Expanding Horizons with MAVLink: See Your Drone’s World, From Anywhere
For us drone enthusiasts, the thrill isn’t just in the flight itself, but in pushing the boundaries of what these incredible machines can do. And if there’s one language that truly unlocks a drone’s potential, it’s MAVLink. It’s the open-source communication protocol that lets us tap into the raw data stream of our aerial companions, turning them into genuinely connected, intelligent platforms. Forget just line-of-sight flying – we’re talking about a global eye view, extending our reach far beyond the horizon. Recent YouTube explorations are showcasing just how accessible and powerful MAVLink is becoming, and I’ve been diving deep into the latest videos to bring you the most exciting breakthroughs. These aren’t just incremental upgrades; they’re game-changers that are democratizing advanced drone capabilities for every hobbyist and professional alike. Let’s take a look at what’s fresh off the digital presses.
Key Insights from the MAVLink Frontier
Truly Global Telemetry is Here: Imagine monitoring your drone’s vital signs – battery voltage, GPS coordinates, altitude – from anywhere on the planet. Thanks to projects like MAVLink Anywhere, this isn’t science fiction. Using clever setups with a Raspberry Pi and streamlined VPN solutions like NetBird, you can now stream your Pixhawk or PX4 telemetry data over the internet with incredible ease. Forget complex configurations; these tutorials are making global drone monitoring a weekend project. Think about the possibilities: checking on a drone surveying a remote location from the comfort of your home, or even offering real-time support to a fellow pilot miles away.
Budget-Friendly Long-Range Telemetry with ESP32: Long-range used to mean expensive proprietary systems. Not anymore! The ESP32 microcontroller is emerging as a rockstar for cost-effective MAVLink transmission. These videos demonstrate how you can set up an ESP32 to beam MAVLink data over UDP, achieving ranges up to 1 kilometer – and potentially further with an external antenna. This opens up exciting avenues for budget builds, educational projects, and anyone wanting to extend their telemetry range without breaking the bank. Imagine the possibilities for mapping or exploring larger areas without losing critical data.
Seamless Integration with Radio Control via ELRS: Juggling separate links for radio control and telemetry can be a hassle. But what if you could unify them? Enter ExpressLRS (ELRS) and MAVLink. These videos highlight how you can now transmit MAVLink data over your ELRS radio link, simplifying your setup and potentially improving reliability. This means cleaner builds, less complexity, and a more integrated flying experience. For those of us who appreciate streamlined setups, this is a huge win.
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Python Paves the Way for Data Mastery: MAVLink isn’t just about seeing the data; it’s about using it. Python, the workhorse of modern programming, is becoming increasingly accessible for drone data analysis. Tutorials are popping up that guide you through setting up Python environments to receive and process live MAVLink streams from your Pixhawk. Imagine building custom dashboards, automating data logging, or even creating intelligent flight algorithms based on real-time telemetry. This is where hobbyists can truly transform into drone data scientists.
On-Screen Display (OSD) Gets Smarter with OpenIPC: While not directly about long-range or global reach, the evolution of On-Screen Displays is crucial for situational awareness. OpenIPC, an open-source initiative for IP cameras, is now being leveraged to enhance OSD capabilities, even mimicking the sophisticated displays of DJI or Walksnail systems. By using MSP-Displayport and tools like MSPOSD, you can overlay rich telemetry data directly onto your FPV feed, keeping critical flight information constantly in view. This is about refining the pilot’s interface and maximizing the information available during flight.
The Democratization of Drone Telemetry: A Hobbyist Revolution
What’s striking about these developments is the clear trend towards making advanced drone technology more accessible. MAVLink, at its core, was always intended to be open and versatile, but these recent advancements are truly unleashing its potential for a wider audience. We’re moving beyond complex, niche setups to user-friendly, cost-effective solutions that empower hobbyists and smaller operations to achieve capabilities previously reserved for specialized industries.
Looking ahead, I see this trend accelerating. Expect to see even more streamlined tools, easier integrations, and a growing community sharing code, tips, and innovative applications of MAVLink. The combination of powerful open-source protocols like MAVLink with affordable hardware like Raspberry Pi and ESP32 is creating a perfect storm of innovation. We’re on the cusp of a new era where truly connected, data-rich drone experiences are within reach of every enthusiast.
