Satellite Contact at Sussex County Charter School for Technology
It is vitally important that we make efforts to bring Amateur Radio to young people in schools and other venues. When we spend time bringing Amateur Radio to young people, we accomplish two important things. First, we have the potential to change a young person’s life for the better by involving them in Amateur Radio, a hobby and a service that inspires a lifetime of STEM learning and often leads to lifelong careers in Science or Engineering.
Secondly, our work in schools is one of the very best ways that we can make the general public aware of the positive benefits that Amateur Radio provides to their kids and to the general public…
In my role as an ARISS Program Mentor, I recently had the pleasure of spending a week with Sussex County Charter School for Technology students and teachers to help teachers there to deliver their summer Radio Camp.
The summer Radio Camp was a STEM education program that the school developed in support of their upcoming contact with an astronaut on the International Space Station (ISS). Members of the local Sussex County Amateur Radio Club teamed with the teachers at the school to deliver a 5-day program grounded in STEM learning through Amateur Radio.
You can read more about the activities that we did at the week-long summer Radio Camp via the link above.
Helping a School Make Contact with an Astronaut on the ISS
As many of you know, I have been dedicating much of my time over the last 6 years to helping folks to get into Amateur Radio, to learn new skills through our hobby, and to experience the joy and sense of accomplishment that Amateur Radio brings. I hope to further this effort in the position of New England Director in the ARRL…
Several friends and supporters have approached me about running for the position of New England Division Director in the ARRL. Directors serve on the Board of Directors of the ARRL for a Term of 3 years and are elected by the members of the ARRL in the Director’s Division. In our case, this encompasses ARRL members in Maine, New Hampshire, Vermont, Massachusetts, Connecticut, and Rhode Island.
After much consultation with friends, the NARS Executive Committee, my wife Anita, and others who have played major roles in the ARRL, I have decided to take on this challenge by running this fall. I am doing this, in part, to try to help Clubs and Hams here in New England and across the ARRL to grow participation in the Amateur Radio Service and to benefit from the many learning opportunities that it provides.
You can read more about what I am hoping to accomplish as New England Division Director of the ARRL via the link above.
After our contact, I decided to become an ARISS Mentor so I could help other schools make contacts with astronauts aboard the ISS. I spent the last year working with Dave Jordan, AA4KN to learn how the ARISS program works and how to help schools make successful ISS contacts. Dave did a great job coaching me as I worked with Council Rock H.S. South in Holland, PA to prepare for their ISS Contact…
I recently had the privilege of helping Council Rock H.S. South in Holland, PA to make contact with astronaut Drew Morgan on the ISS. The link above shares the story of this amazing experience and my journey to become an ARISS Mentor. The article also contains videos and photos that capture and share the experience. I hope that you enjoy it!
Students at Council Rock High School South in Southampton, PA will be talking with Astronaut Drew Morgan, KI5AAA aboard the ISS on Thursday. The ISS will be over our area here in the Northeastern Unit States beginning at about 12:55 pm eastern time on Thursday, December 5th. Council Rock’s ARISS Contact is made possible by the ARISS Program…
You should be able to hear Drew on the ISS voice downlink at 145.800 MHz FM. The ISS pass will be a high one over our area. As a result, we should be able to hear the downlink using a good vertical antenna and perhaps even using an HT.
I am serving as the ARRIS Mentor for Council Rock H.S. South’s ISS Contact. I am looking forward to the opportunity to be at their school on Thursday to be part of what I am sure will be a very memorable event.
Jamey, AC1DC Presenting in the ARRL Forum at Dayton 2019
The ARRL gave the Nashua Area Radio Society a Forum at the Dayton Hamvention(R)this past year to talk about how we approached Growing and Modernizing our club. The ARRL has produced a video of our Dayton Forum presentation. You can view the Video along with a copy of the presentation via the link which follows…
The Nashua Area Radio Society has grown from about 35 members to over 225 members in less than 4 years. The presentation contains ideas and programs that have worked for the Nashua Area Radio Society’s (NARS) as part of our efforts to modernize and grow our club.
We have been sharing this presentation via the Internet with other Amateur Radio Clubs. All that is required is an Internet connection capable of streaming video and an associated computer with a projector and speakers. We would like to invite our readers who might want us to do a similar presentation at one of your club meetings to reach out to us via an email to ab1oc@arrl.net.
Anita and I have been working to grow the Amateur Radio Service through our work at the Nashua Area Radio Society. The Nashua Area Radio Society is a 501c(3) public charity whose mission is to:
Encourage and help people to become licensed and active in the Amateur Radio Service
Spark Interest among Young People in STEM Education and Careers through Ham Radio
Provide training and mentoring to enable our members to improve their technical and operating skills and to be prepared to assist in times of emergency
Sponsor on-air operating activities so that our members may practice and fully develop their operating skills and have fun with Ham Radio!
Students and Teachers Ready To Launch Their High-Altitude Balloon
The Nashua Area Radio Society has created many programs designed to provide STEM learning experiences and training through Amateur Radio. Some of these include:
Emergency Communications Training through our Field Day and other activities
Supporting Local Schools with ARISS Crew Contacts and other Amateur Radio activities
To carry out our mission, we have formed close relationships with several schools. This helps us develop and deliver effective, high-quality programs that bring learning through Amateur Radio to young people. You can read more about what we’re doing via the link at the top of the page.
