Product Introduction
The BodaCOM MESH131 MO-30 is a compact UAV telemetry radio featuring an integrated RF power amplifier, designed for UAV systems with centerless multi-hop high-performance ad-hoc networking. It supports multiple interfaces including SBUS, RS232, TTL, and network connectivity, offering easy installation and simple operation. This versatile device can be mounted as an airborne station on various UAV models, used for light-duty drones, or integrated into remote controllers and other programmable systems.
Product images
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product features
Flexible networking: Supports decentralized self-organizing networks with customizable carrier bandwidth, enabling deployment of diverse topologies including point-to-multipoint, chain relays, mesh, and hybrid configurations to address complex and dynamic communication requirements.
Data Interaction: The core features a fully IP-based design for efficient data transmission. It offers robust multi-network convergence and heterogeneous networking capabilities, enabling flexible bridging of different communication systems to achieve unified data service delivery and seamless interaction.
Interference resistance: The optional wideband carrier frequency hopping technology significantly enhances anti-interference capability. The intelligent frequency selection mode can avoid interference frequencies in real time to ensure network stability. Combined with ARQ error control transmission mechanism, it effectively reduces data loss rate and ensures reliable data transmission.
High reliability: Featuring an innovative integrated design combining power amplifier and core board, it delivers exceptional vibration resistance to ensure stable operation in harsh environments.
Custom Waveforms (Optional): Custom waveforms specifically designed for drone applications, optimized to reduce transmission latency and prioritize flight control data transmission, thereby enhancing drone control efficiency.
Custom development: Supports customized development based on the customer's specific working frequency band to meet personalized needs.
Efficient Maintenance: Features a built-in dynamic variable routing mechanism with no complex system configuration required. The intuitive interface supports real-time monitoring and management, along with remote software upgrades, configurations, and hot restarts, significantly improving maintenance efficiency.
Product Specifications
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service frequency |
1350~1450MHz, 350MHz-6G (frequency customizable, with optional frequency hopping) |
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transmitting power |
0.5W*2 |
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carrier bandwidth |
1.25/2.5/5/10/20MHz (adjustable) |
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modulation mode |
BPSK/QPSK/16QAM/64QAM/256QAM (adaptive) |
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transmission capability |
50Mbps@20MHz |
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network size |
The same-frequency networking supports up to 64 nodes (default: 4) and video encoding with other extensions. |
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transmission distance |
30-50KM |
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receiving sensitivity |
-103dBm@5MHz |
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power supply mode |
DC 12-24V |
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Device power consumption |
Average power consumption: 5W@30dBm; Peak power consumption: 9W |
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antenna interface |
MMCX*2 |
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Power and network port interfaces |
Connector HC-1.25-12PWT |
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RS232, TTL serial port |
1 RS232 serial port and 1 TTL serial port connector HC-1.25-8PWT |
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Device size |
57×56×15mm |
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weight of equipment |
64g (including the heat sink) |
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working temperature |
-40℃~+55℃ |
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storage temperature |
-40℃~+85℃ |
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humidity |
5%~95% |
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Interface name |
DC*1,ETH*1,SBUS*1,RS232*1,TTL*1 |
Interface Schematic

Product Composition

networking mode
Topologies Supported by MESH ad-hoc Networks



① Decentralized self-organizing network ② Powerful non-line-of-sight transmission, multi-hop relay and self-healing capability
Application Scenarios
Industry Solutions
Choose the plan that suits you best.
Urban Emergency Fire Command Communication
01
Forest Fire Field Command Communication
02
UAV Communication in Complex Environment of Mountainous Area
03
UAV Communication in Maritime Rescue
04
Solutions
Application of UAV Communication in Complex Environment of Mountain Area

This topology diagram illustrates a drone relay communication network for mountainous complex environments. By deploying the BodaCOM MESH131 MO-30 UAV Telemetry Radio onboard drones to establish aerial relay links, it integrates handheld, vehicular, and unmanned equipment terminals to build a fully-coverage, multi-node interconnected air-ground collaborative emergency communication network. This solution effectively addresses communication challenges such as mountain obstructions and signal dead zones.
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