Author Archive for William Stearns

National Jamboree 2021 Postponed

Communications were received yesterday from the 2021 National Jamboree Executive Leadership Team that the National Jamboree 2021 has been postponed due to the unpredictability of the pandemic and its impact on local councils.

The Boy Scouts of America is committed to the safety of all youth in our programs. Planning, preparations, and decisions regarding National Jamborees take place months, and even years, in advance. The unresolved issues surrounding the pandemic make it exceedingly difficult to plan and prepare for a premiere event of this size in a way that continues to keep the safety of Scouts, volunteers, staff, and communities at the forefront.

Thank you to all the volunteers that signed up to be on staff at the K2BSA Amateur Radio Station!  We look forward to the rescheduling of this event and your continued support of our operations at the National Jamborees.

Jamboree 2021 Call for Operators

We’re getting ready for the largest Scout gathering in the United States coming Summer 2021.  We’re looking for operators to be on staff at the K2BSA demonstration station and Radio Merit Badge area.

The operations plan is in the works.  This time we’re going to be focusing on demonstrating Voice and CW operations on HF/VHF/UHF and satellite.  As well, we will most likely be doing Radio Merit Badge, Morse Code Interpreter Strip, balloon launch(es), and Amateur Radio Direction Finding.

If you think you’re interested in serving on staff at the National Jamboree, please consider applying on the national site by navigating here then fill out our survey here to get in line for interviews.  If you are not sure but still want to interview, please submit the survey.  Training for your position will start towards the end of 2020, but apply early to ensure your inclusion in this event!

NA1WJ Press Release 05-06-2019


West Virginia, USA, July 15th – August 2nd 2019 – Thousands of Scouts and Scouters from around the globe will be descending on The Summit Bechtel Reserve for the 24th World Scout Jamboree where the theme is Unlock a New World. The North American Contingents of Canada, Mexico, and the United States will play host for this quadrennial event.

Amateur Radio will have a strong presence at the event where they’ll be operating as NA1WJ, signifying North America’s First World Jamboree. The diverse team at NA1WJ will be staffed by amateurs radio operators from the United States, Canada, Japan, Australia, Brazil, Chile, Finland, Germany, Liechtenstein, Malaysia, Nepal, Netherlands, Norway, Taiwan, United Kingdom, among others. The team will have a well equipped demonstration station powered by the latest transceivers from Icom America, antennas from JK Antennas and DX Engineering, and various other accessories from MFJ Enterprises and Geochron. Scouts will be operating the various station positions with team members acting as the control operators allowing them to experience the magic, art, and science of Amateur Radio using HF, VHF, UHF, Digital, Satellites, and Morse Code.

Other activities that will be delivered by the team will be multiple high altitude balloon launches with an APRS payload that will allow Scouts and other interested parties to track the balloons as they traverse the globe, an Amateur Radio Direction Finding course where scouts will use direction finding equipment to locate hidden transmitters, and a contact with the International Space Station where Scouts will get a chance to interact with an astronaut. Live information, including pictures, videos, and current operating frequencies, from the site will be delivered via the K2BSA’s Facebook page, the Twitter accounts of @NA1WJ_Scouting and @K2BSA_Scouting, the NA1WJ Instagram account, the NA1WJ mailing list, and other outlets to be announced.


More information available at
Vision Statement & Operation Plan –
Mailing List –

Signs, Signals, and Code in Action in Oregon

A new generation of code-breakers and communications experts was launched at Oregon’s Sunset Trail District Camporee in May, 2018. About 100 scouts learned the crafts that had once been vital for communications and survival: semaphore (flag) signals, Morse Code, and code cyphers.

“Cool!” “Where can I get the flags?” “Let’s use Morse Code at school!” (not recommended during class time!) were some of the scouts’ comments at the popular Camporee station. Run by Troop 592 of Portland, Oregon and devised by Russ Mickiewicz, who also ran the Camporee ham radio station, the station was designed so that the scouts would have experience with signs, signals, and codes while being scored for speed and accuracy.

When the scouts first arrived at the station, one of the adults at the station would explain how the codes and signals worked using charts. Scouts also had a chance to practice their new skills using authentic naval semaphore flags and military flashlights for Morse Code.

After being trained, each patrol was split into semaphore and Morse Code teams, spaced about 100 feet apart to avoid the temptation to yell answers to each other. According to Mickiewicz’s plan, adults gave the scouts on the semaphore team a coded message, but they did not know what the message meant. To send the message, one scout took the role of semaphore signaler. Holding a flag in each hand, the signaler had to match the position shown on the chart for each coded letter. For example, the letter “R” is made with both arms held straight out from shoulders.

“It was surprisingly difficult. I didn’t know there was such a thing as flag signals.” says Pavlos Blankenstein, Life Scout with Troop 592.

Haydn Bach, Tenderfoot rank Patrol Leader also with Troop 592, explains the challenge at the semaphore station, “The signaler has to hold his arms straight. Signals can be misread. They need to try to be exact.”

Although semaphore is rarely used today, from ancient times until the 19th century, it was the main way for rulers and their militaries to communicate over long distances. (Imagine sailors in Napoleon’s navy communicating battle plans from ship to ship using semaphore signals.) In the 1840’s, semaphore began to be replaced by a newer technology, Morse Code. Because Morse Code can be transmitted over wires or radio waves, it did not have to be visible to work. That fixed two big weaknesses of semaphore flags, namely that they could not be seen in the dark, and, when they were easy to see, semaphore signals could be intercepted by enemies. However, at the 2018 Camporee, both signaling systems were used.

In fact, each team had to understand both semaphore and Morse Code for the station to work. After each letter was signaled by the semaphore team, the Morse Code team responded with one quick flash from a flashlight for message received, or three flashes to have the message resent. Once the semaphore team finished sending the message, the Morse Code team used a 13-letter rotation cypher to decode it (see diagram). For example, the semaphore team might have transmitted the letters “NQIRAGHER.” Using the cypher wheel, the Morse Code team would decode this as “ADVENTURE.”

Next, the Morse Code team’s signaler used a flashlight to send the decoded message. If the semaphore team understood, then the semaphore signaler held his arms straight out to each side for the letter “R,” meaning received. If the Morse Code message wasn’t understood, the semaphore signaler would flap his arms like a large bird trying to take flight, meaning resend the message.

“Using the flashlights to signal in Morse Code proved to be the biggest challenge, because the scouts weren’t always pointing the flashlight down the road [directly at the semaphore team]. They weren’t aiming it. So, I told them to aim it like a pistol,” says Marlan Bright, one of the adults at the station.

Finally, the semaphore team wrote down the message and handed it to an adult, who scored the patrol’s performance based on timing and accuracy.

“It was fun. We had to learn teamwork. We had to trust and know the other person in a way we hadn’t before,” says Isaak Sandstrom, First Class with Troop 592. He adds, “I had taken the Signaling merit badge and learned about signals, but with this we got to actually use them, like in a real-life situation.”

— by Patricia Griffiths (posted with permission)