WARP DRiVE for UK STRaND-1 CubeSat

Dr Chris Bridges working on STRaND

Dr Chris Bridges working on STRaND

The SSTL Space Blog reports on WARP DRiVE (Water Alchohol Resistojet Propulsion system), a novel new propulsion system that will help the STRaND-1 cubesat to perform manoeuvres. STRaND-1 is the first cubesat to have two types of propulsion system. As well as the WARP DRiVE, it will be equipped with a pulsed plasma thruster system which will provide full-axis control with low power, mass and volume requirements.

WARP DRiVE works by pushing water alcohol out of a tiny hole (just 0.2mm across) to produce thrust. The main advantage of this system is that it’s much smaller than regular space propulsion systems measuring in at about the same width as a drinks coaster. The WARP DRiVE will also provide more thrust than other similar systems whilst maintaining a comparable specific impulse (the efficiency of the propulsion system).

Read the SSTL Space Blog at http://www.sstl.co.uk/Blog/January-2013/WARP-speed-ahead

STRaND stands for Surrey Training, Research and Nanosatellite Demonstration and the programme is intended to be a long-term arrangement between the space company SSTL and academic researchers at the Surrey Space Centre (SSC), with STRaND-1 the first of a long line of STRaND nanosatellites.

STRaND-1 aims to carry a NEXUS Android Smartphone into space and plans to use data rates of 9k6 or 19k2 bps for the AX.25 packet radio downlink on 437.575 MHz. A software-based speech synthesiser will be included to pay homage to the UOSAT family of satellites.

The SSTL employees involved with the STRaND programme are volunteers. It is a condition of the programme that volunteers from SSTL and SSC use their own, free time for STRaND activities (such as lunches and breaks). The project has no budget for staff so is entirely dependent on volunteers.

To watch a presentation about STRaND-1 given by Dr. Chris Bridges to the AMSAT-UK 2012 International Space Colloquium following these steps:
• Go to http://www.batc.tv/
• Click on “Film Archive
• Select “AMSAT 2012″ in the Category box and click on Select Category
• Select “A03 – STRaND-1” in the Stream box and click on Select Stream
• Click the play button on the video player window

The videos can be downloaded for later use, for instance at a club meeting, by clicking on the “Click Here” link underneath the video player.

SA AMSAT Accelerating the KLETSkous CubeSat Project

Deon Coetzee ZR1DE with prototype space frame - Image Credit SA AMSAT

Deon Coetzee ZR1DE with prototype space frame – Image Credit SA AMSAT

SA AMSAT has decided to accelerate their CubeSat project, named KLETSkous and expect to have the first prototype version of the 435/145 MHz linear transponder and control system on the table for testing by end February.

“One of the reasons to speed up development is the quest to have the transponder included as an experimental payload on the ARMC project.” Hannes Coetzee, ZS6BZP, said. Jacques Roux, ZR1ADC,  is working on the transponder while Brian McKenzie, ZS1BMN, is responsible for the control systems.

As part of South Africa’s contribution to the African Resource and Environmental Management Constellation (ARMC) of satellites, SANSA, in collaboration with local industry and academic experts, have been in discussions on the specifications for the new satellite (ZA-ARMC1) and its associated benefits for South Africa and the continent. SA AMSAT is making representation to SANSA to have an amateur payload included in the project.

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Radio Hams BBC Stargazing Live Balloon Picture

BBC Sky Balloon image received by Graeme 2I0WGM and Philip MI0VIM

BBC Sky Balloon image received by Graeme 2I0WGM and Philip MI0VIM

Graeme 2I0WGM and Philip MI0VIM got some publicity for the Mid-Ulster Amateur Radio Club by submitting a picture received from a BBC balloon on 434.650 MHz.

It was a BBC Stargazing Live experiment to send a balloon to the stratosphere that would tweet data from near space. The SWIFT balloon carried a transmitter on 434.650 MHz that sent pictures using 300 bps FSK and reached an altitude of 18.982 km.

Graeme 2I0WGM and Philip MI0VIM submitted their picture to the BBC which can be seen at
https://twitter.com/BBCSkyBalloon/status/289016211143016448/photo/1

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UKube-1 CubeSat Featured in SatMagazine

SatMagazine January 2013The January issue of the free publication SatMagazine features an article on the UK Space Agency’s first satellite UKube-1. It will carry an amateur radio subsystem and a launch on a Soyuz rocket is planned for the 3rd quarter of 2013.

The article on page 6 includes a picture of Steve Greenland of Clyde Space taking delivery of a set of AMSAT-UK FUNcube boards which will provide a 435/145 MHz linear transponder and a 145.915 MHz BPSK telemetry beacon for educational outreach.

Starting on page 24 is an article ‘Truly Educational Experiences… With Nanosats’ covering the University Nanosat program.

Download the January 2013 SatMagazine from http://www.satmagazine.com/2013/SM_Jan2013.pdf

Ukube-1 – Milton Keynes Cubesat Community Workshop January 22 http://www.uk.amsat.org/?p=11782

Clyde Space http://www.clyde-space.com/

STRaND-1 CubeSat & BBC Stargazing Live

STRaND-1 CubeSat Plasma Propulsion Test

STRaND-1 CubeSat Plasma Propulsion Test Firing

BBC TV have been filming at the Surrey Space Centre (SSC) and Surrey Satellite Technology Limited (SSTL) for an item on the STRaND-1 CubeSat mission for Stargazing Live.

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Pictures Received on 5840 MHz from Amateur Radio Satellite FITSAT-1

Image of ISS taken by the FITSAT-1 CubeSat after deployment

Image of ISS taken by the FITSAT-1 CubeSat after deployment

On December 22 members of AMSAT-DL succeeded in receiving 18 images from the 5840 MHz high-speed downlink of the amateur radio satellite FITSat-1.

In total 22 images were transmitted in the test and 18 were received at the amateur radio facility at Bochum.

The FITSAT-1 CubeSat was developed by students at the Fukuoka Institute of Technology (FIT) in Japan. As well as the high-speed data downlink on 5840.0 MHz the satellite carries several amateur radio payloads: a CW beacon on 437.250 MHz, a telemetry beacon on 437.445 MHz and an optical Morse code LED experiment.

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