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Excited? You should be! The videos highlighted above are your gateway to exploring these cutting-edge MAVLink techniques firsthand. Scroll down to watch the video highlights and start planning your next drone project. The global eye of MAVLink is opening up a whole new world of possibilities – let’s explore it together!
Continue scrolling for the videos
MAVLink Anywhere – Control Your Drone Anywhere [2024]Alireza Ghaderi5,064 views | 147 | November 18 2024 16:46:37 (21 comments)[ Read more … ]
🔥 Complete Guide to Stream Pixhawk/ArduPilot/PX4 Telemetry Data Anywhere in the World!
In this comprehensive tutorial, I’ll show you the EASIEST way to stream your drone’s telemetry data anywhere using a Raspberry Pi. This is a complete 2024 update to my popular 2020 ZeroTier tutorial, now with a much simpler approach!
⏱ Timestamps: 00:00 – Introduction 02:15 – Setting up the Raspberry Pie 04:30 – Local MAVLINK Streaming 08:30 – Smart WiFi manager setup 11:40 – Internet-based MAVLink Streaming 15:00 – Outro
🛠 What You’ll Learn: – Set up MAVLinkAnywhere on Raspberry Pi – Configure Smart WiFi Manager for reliable connections – Stream MAVLink data over Internet using NetBird – Connect with QGroundControl from anywhere – Monitor your drone from phone/laptop worldwide
🔗 Important Links: MAVLinkAnywhere Project: https://github.com/alireza787b/mavlink-anywhere Smart WiFi Manager: https://github.com/alireza787b/smart-wifi-manager NetBird Website: https://netbird.io Old 2020 Video (Unlimited Range Pixhawk Telemetry over Internet using Raspberry Pi and MAVProxy): https://www.youtube.com/watch?v=WoRce4Re3Wg
💡 Connection Options: – Local Network – 4G/5G Mobile Networks – Satellite Internet – Ethernet – WiFi
ESP32 Telemetry setup for drone – FPV, Ardupilot, PX4 – Upto 1KM of RANGEF-LAB Systems3,290 views | 0 | November 25 2024 15:19:30 (9 comments)[ Read more … ]
🚀 Low-Cost MAVLink Data Transmission Using ESP32
Curious about integrating ESP32 for MAVLink data transmission? In my latest video, I demonstrate how you can use the ESP32 to transmit MAVLink data over a UDP port, making it accessible from any device!
🌟 Key Highlights:
Affordable solution for MAVLink communication.
Transmission ranges up to 1 km with an additional external antenna.
Seamless connection to multiple devices.
Comment down below, if you need the code, wiring and tutorial on how to setup.
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How to install MSPOSD on OpenIPC (covers the RunCam and Emax devices)CurryKitten2,465 views | 106 | November 13 2024 18:00:31 (36 comments)[ Read more … ]
I enjoyed flying the RunCam and Emax OpenIPC offerings, but I couldn’t get any Mavlink telemetry out of Betaflight, which meant I got no OSD. At one point I was counting in my head while flying to figure out my approximate battery. Instead of waiting for Betaflight to fix their Mavlink problem, instead we’re going to use OpenIPC MSPOSD update and use MSP-Displayport for our OSD… which is very similar to the likes of DJI or Walksnail.
Thanks to PCBWay for sponsoring this video. Don’t forget to check them out at https://www.pcbway.com/
That long command to debug your msposd process is this: msposd –master /dev/ttyS0 –baudrate 115200 –channels 8 –out 127.0.0.1:14555 -osd -r 20 –ahi 0 -v
Two things I missed out (one I thought was too obvious to mention) is that you need to enable OSD in the configuration tab in Betaflight (that was the obvious one) The other is that when you set your port to MSP+Display port, make sure nothing else is selected. This didn’t work for a user who also left the telemetry as Mavlink. So everything else should be blank – just as you see it in the video.
