9m2yot & 9w2jyl Ground Station

9m2yot & 9w2jyl Ground Station Exposing yourself to a new world of people, people who find the same thing enjoyable that you do.

QO-100: Also works with a LORA board that makes CWThe news of HB9BLA's distance record using an ESP32 module has attract...
24/04/2025

QO-100: Also works with a LORA board that makes CW

The news of HB9BLA's distance record using an ESP32 module has attracted attention. Now Ondrej OK1CDj has reported that it has already established 400 radio connections on CW with a LORA board via QO-100.

Ondrej OK1CDJ is working on several solutions for amateur radio. On Github it has published its solution of a CW transmitter for QO-100, which was implemented with a standard LORA module.

These already transmit in the QO-100 uplink range by default. Its complete solution is easy for an amateur radio operator and a manufacturer to implement.
The transmit power of 450 mW is enough to generate a solid signal in the transponder with a 60 cm satellite dish.

Software:

QO-100 SAT CW Transmitter with OLED Display using LoRa module - ok1cdj/SX1281_QO100_TX

Fram2Ham SSTV Transmissions PlannedAstronaut and radio amateur, Rabea Rogge LB9NJ / KD3AID, will betransmitting amateur ...
23/03/2025

Fram2Ham SSTV Transmissions Planned

Astronaut and radio amateur, Rabea Rogge LB9NJ / KD3AID, will be
transmitting amateur radio Slow Scan TV images from space during the SpaceX
Fram2 mission, planned for launch on March 31.

The Fram2 mission is set to become the first human space flight in polar
orbit – flying over the North and South poles. Named after the famous polar
exploration ship Fram, which completed voyages to both the Arctic and
Antarctica. The SpaceX Falcon 9 rocket will launch four astronauts from
Europe and Australia into orbit for 3-5 days.

*Rabea Rogge LB9NJ / KD3AID [Photo credit: DLR]*

During the Fram2 mission Rabea Rogge, LB9NJ (Norway) and KD3AID (USA), will
be operating the onboard amateur (ham) radio system sending SSTV images as
part of a high school and university student competition. These SSTV images
will also be available to be received by the general public during the
mission.

The International Space Station simulated the Fram2 SSTV mode PD-120
transmissions from February 13-17 on 437.550 MHz FM to enable people to
gain proficiency in receiving the signals before the mission.

Fram2Ham is an experimental radio competition open to high school and
university ages. Rogge will send pictures of three geographical locations
via an onboard ham radio, but here’s the twist: they’ll be cut into pieces
and mixed up! Participants will receive only fragments of the locations and
need to guess where on Earth they are and what their role in polar history
was. While anyone can receive the pictures, forming an international team
may help you solve the puzzle!

There are several challenges like low transmit power, variations of antenna
orientation, and a short, 3-day mission duration, with only a limited time
assigned for the SSTV operation. These challenges require operating
proficiency and the use of the best attainable radio station and this
simulation shall give the possibility to exercise this.

For more information on the Fram2 mission and for youth organizations
interested in participating in the Fram2Ham SSTV competition, see
https://fram2ham.com/

First human Spaceflight to Earth’s polar regions https://f2.com/

Fram2Ham on Discord https://discord.com/invite/GYQzmSh5sp

Competition details
https://fram2ham.com/wp-content/uploads/2025/02/amapay_user_manual-ver-2-7-2025.pdf

FRAM2 HAM An amateur radio competition for the Fram2 space mission What is Fram2?The Fram2 mission is set to become the first human space flight in polar orbit – flying over the North and South poles. Named after the famous polar exploration ship Fram, which completed voyages to both the Arctic an...

Dear friends!We regret to inform you that, according to the forecast, our small OrbiKraft-Zorkiy RS15S spacecraft will c...
14/03/2025

Dear friends!

We regret to inform you that, according to the forecast, our small OrbiKraft-Zorkiy RS15S spacecraft will complete its orbital mission and burn up in the dense layers of Earth's atmosphere in mid-April. On March 22, 2025, it will be exactly four years since its launch from the Baikonur Cosmodrome.🛰

This satellite is special to all of us. Many technical solutions successfully confirmed their onboard flight qualifications. Its development provided invaluable experience that formed the basis for future missions and serial satellite production. We managed to take many photographs of the Earth and even obtain an image of the Moon.

