Plane✈/Sailing⛵
“Plane/Sailing” is the name given to my home aircraft, ship and mobile amateur radio tracker. It receives ADS-B, AIS and APRS signals via antennas on my house, processes them to share with popular tracking websites, and displays the combined results on a website for the world to see.
If you’d like to see what I’m currently tracking, check out https://planesailing.ianrenton.com!
Build Guide
The links below are to the design & build information in case you are interested or would like to build a similar setup for yourself! All the software is open source, and all the hardware chosen to be as inexpensive as possible.
- System Architecture
- Antenna & Receiver Choices
- Raspberry Pi Setup
- ADS-B Receiver Setup
- AIS Receiver Setup
- APRS Receiver Setup
- Plane/Sailing Server Setup
- Web Front-End
- Electronics Enclosure
- Bill of Materials
- The Tracking Packet Format FAQ
- Plane/Sailing v2 Changes
You may also want to check out this project’s predecessor, my first flight tracker.
Comments
what bout high end desktop computers? 8+ cpu systems should be able to do the work f way ore than raspPi computers right?
Oh, definitely. N7IPB here for example has four RTL-SDR dongles attached to a single PC in order to capture more ADS-B and AIS channels simultaneously. Even a modern Raspberry Pi 4 could cope with two at the same time - the only reason I use two separate RPis is because I wanted to use up the old models I had lying around.
This project looks VERY interesting! Would it be possible to add in the ability to listen to Marine VHF channels?
Hi James, thanks for your interest! Unfortunately I can’t add the ability to listen to marine VHF channels for a weird reason - it may be illegal! This is the same reason that sites like LiveATC don’t include air traffic control radio feeds for the UK.
If you’re interested in replicating this for yourself and including the ability to listen to marine VHF, here are some hints that you may wish to use at your discretion…
A standard RTL-SDR has a bandwidth of 2MHz, with AIS channel B up at 162.025 MHz. This means a single RTL-SDR will only be able to hear marine VHF channels over 160MHz. This covers the upper half of the duplex channels but not the lower half, and not the simplex channels such as 16 that you might be interested in. For that, you’d need a second RTL-SDR, or a receiver with a higher bandwidth (e.g. HackRF with 10MHz).
There are a variety of ways of getting SDR audio onto the web. WebSDR is an option but it is closed source and only available to people who make their stream available on
websdr.orgitself. YouSDR doesn’t come with any restrictions so may be a better choice, it may a bit tricky to set up but the README does include full instructions. Then there are more “DIY” options such as using a combination of rtl_fm, ezstream, IceCast and rtl_fm_python.If you have any questions or get stuck I’d be happy to help, but as I say unfortunately I can’t offer this myself as part of Plane/Sailing.
Hey there excellent projecr there’s an easier way to do this save you from renaming serial numbers on rtls etc etc..I had commented and emailed already. Im using a ais hat on my pi with aisdispatcher latest pi image. Plug your flightaware stick/sdr dongle into the same pi’s USB port and install the piaware feeder setup only. Enter the skyaware 1090 config and change the http port so it don’t clash with the aisdispatcher http port. Thats it !!! Ais and adsb on one device Then you can side install your amazing army GUI on top.
Hi there! You may have misunderstood the logic behind changing the RTL-SDR serial numbers - it’s entirely optional, it just helps to keep them organised when you have three of them plugged into a single computer! I’ll update the page to make that clearer. (Of course an AIS hat reduces the number of RTL-SDRs required so that helps too!)
Hi Ian, Yes my apologies I have misunderstood. I’m still learning so please excuse my newbiesness😊OK I thought the changing of serials were to prevent technical/physical conflict. I could not get around this part when setting up gain. When I attached the ais hat it was only a matter of plugging in the dongle and changing the Adsb http config port to 8085 so that it did not interfere with AIS on port 8080. Im wondering if its maybe possible to blacklist the flightaware dongle (it is just an RTL8xxx)and run your webserver frontend also?
I think there may be too much going on to succeed at this though as I’m running separate feeders for a few sites.
Anyway Ian once again excellent work you’ve done here.
Really appreciated Rob MM7BVP
No worries! It’s definitely possible to blacklist the FlightAware dongle if you need to, and since your AIS hat uses different hardware, that will still work. But I am a bit confused as to why you’d do that when you could just unplug it!
It’s definitely possible to run the front end website on the same PC as well. I host mine on GitHub just because it’s easy, but you could equally well run it using nginx on the same PC that runs everything else. Let me know if you’d like me to generate an example config for you.