https://www.rtl-sdr.com/rtl-sdr-tutorial-receiving-noaa-weather-satellite-images/
Everyday multiple NOAA weather satellites pass above you. Each NOAA weather satellite broadcasts an Automatic Picture Transmission (APT) signal, which contains a live weather image of your area. The RTL-SDR dongle combined with a good antenna, SDRSharp and a decoding program can be used to download and display these live images several times a day. This tutorial will show you how to set up a

https://www.youtube.com/watch?v=ACq0Kq5rVU4
If you would like to show support you could buy me a coffee:https://www.buymeacoffee.com/BrokenSignalLink to the RTL-SDR Dongle I use in this videohttps://eb

https://www.youtube.com/watch?v=TBbk_kYZj-4
Another go at decoding NOAA Weather Sat images with a simple indoor V-Dipole antenna (137MHz) using an SDR Play RSP2 receiver, SDRUno software, and WxToImg S

https://www.rtl-sdr.com/johns-windows-10-noaa-weather-satellite-software-guide-for-rtl-sdr/
Thank you to John First for submitting his guide all about the setup and use of the software required to receive NOAA weather satellite images on Windows 10 (pdf file) with an RTL-SDR dongle. John's guide covers the use of SDR# for receiving the signal, WXtoIMG for decoding the signal, and Orbitron for tracking the satellite and automatically tuning SDR# when a satellite is in range.

https://www.youtube.com/watch?v=bCGT6GCRjuM
I finally found a way to decode NOAA whether satellites using RTL-SDR dongle, GQRX and WXtoimg under Linux. I've made video tutorial just in case that anyone

https://www.sdr-radio.com/weather
NOAA APT Satellites. The NOAA weather satellites are some of the easiest satellites to receive. For an excellent article see RTL-SDR Tutorial: Receiving NOAA Weather Satellite Images. The NOAA satellites and APT frequencies are: Satellite Frequency. NOAA 15 137.6200 MHz. NOAA 18 137.9125 MHz. NOAA 19 137.1000 MHz.

https://jekhokie.github.io/noaa/satellite/rf/antenna/sdr/2019/05/31/noaa-satellite-imagery-sdr.html
The WXtoImg software, listening to the Soundcloud virtual audio device (microphone) will take this information and decode it into a weather image based on the data being sent from the satellite, which will produce the weather picture once the data transmission has completed (the satellite is out of range). Antenna Setup

https://www.sdrplay.com/community/viewtopic.php?t=2529
Currently, as of 2017, there are still a handful of orbital weather satellites transmitting the APT or Automatic Picture Transmission format. As a minimum, you will need an antenna, a radio receiver capable of receiving FM frequencies from 137.1 to 137.9125 MHz having a bandwidth of 30kHz to 50kHz, such as the RSP2, a personal computer with a

https://www.rtl-sdr.com/tracking-and-decoding-guide-for-noaa-weather-satellites/
Thank you to Samual Yanz (N7FNV) for submitting a guide that he's created about tracking and decoding NOAA weather satellites. The guide can be downloaded from this link as a PDF . Currently there are three operational polar orbiting NOAA weather satellites that transmit image data in the APT format at 137 MHz. When one of these satellites pass

https://hagensieker.com/2024/01/12/capturing-noaa-satellite-imagery-with-rtl-sdr/
With a $30 RTL-SDR device and an antenna you can actually receive data from functional weather satellites. While the GOES satellites give better resolution and wider, continual coverage, the NOAA birds still give you the information you need. The rough steps are: Record audio signal from satellite. Resample the audio to 11025 Hz.

