |
| Frequency Hopping | FHSS Supported |
| Ethernet Interface | J30J Connector |
| Serial Interface | J30J Connector |
| Power Interface | J30J Connector |
| Power Supply | DC 12V - 26V |
| Power Consumption | ≤30W Typical / ≤45W Peak |
| Protection Rating | IP65 |
| Operating Temperature | -40°C to +65°C |
| Dimensions | ≤128 × 88 × 42 mm |
| Weight | ≤450 g |
Applications
- UAV Surveillance
- Emergency Rescue
- Public Safety
- Border Security
- Disaster Relief
- Industrial Inspection
Why Choose MD43Pro
High RF Output
20W transmission power provides superior communication range.
Long Communication Distance
Up to
150KM air-to-ground transmission.Broadband Wireless Network
Supports HD video, IP data, telemetry and voice simultaneously.
Self-Healing Mesh Network
Automatic routing without centralized infrastructure.
Defense-Level Security
AES128/AES256 encryption safeguards every transmission.
Rapid Deployment
Automatic network establishment in only 5 seconds, ideal for
emergency response.
Frequently Asked Questions
What is the maximum transmission distance of MD43Pro?
The MD43Pro supports up to 150KM air-to-ground transmission under line-of-sight conditions.
How many Mesh nodes can the system support?
The system supports more than 64 IP Mesh nodes, enabling large-scale wireless networking.
What data can be transmitted?
The radio supports simultaneous transmission of HD video, IP data,
telemetry, voice, and command signals.
Does the radio support encrypted communication?
Yes. It supports AES128 and AES256 encryption to ensure secure wireless communication.
What networking modes are supported?
MD43Pro supports Mesh, Star, and Chain network topologies, with self-healing routing and over 10 networking hops.
Does the radio support anti-jamming technology?
Yes. It integrates IFS intelligent frequency selection and FHSS frequency hopping, improving communication stability in complex RF environments.