The Air Force Academy satellite FalconSAT-3 is now open for amateur radio use as a digital store-and-forward system. FalconSAT-3 was built in 2005 and 2006 by cadets and faculty in the Space Systems Research Center at the US Air Force Academy in Colorado Springs, CO, and launched in 2007 on an Atlas V.
After serving in scientific and training roles, the Academy has now made the satellite available for Amateur radio use.
The satellite is in a 35.4 degree inclination orbit, with an approximate altitude of 465 to 476 km. The Packet Bulletin Board System is operating at 9600 baud with a 145.840 uplink, and 435.103 downlink. Output power is 1 watt, and the downlink is continuously on. Digipeating is enabled for live QSOs, but unattended digipeating operations is not authorized at this time. Current Keplerian elements can be found in the AMSAT distributed Keplerian elements.
AMSAT-NA Vice President, Educational Relations, Joe Spier, K6WAO of Reno, NV, has been elected by the AMSAT-NA Board of Directors as Executive Vice President during a Board Meeting via a conference call that took place on August 8, 2017. Joe’s new duties will include implementation of AMSAT-NA’s Strategic Planning. He will continue in his other duties as 2017 Space Symposium Chairman, AMSAT News Service Co-Editor, ARISS-NA Education, and Educational Relations until new personnel can be appointed or the task assigned is completed.
Joe Spier, K6WAO (left) conducting the ARISS contact during Pacificon 2012
Under the AMSAT ByLaws, the position of Executive Vice President is one of seven senior officer positions that are approved by the AMSAT Board of Directors.
Included in the ByLaw stated duties, “the Executive Vice President shall act in the place of the President in the President’s absence, and shall have such other duties as the Board may determine.” [Bylaws, Article II, Section 5B].
In addition, the Executive VP is assigned the responsibility of AMSAT External Relations team leader and as acting director of any team leader position that is not filled.
Joe is a Life Member of AMSAT-NA and has served in Educational Relations during the past six years. He also has Life Memberships in the ARRL, SARA (Society of Amateur Radio Astronomers) and the AFA (Air Force Association). He holds an Extra Class license as well Commercial licenses.
AMSAT-NA President, Barry Baines, WD4ASW said, “I extend my congratulations to Joe on his new position of leadership in AMSAT-NA. As EVP, he will be working closely with me on a variety of matters involving various AMSAT departments as we move forward on our strategic planning process as well as day-to-day management of the organization. Joe’s dedication to the strategic planning process will enhance the future of AMSAT-NA.”
[ANS thanks the AMSAT-NA BOD for the above information]
With the recent popularity of Slow Scan Television (SSTV) from the ISS, AMSAT Operations is bringing back Experimenter’s Wednesday to AO-85.
On a trial basis, we invite users to exchange pictures using Robot36 SSTV mode via the FM repeater on AO-85 during UTC Wednesdays. Please identify prior to beginning transmissions, and only send when the uplink is clear.
SSTV image received via AO-85 by N8HM during an AMSAT test
Stations are requested to only uplink if they have a reasonable expectation of maintaining a full-quieting signal for the duration of the image transmission. Smaller stations are encouraged to focus on receiving the images.
Please don’t send questionable or provocative images. If in doubt, pick another one. Expect all ages to be participating.
Feedback is encouraged, and comments may be directed via email to me at [email protected].
ARISS has received several reports stating that the packet system on ISS is down. Here is what we know and our current forward plan.
The packet system in the Columbus module started to act up late last week, sending only a beacon. The ARISS team requested a power recycle by the crew, and with that power recycle, the packet system appears to have stop functioning completely. Note that this unit has been on-orbit for 17 years. It was launched on the STS-106 Space Shuttle Atlantis mission in September 2000 and was built, tested and certified for flight about 20 years ago.
Demo model of the ISS packet module
The ARISS team has had some extensive discussions on the way forward. We would first like to do some additional troubleshooting with the existing packet module. It will take some time (weeks) to develop troubleshooting procedures, get the procedures approved by NASA and then conduct the tests with the crew. This includes an additional power cycle. The turnaround time is much longer than usual because a new crew will soon be arriving on ISS. The current crew is focused on the new crew arrival and there will be about a one- to two-week transition after the new crew arrives. On the positive side, one aspect of our troubleshooting-a second power cycle-will occur automatically because ARISS is shut down during crew docking and turned on afterwards. However, there will be more to our troubleshooting than just the power cycle.
We have some additional plans with alternative solutions, but those are currently being discussed and prioritized within the ARISS team. All solutions will require international ARISS team coordination, additional procedures and crew interaction. People who have carefully followed ISS operations know that crew time continues to evolve with the more extensive research that is occurring on-board. Suffice it to say, it will take longer than what it has taken in the past to work through this issue.
The above information is to make sure that ARISS properly sets expectations on how long it will take to resolve this. At this point, expect a few months with no ARISS packet.
As you all can see, deploying the Interoperable Radio system that is currently under development by ARISS has become even more critically important. The ARISS team is laser focused on getting that system developed and deployed. We are conducting a final design review with NASA on this system next week. But we cannot get to the finish line without your help. If you can, please consider a donation to the ARISS radio fund by clicking on the ARISS donate button on the ARISS web page (www.ariss.org) or the AMSAT web page (www.amsat.org). All donations, large and small are appreciated.
On behalf of ARISS, we thank you for your sustained interest and support of our program.
Sincerely,
Frank H. Bauer, KA3HDO
ARISS International Chair
About ARISS
Amateur Radio on the International Space Station (ARISS) is a cooperative venture of international amateur radio societies and the space agencies that support the International Space Station (ISS). In the United States, sponsors are the Radio Amateur Satellite Corporation (AMSAT), the American Radio Relay League (ARRL), the Center for the Advancement of Science in Space (CASIS) and the National Aeronautics and Space Administration (NASA). The primary goal of ARISS is to promote exploration of science, technology, engineering, and mathematics (STEM) topics by organizing scheduled contacts via amateur radio between crew members aboard the ISS and students in classrooms or informal education venues. With the help of experienced amateur radio volunteers, ISS crews speak directly with large audiences in a variety of public forums. Before and during these radio contacts, students, teachers, parents, and communities learn about space, space technologies and amateur radio. For more information, see www.ariss.org, www.amsat.org, and www.arrl.org.
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