https://www.rtl-sdr.com/a-tutorial-on-decoding-noaa-and-meteor-m2-weather-satellite-images-in-ubuntu/
Recently an RTL-SDR.com reader by the name of Pete wrote in to let us know about a comprehensive tutorial that he has written about setting up NOAA and Meteor M2 weather satellite decoding in Ubuntu Linux with an RTL-SDR. Pete's tutorial starts from a fresh install of Ubuntu and uses GQRX, GNU Radio Companion, WxtoIMG and the MeteorM2

https://www.youtube.com/watch?v=62mVqWIm7YI
Receiving and Decoding signals from NOAA weather satellites using RTL-SDR, HDSDR, Orbitron and WXTOIMG softwaresChoice of Antenna:https://www.rtl-sdr.com/sim

http://www.geo-web.org.uk/soft.php
JVcomm32 is a multi mode program which can receive and decode weather charts, weather reports, NAVTEX and SYNOP messages, weather satellites, ham radio SSTV and FAX. NOAA weather satellite (FAX) transmissions are decoded into images in real time, and the images saved as bitmaps. A demo version is available, but JVcomm32 must be registered to

https://www.instructables.com/Receiving-Images-From-Passing-Weather-Satellites-N/
Receiving Images From Passing Weather Satellites (NOAA and METEOR M2) Using a Cheap SDR: While everyone knows that there are satellites in orbit, most people don't think much of them or their capabilities, beyond making the TV work. But many of the satellites in orbit aren't just used for TV broadcasts. From weather imaging, to collecti

https://wxtoimgrestored.xyz/
Fix For Errors Downloading TLE / Keplers WXtoImg is a fully automated APT and WEFAX weather satellite (WXsat) decoder. The software supports recording, decoding, editing, and viewing on most versions of Windows, Linux, and Mac OS X. WXtoImg supports real-time decoding, map overlays, advanced colour enhancements, 3-D images, animations, multi-pass images, projection transformation (e.g

https://www.rtl-sdr.com/an-alternative-noaa-weather-satellite-tutorial-using-rtl_fm-and-wxtoimg/
An Alternative NOAA Weather Satellite Tutorial using RTL_FM and WxToImg. The RTL-SDR software defined radio is often used to receive signals from NOAA APT weather satellites. Once decoded these signals produce a freshly captured image of the earth over your current location. We have a simple tutorial on setting this up here.

https://mcbainsite.co.uk/receiving-and-decoding-weather-satellites/
Options->Active APT satellites tells the software which satellites you will be receiving. Finally you will need to set your ground station location in Options->Ground station Location. Now, so long as you set the correct frequency in SDR#, WXtoIMG should start decoding the received signal and the image should slowly appear on the screen.

https://m7smu.org.uk/post/decoding-weather-sats/
Operation. There are a number of steps that I followed: Identify a good satellite pass. Set up the SDR (including I/Q recording) and pipe the audio via the VAC. Set up WXtoIMG to receive audio via VAC. Capture I/Q and audio signal during satellite pass as a backup. Allow WXtoIMG to decode pictures.

https://www.youtube.com/watch?v=AHUrJyscih8
using a pc and a radio receiver to decode real-time weather satellite images.

https://www.rtl-sdr.com/wp-content/uploads/2022/08/NOAA-Satellite-Tracking-and-Decoding-Guide-V2.pdf
This guide however will get you on the air and receiving images. The first thing you will need to do is extract the NOAA Tracking and Decoding Guide.zip file. It may be easiest to unzip this file into a folder on your desktop for ease as we will be accessing multiple files during the setup process.

https://wcrc.world/Files/CONTACT2020_NOAA_HELPER.pdf
Each NOAA weather satellite broadcasts an Automatic Picture Transmission (APT) signal, which contains a live weather image of your area. The RTL-SDR dongle combined with a good antenna, SDRSharp and a decoding program can be used to download and display these live images several times a day. This tutorial will show you how to set up a NOAA

https://www.youtube.com/watch?v=tHDFHc3JgpY
Equipment used:- ezcap USB 2.0 DVB-T/DAB/FM dongle - Homebrew QFH antenna, build from PVC pipe and coax cable. see http://jcoppens.com/ant/qfh/calc.en.php

https://www.rtl-sdr.com/using-50-lines-of-python-code-to-decode-noaa-apt-weather-satellite-images/
There are already many image decoders for the NOAA APT weather satellites available, with the most common and feature rich program being the abandoned freeware 'WXtoIMG'. However many people may not know how simple the APT digital signal processing code is. Over on his blog post Dmitrii Eliuseev explains how only 50 lines of Python code are required to decode an image from received APT audio.