OSCAR-11 Report September 1, 2011

OSCAR-11 Report
September 1, 2011

Clive Wallis G3CWV says excellent signals from OSCAR-11 have been reported from stations located around the world.

clive_wallis_g3cwv

clive_wallis_g3cwv

This report covers the period from 27 April to 01 September 2011.
The satellite has continued to operate in a very predictable way since the last report, and no changes have been observed.

During this time the satellite has been heard reliably during its ten-day transmission periods. Excellent signals have been reported from stations located around the world, and good copy obtained from decoded telemetry frames.

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SDR-RADIO supports AMSAT-UK FUNcube Dongle

SDR-RADIO supports AMSAT-UK FUNcube Dongle

Simon Brown GD4ELI/HB9DRV has enhanced his popular 
SDR-RADIO
 software to provide support for the AMSAT-UK FUNcube dongle software defined radio.

SDR-RADIO.com is a Windows console for SDR receivers and transceivers.

Designed specifically for the Amateur Radio and short-wave listener community, the console provides a powerful interface for the rapidly growing SDR enthusiasts.

The SDR-RADIO.com software has been upgraded to provide full support for the FUNcube dongle including satellite tracking, Doppler compensation and data for external rotator software via DDE.

This free software can be downloaded from
http://www.sdr-radio.com/

Join the FUNcube Yahoo Group at
http://uk.groups.yahoo.com/group/FUNcube/

AO-51 operations update

Amsat-echo51

Amsat-echo51

AO-51 operations update

AO-51 Control Station, Mark Hammond, N8MH wrote a status update on this satellite. Mark noted that since the failure of the first cell on the six-cell battery the ground controllers have been limited to simple commands for basic configurations.

Mark said that ground control stations have evolved basic control
and management techniques of AO-51 which allow them to set power levels manually, change uplinks/downlinks. Additional features such as telemetry collection/storage, and the BBS are not functional at this time. If the satellite resets during eclipse these basic functions must be restored manually by a ground station.

Ground stations have discovered there is a second cell in the battery showing problems. Mark noted, “We think it will be the next cell to go with the probable result that our limited manual mode of operation probably will no longer be an option, and the mission might be considered over.”

AO-51 is currently transmitting on:

Downlink: 435.150 MHz FM (LHCP) and using a
Uplink: 145.880 MHz FM

The power level is just under 1 watt (about 980 mW). Controllers expect to keep this configuration until further notice.

Keep up with the latest AO-51 Control Team News on-line at:
http://www.amsat.org/amsat-new/echo/CTNews.php

The current scenario of AO-51 is one reason we need to keep moving AMSAT and satellite development/building/launching moving forward!!

We have learned a lot already with ARISSat-1, and FOX looks promising.
AMSAT needs the support of its users now more than ever!

Mark Hammond, N8MH
AO-51 Control Station

6th Form Students Space Project

The Times newspaper reports on an experiment developed by 6th form students in Canterbury that will soon fly in space and involve students not just in the UK but also Uganda.

The article appeared in The Times 2 supplement for August 24 and describes how 6th form co-ed students at the Simon Langton Grammar school, led by Head of Pyshics, Dr. Becky Parker are developing a Cosmic Radiation experiment – LUCID – that will be part of the TechDemoSat-1 satellite. It is based around a Cosmic Ray detector chip from CERN and the school raised £60,000 to fund the experiment.

The school say that Dr Obote College in Uganda will soon be working with one of the LUCID cosmic ray detectors and Ugandan students will play an equal part with Langton students in collecting and analysing data on cosmic ray activity as part of an international experiment.

As part of the project Dr. Becky Parker is looking for money to install LUCID equipment in schools across the Britsh Isles and Europe providing ground-based data in a way that will involve hundreds of thousands of students.

TechDemoSat-1 (TDS-1) http://www.sstl.co.uk/getattachment/Current-Projects/TechDemoSat-info-doc-190411.pdf

The Langton Star Centre http://www.thelangtonstarcentre.org/

Simon Langton – Dr Obote College in Uganda http://www.thelangton.org.uk/index.php/dr-obote

The Times ‘Sixth formers take on Nasa’ by Tom Whipple (Paywall)
http://www.thetimes.co.uk/tto/life/article3143312.ece

SSTL successfully launches two further Earth Observation satellites

The latest Earth observation satellites from UK small satellite manufacturer Surrey Satellite Technology Limited (SSTL) were successfully launched today at 07:12:20 UTC onboard a Dnepr rocket from Yasny in southern Russia. NigeriaSat-2 and NigeriaSat-X will significantly boost African capabilities for natural resource management, as well as aid disaster relief through the Disaster Monitoring Constellation.

NigeriaSat-2-complete

NigeriaSat-2-complete

Science Minister David Willetts said: “The completion of this significant engineering project is testament to the success of the rapidly growing UK space industry. Not only are we producing technology and services that are in global demand but we are also helping more countries use satellite imagery to tackle important issues, including urban development and disaster relief.”

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ARISSat in Emergency Mode

It has been reported that ARISSat-1 is in Emergency Mode in an attempt to conserve power.

10:24 UTC 22 August 2011