Tag Archives: HumSAT-D

Nov 23 2013

Assistance requested in receiving UNISAT-5 payloads

UniSat-5 with labelsThe Group of Astrodynamics for the Use of Space Systems (GAUSS) has asked for assistance in receiving some of the satellites deployed by the UNISAT-5 mini-satellite which was launched on a Dnepr from Yasny on November 21.

Dear All,
 
The Dnepr Cluster Launch 2013 has just been successfully accomplished:
if anyone of the CubeSat community has the chance, please support GAUSS team in receiving some of the US5 payloads.
Try to get:
– PUCPSAT (from Perù): beacon @ 145.840 MHz (transmitting call sign OA0PUCP)
– WREN: 437.405 MHz
 
Thank you for your support!
 
GAUSSteam
—
Gruppo di Astrodinamica per l’Uso dei Sistemi Spaziali – Group of Astrodynamics for the Use of Space Systems
Via Lariana, 5
00199 Roma

Dnepr Yasny launch https://amsat-uk.org/satellites/dnepr-november-2013/

Mar 28 2012

HumSAT-D CubeSat

HumSAT Mission Concept

HumSAT Mission Concept

HumSAT-D is a 1U CubeSat mission developed by the University of Vigo. It is planning to use MSK telemetry and a CW beacon on UHF. The main mission is educational: to provide a hands-on experience to the students in the complete process of developing a space mission.

The other goal is to demonstrate the validity of the concept of HumSAT. A new subsystem to collect data from sensors located on the ground, store on-board and transmit it to ground stations will be developed and validated in orbit.

Universities and amateurs are invited to develop their own sensors compatible with HumSAT.

HumSAT-D is planning a launch from Russia into a Sun Synchronous Orbit (SSO) at 700km.

HumSAT System

The main purpose of the HumSAT system is the development of a satellite-based system for connecting a set of users with a network of worldwide distributed sensors which they have previously deployed.

Sensors will be responsible for acquiring user data and for transmitting it to the satellites through an standard radio interface (SSI interface, definition of this interface is published here). Users will be able to define their own sensors, for monitoring different types of parameters; for example, water temperature or wind speed.

For retrieving data from the satellites, the GENSO network of ground stations will be one of the core components of the data distribution system. Several universities from different ESA member states, Japan and USA are coperating in this project, whose second release (R2) is expected to provide the functionalities that the HumSAT system will require. For more information about the GENSO project, please visit the www.genso.org website.

Once data has been transported by HumSAT satellites, authorized users will be able to access it through an Internet connection. Several security restrictions shall be applied for guaranteeing a correct access to the data gathered.

HumSAT http://www.humsat.org/

HumSAT: example for international cooperation in small satellite missions
http://www.oosa.unvienna.org/pdf/bst/ISU-SSP2011/Small-Sats-_v1-Graz-26-07-2011-ISU.pdf

IARU Amateur Satellite Frequency Coordination pages hosted by AMSAT-UK http://www.amsat.org.uk/iaru/