On February 7th at 11:45 the Bridgerland Amateur Radio Club (BARC) located in Northern Utah, helped students from Ridgeline High School and Skyview High School to make a contact with Josh Cassada KI5CRH, who is an astronaut aboard the International Space Station.

Josh Cassada

 

In May of 2021,  BARC received a grant from ARDC for projects focused around introducing youth to amateur radio and STEM through fun hands-on space science activities.  This included the funds to purchase the equipment for a primary amateur radio station used to contact the ISS.

In May of 2022, Cache County School District received word that they were selected for a ARISS contact.  Jason Peterson K7EM led the amateur radio effort for this project.

Technology behind the contact

Primary station

Radio:  ICOM 9700.  2 meter, 70 centimeter, and 1.2 GHz

Rotator:  Yaesu G5500 AZ/EL rotator

Antenna system:  M2 14 element VHF and UHF circular polarized antenna.

Microphone Audio:  Heil GM Elite

Pre-Amps:

Satellite Tracking.

 

 

How the contact worked.

 

ARISS Archives - Our HAM Station

 

The contact happened on the 2 meter Amateur Radio Band. The downlink Frequency from the International Space Station (ISS) was 145.800 MHz.  In comparison, FM radio stations broadcast between 88.0 MHz and  108.0 MHz.  This contact took place just up the band from the FM radio and Aircraft bands.

On board the ISS is a Kenwood D710 Amateur Radio capable of communicating on the 2 meter and 70 cm amateur radio band.  Many astronauts who go to the International Space Station do study for and get their amateur radio license so they can make contacts with students through amateur radio.

First Element of ARISS Next Generation (Next-Gen) Radio System Installed in ISS Columbus Module

ARISS – Funksignale von der Schule in den Weltraum - DLR Portal