The satellite also perfectly fulfilled its amateur radio mission: the ability to transmit SSTV images and digital data was developed, which is now available to all subsequent satellites on our platforms for educational and outreach purposes.

Unfortunately, not all of the planned amateur radio events took place. However, we want to assure you that our team continues to work on implementing similar projects and experiments, as well as on implementing new interesting ideas. After all, our company has always supported amateur radio as an important technical hobby for our compatriots and like-minded people from other countries.

OrbiCraft-Zorkiy is leaving, but there is already a worthy replacement for wonderful CubeSats in orbit, which continue to delight with their activity. And the “old Orbi” will remain forever in our hearts and memories. 💔

❗️As a token of appreciation for your support and interest in the OrbiKraft-Zorkiy mission, we are presenting its latest diploma program.

Starting on March 11th and until the final signal, OrbiKraft-Zorkiy RS15S will begin transmitting farewell text messages. Message intervals are 120 seconds.

A total of four messages are transmitted: one for each orbital year elapsed.

For receiving at least one message, the participant will receive a commemorative diploma in electronic format.

Our team will award a special prize for receiving all four farewell messages and the "golden package" (i.e., the satellite's last message in April before its reentry).

All applications are accepted exclusively by email to [email protected]. The terms of the diploma program may change at the organizers' discretion. Follow the updates on the website https://sputnix.ru/ru/sputniki/proshhalnaya-diplomnaya-programma-orbikraft-zorkiy.

Thank you for being with OrbiCraft-Zorky! Thank you for your experience and participation!

СПУТНИКС

04/03/2025
https://community.libre.space/t/stratosat-tk1-rs52s-image-transmissions/11207?fbclid=IwY2xjawIsiaBleHRuA2FlbQIxMQABHQLbp...
27/02/2025

https://community.libre.space/t/stratosat-tk1-rs52s-image-transmissions/11207?fbclid=IwY2xjawIsiaBleHRuA2FlbQIxMQABHQLbph78Y19QjxzZJw580tNQS_VKfmBgsVtpwTuoZu2sNB94MdVFGgni4w_aem_QtWWlHTvCEzTzpNunAScVw

There are images transmitted from Stratosat-TK1 (RS52S) cubesat on 435.870 MHz. Satellite have two cameras: UCAM-III (same as on Geoscan-Edelveis) and high resolution camera. So there are two formats of image transmission. Format of UCAM-III (Low resolution, LR) transmission is the same with Geoscan...

08/01/2025

Wednesday, January 8, 2025
R4UAB
R4UAB
Amateur satellite | SatMonitoring

Space-π SSTV VIZARD-METEO (RS38S)
From January 8 to January 10, 2025, the satellite "VIZARD-METEO (RS38S)" will transmit children's drawings in SSTV format
07.01.2025 R4UAB 0 Comments
On January 4, 2025, the Volgograd Planetarium hosted a fascinating lesson of the Alcyone astronomy club under the guidance of experienced radio amateur Alisa. Young researchers, students in grades 5–10, created VHF antennas with their own hands, studying the work of electromagnetic waves in practice.

The work proceeded as in a real scientific project: two participants were engaged in calculating satellite flights and setting up software, and four young men and women were engaged in assembling antennas of the 435–438 MHz range. A special role was played by young “quality control employees”, who carefully checked the finished structures, as if in a real production facility.

After the antennas were assembled, they were tested to receive signals from the small spacecraft “UMKA-1 (RS40S)”.

In addition to the technical part, the lesson took on a creative note: the girls created charming drawings on a space theme.

On January 6, 2025, schoolchildren from the Temnikovsky District of the Republic of Mordovia visited the Mission Control Center in the city of Ruzayevka, where they learned how to work with small spacecraft launched under the Space Pi program at a master class on satellite control led by Dmitry Pashkov (R4UAB) .

The culmination of the master class was that the drawings made by children from Volgograd were processed and uploaded to the small spacecraft "VIZARD-METEO (RS38S)" by students from Mordovia for their transmission from space. Anna and Maria also developed a satellite flight cyclogram, which will ensure the successful transmission of pictures via the SSTV protocol. These works will decorate and complement the New Year's broadcast, becoming a symbol of inspiration for all participants.

