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DroneBridge

Apache-2.0C

An open-source bidirectional digital radio link system for UAVs using standard WiFi hardware and custom protocols.

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916 stars150 forks0 contributors

What is DroneBridge?

DroneBridge is an open-source system that creates a bidirectional digital radio link for unmanned aerial vehicles (UAVs) using standard WiFi hardware and a custom protocol. It provides video transmission, RC control, and telemetry communication optimized for drone applications, offering a complete alternative to proprietary solutions.

Target Audience

Drone enthusiasts, UAV developers, and DIY builders who need a customizable, long-range communication system for their aircraft, especially those using Raspberry Pi, ESP32, or Android-based ground stations.

Value Proposition

Developers choose DroneBridge for its open-source flexibility, modular architecture, and cost-effectiveness compared to closed commercial systems, allowing full control over hardware and software while supporting standard protocols like MAVLink.

Overview

DroneBridge is a system based on the WifiBroadcast approach. A bidirectional digital radio link between two endpoints is established using standard WiFi hardware and a custom protocol. DroneBridge is optimized for use in UAV applications and is a complete system. It is intended be a real alternative to other similar systems, such as DJI Lightbridge or OcuSync.

Use Cases

Best For

  • Building long-range FPV drone systems with custom telemetry
  • Creating DIY drone communication links with Raspberry Pi hardware
  • Integrating MAVLink telemetry and RC control over WiFi
  • Developing modular UAV communication plugins in Python or C/C++
  • Setting up low-latency 1080p video transmission for drones
  • Replacing proprietary systems like DJI Lightbridge with open-source alternatives

Not Ideal For

  • Critical commercial drone operations requiring certified stability and zero signal loss
  • Users needing plug-and-play simplicity without hardware assembly and software tinkering
  • Applications demanding ultra-low latency RC control, as the alpha version has acknowledged high latency issues

Pros & Cons

Pros

Long Range Capability

Supports distances from 300 meters to over 14 kilometers with appropriate hardware, enabling extended drone flights beyond typical WiFi ranges.

Low Latency Video

Delivers 1080p video with approximately 110ms glass-to-glass latency via the Android app, providing real-time feedback for FPV flying.

Modular Architecture

Highly modularized with Python 3 and C/C++ libraries, allowing developers to create custom plugins and extend functionality easily, as highlighted in the developer guide.

Cost-Effective Alternative

Hardware starts at around 80€, offering a budget-friendly open-source solution compared to proprietary systems like DJI Lightbridge.

Cons

Alpha Stage Instability

The v0.7.0 alpha release has known issues such as high RC latency and unstable USB connections for Android, making it unreliable for consistent operations.

Complex Setup Requirements

Requires assembling specific hardware like Raspberry Pis with WiFi adapters and configuring software, which can be daunting for users without technical expertise.

Incomplete Documentation

Documentation is still under development, as noted in the 'Coming Up' section, which may hinder setup, troubleshooting, and onboarding for new users.

Open Source Alternative To

DroneBridge is an open-source alternative to the following products:

DJI Lightbridge
DJI Lightbridge

DJI Lightbridge is a high-definition digital video transmission system developed by DJI for aerial photography and videography. It provides low-latency, long-range video feeds from drones to ground stations.

OcuSync
OcuSync

OcuSync is a wireless transmission technology developed by DJI for drones, providing low-latency, high-definition video streaming and control signals.

Frequently Asked Questions

Quick Stats

Stars916
Forks150
Contributors0
Open Issues16
Last commit4 years ago
CreatedSince 2017

Tags

#wifibroadcast#multiwii#mavlink#esp32#aerial-imagery#telemetry#quadcopter#android-app#drone#rc-control#dronebridge#raspberry-pi#msp#inav#low-latency-video

Built With

A
Android
L
Linux
P
Python 3
E
ESP32
C
C/C++
R
Raspberry Pi

Links & Resources

Website

Included in

Raspberry Pi16.2k
Auto-fetched 7 hours ago

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