These products were kindly supplied by Emax and RunCam for review, so if you want to find out more, please consider using one of the following affiliate links:
Emax: The whoop sized VTX/Camera: https://emax-usa.com/collections/openipc/products/wyvern-link-alpha-openipc-100mw-video-transmitter?ref=bfrvvjfy The larger 2 board VTX/Camera: https://emax-usa.com/collections/openipc/products/wyvern-link-alpha-openipc-800mw-video-transmitter?ref=bfrvvjfy The 100mw Video receiver: https://emax-usa.com/collections/openipc/products/wyvern-link-alpha-openipc-100mw-video-receiver?ref=bfrvvjfy The 2W video receiver: https://emax-usa.com/collections/openipc/products/wyvern-link-alpha-openipc-2w-video-receiver?ref=bfrvvjfy
RunCam Direct (non-affiliate) https://shop.runcam.com/runcam-wifilink-based-on-openipc/ Also available via RunCam’s partners such as Banggood https://www.banggood.com/RunCam-Wireless-WiFiLink-WiFiLink-G-Digital-HD-FPV-Transmitter-Based-on-OpenIPC-with-1080P-FOV-160-FPV-Camera-for-RC-Drone-p-2019662.html?ID=6328550&warehouse=CN&p=E81211714085201408XQ&custlinkid=4221518 Use coupon code: BG781570 for a discount at checkout
If you liked this video and want to show your support please feel free to join my Patreon supporters here https://www.patreon.com/CurryKitten or if you decide to shop at Banggood, here’s a general affiliate link which helps me out if you use it https://www.banggood.com/?p=E81211714085201408XQ
If you want to look at other ways of supporting my channel, then check out all the ways you could help out here http://www.currykitten.co.uk/support-me/
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MAVLINK OVER ELRS control quad with radio as well as ground station on single linkdrone technology 21,919 views | 122 | January 9 2025 20:56:49 (9 comments)[ Read more … ]
MAVLINK OVER ELRS control quad with radio as well as ground station on single link firmware flashed 3.5.2 for both receiver as well as elrs internal module ,and for backpack flash 1.5.1 after this you will get mavlink protocol option in internal module as well as receiver module.
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Drone tracking flight using Ardupilot, based on image locking and MAVLinkChenFly167 views | 5 | January 21 2025 08:45:03 (4 comments)[ Read more … ]
I used a ZINGTO camera to lock onto the target, and the camera set Ardupilot to Guide mode through the MAVLink protocol, then guided the drone towards the target
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Stream Live Drone Data Like a Pro | Python + Mavlink + Pixhawkubicoders1,085 views | 30 | September 9 2024 20:07:50 (3 comments)[ Read more … ]
Ultimate Guide to Streaming Live Drone Data with Python Mavlink for your Pixhawk! In this tutorial, I go over the minimalistic example how you can receive the mavlink data from your Flight Controller like Pixhawk. If you need to collect data or need to make a broad casting server for your drone or drones, this will be the first step to acheive it.
In this video, you will learn:
– What Mavlink is and how it works with drones – Setting up your development environment for Python and Mavlink – How to connect your drone to your computer and stream live data – Parsing and visualizing telemetry data in real-time – Tips and tricks for troubleshooting common issues
Join us as we explore the exciting possibilities of live drone data streaming and how you can apply these skills to your projects. Don’t forget to like, subscribe, and hit the notification bell for more drone technology and programming tutorials! ———————————————————————————– 📝In-video sources ➡️ code: https://www.ubicoders.com/blogs/mavlink_stream_live_drone_data_like_a_pro ➡️Docker course: https://www.ubicoders.com/courses/docker ➡️ ROS2&PX4 Workshop: https://www.ubicoders.com/workshops/ws_px4ros
———————————————————————————– 🌏 Find Me Here: 🔥Linkedin: https://www.linkedin.com/in/hongyun-elliot-lee/ 🔥Discord: https://discord.gg/fEjuc5ccu5 🔥ubicoders: https://www.ubicoders.com/ 🔥Blog: https://www.ubicoders.com/blogs 🔥GitHub: https://github.com/ubicoders/ ———————————————————————————– ⏲️Time Stamps: 0:00 intro 0:39 what’s pixhawk and mavlink 1:50 what you need and what you have 2:25 coding 4:48 running the code 6:20 websocket server 8:11 connecting from browser
#px4autopilot #mavlink #drone
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Patryk Alexander is an associate copy editor at 4kVideoDrones.com, where he sharpens articles and helps keep the website's content clean and error-free. With a background in creative writing, Patryk brings a unique perspective to his editing that helps make 4kVideoDrones.com's content engaging and informative. When he's not editing or writing, Patryk enjoys spending time with his family and exploring the great outdoors.