SSTV transmission schedule from the VIZARD-METEO (RS38S) satellite:

Transmission start: January 08, 2025 at ~06:00 UTC.
Transmission end: January 10, 2025 at ~18:00 UTC.
Format - SSTV Robot 36
Interval between transmissions 120 seconds (can be adjusted later).

Frequency of small spacecraft "VIZARD-METEO (RS38S)"

437.825 MHz GMSK 2k4 USP FEC, GMSK 4k8 USP FEC, GMSK 9k6 USP FEC, SSTV;
Attention! SSTV transmission can be interrupted if necessary! (increased temperature, discharged batteries, etc.)

Dear friends!We wish you a Happy New Year and the upcoming Christmas! We announce SSTV broadcasting from the small space...
04/01/2025

Dear friends!
We wish you a Happy New Year and the upcoming Christmas! We announce SSTV broadcasting from the small spacecraft (SSC) "HYPERVIEW-1G (RS66S)" of Samara University!

The HYPERVIEW-1G (RS66S) small spacecraft was launched on November 5, 2024, from the Vostochny Cosmodrome as part of the Space-Pi program .
The HYPERVIEW-1G (RS66S) small spacecraft is a 6U cubesat created by the Samara National Research University named after academician S. P. Korolev on the platform of the private space company SPUTNIX . The main mission of the device is hyperspectral imaging of the Earth's surface.

SSTV broadcast schedule:

Transmission start: January 5, 2025 at ~00:01 UTC.
Transmission end: January 7, 2025 at ~23:59 UTC.
Format - SSTV Robot 72
Interval between transmissions 120 seconds (can be adjusted later).

Attention! SSTV transmission can be interrupted if necessary! (increased temperature, discharged batteries, etc.)

Frequency of MKA "HYPERVIEW-1G (RS66S)"

436.540 MHz GMSK 2k4 USP FEC, GMSK 4k8 USP FEC, GMSK 9k6 USP FEC, SSTV;
All participants who send at least 1 full image will receive electronic QSL from Samara University (paper ones upon request).

An application for a QSL card with the subject of the letter QSL can be sent by e-mail to [email protected]

The application must include:

Full name
Callsign (if any)
Date and time the image was received (in UTC)
Your QTH locator or locality
Full postal address with zip code for sending the card (if necessary)
Received image (file in attachments)
Applications will be accepted for 7 days from the end of the broadcast. Applications will be processed until the end of January.

IMPORTANT: To maintain interest and the competitive spirit, we ask participants not to publish IQ, fragments of received images, or finished images without watermarks in the public domain.

Telemetry of the HYPERVIEW-1G (RS66S) satellite:
Network of amateur radio satellite stations "Efir" - https://r4uab.ru/satdb/hyperview-1g/
Network "Sonics" - https://sonik.space/satellites/DQTX-7069-3845-7154-3428/

Спутник HYPERVIEW-1G Дата запуска МКА: 05 ноября 2024 года. NORAD: 61772. Номер COSPAR: 2024-199AP. Параметры орбиты: 477 x 503 км. Позывной: RS66S. Формат: 3U CUBESAT. Оператор: Самарский национальный и...

07/10/2024

Live Communication with International Space Station 2024 (ISS)
9M2RPN Calling OR4ISS
FREQ : 145.800Mhz

UMKA-1
05/10/2024

UMKA-1

ARISS SSTV coming
04/10/2024

ARISS SSTV coming

How about some SSTV?

We're planning a Slow Scan Television experiment next week. It's scheduled to start Tue. Oct. 8 and run through Mon. Oct. 14.

During the experiment, it will replace APRS on the Service Module ham radio, 145.800 MHz.

Details in the graphic.

01/10/2024

An educational radio contact is planned with Sekolah Menengah Kebangsaan Agama (SMKA) Tengku Ampuan Hajjah Afzan Pahang, Jerantut, Malaysia, direct via 9M2RPN. The ISS callsign is presently schedul…

Address

OJ12ch
Malacca City

Website

Alerts

Be the first to know and let us send you an email when 9m2yot & 9w2jyl Ground Station posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Share