Telebridge station ON4ISS in Belgium will call OR4ISS at approximately 13:11 UTC.

 Planned ISS contact Tuesday, March 6, 2012 13.11 UTC

The questions are asked by children who won the Ruimteschip Aarde (Spaceship Earth) competition. In this competition André Kuipers challenged them to turn their class room into a spaceship and to think very good about what they and their class mates needed to survive in space for a very long time. They showed their results in videos. In some of the questions the children refer to inventions they made for this competition, such as the Poep Brandstof Generator (Poop fuel generator, Q4) and the Geur Vergeet Geheugen Machine (a machine that makes it possible to smell forgotten scents from earth, Q6)
Hello Andre, this is Jasper Wamsteker of the Netherlands Space Office and the Ruimteschip Aarde project. I am here together with the proud winners of the first special mission of Ruimteschip Aarde. I see a lot of delighted and excited faces around me. The children here have a lot of questions for you, but first I have a question myself.
1. We can hear you, but we cannot see you. Please could you describe to us where you are at the moment?
2. Will it ever be possible that children go on al long space trip? Or would this be too dangerous for the growth and the strength of their bones and organs?
3. If you eat salt in space, does it affect your bone density?
4. For the competition we designed a PBG (Poop Fuel Generator). Poop is converted into fuel and thus used for relocation in space by the principle of action=reaction. Do you think the PBG can ever be made and used by astronauts on a space mission that takes several years?
5. How long can you survive in space in case no new provisions are brought?
6. For the competition we came up with the idea of the GVGM (Forgotten Scents Remembrance Machine). This helps you to smell and remember smells from earth. Which 3 scents would you like the GVGM to be able to reproduce?
7. You do a lot of experiments in the ISS. Which one has your preference?
8. Did you ever came up with an idea for an experiment yourself, that you would like to conduct in space?
9. What do you do in case the oxygen falls out?
10. Now that you are in space, do you read a science fiction novel there, or is that not necessary anymore?
11. Is there an experiment that you would like to conduct, but which you cannot do because of lack of time?
12. Is there a game that you and your fellow astronauts play together in your free time?
13. When you were launched, did you feel the high speed of the rocket?
14. Can you imagine what it would be like to be so far away that it is not possible anymore to see earth?
15. You travel to the ISS in a very small capsule. How can you take all your clothes with you?
16. Is there a device which can be used in the ISS, that you would like to be made?
17. What effects on your body do you experience now that you are in space?
18. Would you like to live in space forever together with your friends and family?
19. Do you ever have stomach ache as a result of lack of gravity?

Radio Hams send photo via satellite

ARISSat-1 Deployment

ARISSat-1 Deployment

The Cincinnati press reports that two Anderson Township amateur radio operators recently sent and received a photo from a satellite that was manually deployed from the International Space Station (ISS).

Farrell Winder W8ZCF and his son Jeff Winder KB8VCO achieved this despite the fact that an antenna on the satellite had snapped off prior to launch.

Read the Cincinnati press article at http://communitypress.cincinnati.com/apps/pbcs.dll/article?AID=/C2/20120301/NEWS/303010057/

RAMPART CubeSat to use propulsion

RAMPART CubeSat

RAMPART CubeSat

Students at Morehead State University are building an amateur radio CubeSat with a propulsion system that will raise the apogee of its orbit from 500 km to 1200 km.

RAMPART, which stands for RApidprototyped Mems Propulsion And Radiation Test CUBEflow SATellite, plans to launch on a Minotaur from Vandenburgh in June 2013.

It is a 2U CubeSat and will use a self-contained, warm gas, propulsion system to adjust satellite’s initial circular orbit of 500 km to an eliptical orbit with an apogee of 1200 km and perigee of 500 km at a 45 degree inclination.

RAMPART Thruster Design

RAMPART Thruster Design

It will demonstrate use of 3D printing (A.K.A. rapid prototyping) for manufacturing small satellites. Measure flux of energetic particles in lower Van Allen Belt. Test radiation-hardened electronic components and high performance solar cells in high radiation environment over a period of five years.

The students are proposing a UHF downlink of 9k6 GMSK AX25 packet. A downlink frequency of 437.325 MHz has been requested.

RAMPART NanoSat Paper http://ssc.moreheadstate.edu/missions/rampart/rampart.pdf

IARU Amateur Satellite Frequency Coordination Status Report http://www.amsat.org.uk/iaru

We invite you to write an article for AMSAT-UK OSCAR NEWS.

If you have written or would like to write an article for AMSAT-UK’s OSCAR News, please email your articles including any photo and artwork to m0tfo@amsat.org

A sample copy of OSCAR NEWS can be found here http://www.uk.amsat.org/on_193_final.pdf

 

We are looking for articles relating to ham radio satellites or anything related to ham radio in space. This can be anything from tips on working your favorite satellite
to using satellite tracking software or your latest project.

Please state within your Email: “For publication”

 

 

 

AMSAT-UK Net Recorded via 20 km WiFi Link

AMSAT-UK Net Recorded via 20 km WiFi Link

Simon Brown HB9DRV in Switzerland has made available a recording of Sunday’s AMSAT-UK 80m net that he made using a remote receiver in Poole, Dorset. What is remarkable about this recording is that a 20 km long experimental 2.4 GHz WiFi link was used at the Dorset end.

The AMSAT-UK net is held every Sunday morning at 10am local time on a nominal frequency of 3.780 MHz. Due to interference the net may move either side of that frequency so tune around. Newcomers are most welcome to call-in.

Listen to the AMSAT-UK Net recorded Sunday, March 4th, 2012. Due to the experimental nature of the 20 km WiFi link there are a few breaks in the recording.

http://www.ham-radio.ch/kits/sdr-radio.com/mp3/04-Mar-2012-1056%203.750MHz.mp3

Previous Net Recordings http://www.ham-radio.ch/kits/sdr-radio.com/mp3/

You can listen to the remote radio of Paul M0EYT in Poole, Dorset as well as other remote receivers in the United Kingdom and around the world via the Web Servers (Free)  page at http://www.sdr-radio.com/

Another web based radio site is http://www.websdr.org/

Nine band web SDR http://websdr.ewi.utwente.nl:8901/

Online Receivers http://www.dxzone.com/catalog/Internet_and_Radio/Online_Receivers/

FUNcube-1 Launch Fund

Just a reminder of the launch Fund that has been created for the FUNcube-1 Cubesat Satellite, all donations are very much appreciated, and will help towards the cost of launching the FUNcube-1 satellite in 2012.

AMSAT-UK FUNcube-1 Launch Fund:  http://tinyurl.com/7t24yol

UK_FUNcube_Mission_Patch

For more information on the FUNcube-1 Cubesat project visit: http://funcube.org.uk/
For more information on the FUNcube Dongle (the SDR receiver for FUNcube) visit here:http://www.funcubedongle.com/