We provide many of these services either free of charge or at a very modest cost. We count on the generosity of our members, friends, and the Amateur Radio community to raise funds to support our work.
We hope that our readers will consider supporting our work at the Nashua Area Radio Society by using Amazon Smile and designating us as your favorite charity and/or by making a donation to our current fundraising campaign (click on the badge below).
On behalf of the many young people and others that we help, thank you very much for your interest and support. We will continue to work hard to provide learning opportunities for young people through Amateur Radio and to continue to make the Amateur Radio Service the best it can be to benefit everyone.
We have been working on project to scale our open house activities to provide an opportunity to learn about Amatuer Radio and to showcase some of the modern, “hi-tech” aspects of the Amatuer Radio Service. This project was debuted at the NETT event at NEAR-Fest. We used our Portable Satellite Station, Remote Operating Gateway, and our Mobile HF Stations as part of this activity. There might be some ideas here that you can use to create an exciting operating activity at you local club or Ham Fest.
We have been working with Hudson Memorial School near Nashua, NH to prepare for a possible ISS crew contact. The ARISS folks work with schools and their Ham Radio helpers to prepare for these contacts. ARISS provides recommendations for ground station equipment to help ensure a good experience for the students. The ground station recommendations provide a solid set of specifications to support communications with the ISS on the 2m band. The recommendations include things such as:
A requirement to build both a primary and a backup ground station
Radio and power specifications (a 200W amp is recommended)
Antenna specifications including recommendations to provide for switchable LHCP and RHCP
Computer controlled azimuth/elevation positioning of antennas to track the ISS
Use of a receive preamplifier at the antenna
Portable Satellite Station 3.0 Antenna System
We have recently completed construction and testing of our Portable Satellite Station 3.0 which was built specifically to meet the primary station requirements for our ISS contact.
Our plan is to add some upgrades to our Portable Satellite Station 2.0 to create a Portable 2.1 Station which meets the backup station requirements. These upgrades will include:
Power supplies and power distribution for the Transceiver, Amplifier, and Accessories
All of the equipment needed to upgrade our 2.0 Portable Station to 2.1 is either here or will arrive shortly. Here’s some more information on the planned equipment.
Icom IC-910H Transceiver
The Icom IC-910H was Icom’s flagship Transceiver for Satellite work before the IC-9100 was released. It’s a very nice satellite radio! Dave, K1DLM graciously lent us his IC-910H for use in our backup station.
Green Heron RT-21 AZ/EL Rotator Controller
We already have a Green Heron Az/El Rotator controller setup for the Yaesu Rotator system on the 2.0 Antenna Tower and we will be reusing it for the 2.1 station.
M2 Antenna Systems recently added a new 2M polarity switch, the PS-2MCP8A, designed for use with the 2M antenna in their LEO Pack which we are using in our 2.0 Antenna System. We will be installing this relay as well as a PS-70CM polarity switch relay for the LEO pack’s 70cm antenna as part of the 2.1 Antena System upgrade.
The final new component in our 2.0 to 2.1 upgrade is the addition of a 200W RM ITALY LA 250 power amplifier. We have opted for the version of this amplifier with the cooling fans. The unit is very well made and we are anxious to see how it performs on the air.
Some of our readers might be wondering what we are planning to do with all of Portable Satellite Ground Station equipment in the long run? We plan on keeping the 1.0 Portable Station for grid square activations and demonstrations. Its simple, battery-powered approach and small antenna make it ideal for this sort of work.
The upgraded 2.0 Portable Station with its enhanced polarity switching will become our transportable station for License Class and Field Day use. It will be converted at the end of 2018 to use our Icom IC-9100 Transceiver that is currently part of the 3.0 station.
We plan to use the Portable 3.0 Station through the year (2018) to support the planned ARISS contact, Field Day, and some demonstrations at local Ham Fests and schools. Once these are complete, we plan to permanently install it here at our QTH and it will become our main satellite ground station at our home QTH.
You can view all of the articles about our Portable Satellite Stations via the links below.
We will begin construction of the 2.1 upgraded station once a few remaining components arrive here. We plan to share some more about the construction and initial testing of our 2.1 Portable Station here.
The Nashua Area Radio Society is planning to launch another High-Altitude Balloon (HAB) this coming Saturday, October 28th at 15:00z (11 am Eastern Time) from Winchester, NH USA. Our Balloon will carry a 2m APRS transmitter operating on 144.390 MHz and will be using the call sign N1FD-11. You can also track our HAB via the Internet using aprsi.fi. We expect our HAB’s flight to last about 2 1/2 hours and reach an altitude of over 105,000 ft. The balloon will also be carrying two video cameras to capture near-space video during the flight.
Image Taken From Our High-Altitude Balloon at over 90,000 ft
Members of the Nashua Area Radio Club launched a High-Altitude Balloon (HAB) to the edge of space and back this past weekend. Our HAB carried a 2m APRS Transmitter and sent position and atmospheric telemetry to the ground during its flight. Our HAB was tracked by many folks using aprsi.fi during its flight via the N1FD-11 call sign.
You can see an amazing video of the flight, including footage taken during our launch and from the balloon while in flight above.
Our HAB launch was part of a STEM learning project that our club did in partnership with several High Schools in New Hampshire. You can read more about the project and our STEM work on our club’s Blog here.
