Imagine gazing up at the stars and suddenly receiving vivid images beamed directly from the International Space Station – a thrilling nod to 25 years of cosmic conversations via ham radio! But here's where it gets intriguing: in an era dominated by smartphones and instant messaging, is this timeless technology still captivating hearts and minds?
As we approach the end of November 2025, the Amateur Radio on the International Space Station (ARISS) program is gearing up for a spectacular celebration. From November 12 through November 20, astronauts aboard the ISS will broadcast a collection of 12 special images using Slow Scan Television (SSTV), a method that transmits pictures slowly over radio waves, making it accessible to amateur radio enthusiasts worldwide. For beginners, think of SSTV as an old-school way to send photos via radio signals – it's like emailing a picture, but through the airwaves instead of the internet. The event will only pause during a planned educational radio chat, ensuring the focus remains on this commemorative broadcast.
Dubbed the 'SSTV Spacetacular,' this initiative shines a spotlight on two exciting occasions: the World Scouting movement's Jamboree-on-the-Air (JOTA), which brings together scouts for global radio adventures, and the 25th anniversary of ham radio operations on the ISS. And this is the part most people miss – these aren't just random pictures; they're a testament to humanity's unyielding curiosity about the universe.
Let's rewind the clock a bit. ARISS made its debut on November 13, 2000, when the Expedition 1 crew aboard the ISS conducted the very first amateur radio transmission using an Ericsson VHF radio. That same year marked a groundbreaking moment when ISS Commander Bill Shepherd, operating under the call sign KD5GSL, connected with eager students at Luther Burbank School in Burbank, Illinois. Fast-forward to today, and ARISS has facilitated connections for an estimated 200,000 students, teachers, and hobbyists annually, bridging the gap between Earth and the orbiting outpost where astronauts live and conduct experiments.
Now, for the fun part: Scouts, teachers, pupils, and radio amateurs from every corner of the globe are cordially invited to tune in, capture, and decode these beamed images. Once decoded, participants can share their versions on the ARISS SSTV gallery to snag a special electronic award certificate. Picture this as your chance to earn a digital badge for contributing to a worldwide space adventure – it's like being part of a global scavenger hunt with a cosmic twist!
If you're wondering about the buzz around these events, ARISS's previous SSTV push in early October, honoring World Space Week, drew in nearly 9,000 images from over 3,600 participants across every continent, including some truly remote spots in Antarctica. It just goes to show how accessible and inclusive ham radio can be, proving that space exploration isn't limited to elites.
To stay in the loop on the latest SSTV transmission schedules, frequencies, and event specifics, make sure to follow ARISS on their social channels: Facebook, X (formerly Twitter), and Instagram. These updates are your gateway to joining the excitement in real-time.
A big shoutout to ARISS for providing the details in this update.
A deeper look at ARISS: The Amateur Radio on the International Space Station is a collaborative effort among various international amateur radio groups and the agencies funding the ISS. In the US, key players include the American Radio Relay League (ARRL), the Radio Amateur Satellite Corporation (AMSAT), the ISS National Lab-Space Station Explorers, Amateur Radio Digital Communications (ARDC), and NASA's Space Communications and Navigation program. Their main aim? To spark interest in science, technology, engineering, the arts, and mathematics (STEM) by setting up planned radio chats between ISS crew members and students. Leading up to and during these exchanges, kids, educators, parents, and local communities dive into practical activities exploring space, space tech, and the wonders of amateur radio. For instance, students might build simple antennas or track satellites, turning abstract concepts into hands-on learning experiences. Curious for more? Head over to www.ariss.org.
But here's where it gets controversial: Some argue that in a world obsessed with high-speed internet and social media, amateur radio feels like a relic from the past – a charming throwback, sure, but is it really advancing modern STEM education? Others counter that its hands-on nature builds resilience and problem-solving skills that apps can't replicate. What do you think? Is ham radio a vital bridge to the stars, or has it been eclipsed by digital innovations? Share your thoughts in the comments – do you agree it's worth celebrating, or should we invest more in cutting-edge tech for space outreach?
