UNISAT-5 is the first satellite designed, built and launched by GAUSS Srl, the private Company that inherits the experience gained with the UniSat program at the School of Aerospace Engineering of the University of Rome “Sapienza”.
The project was developed in collaboration with students and researchers of the Space Science Center of MSU (Morehead State University, KY, USA).
UniSat-5 is an educational civilian microsatellite, with a cuboid aluminum structure whose panels have a surface area of 50 x 50 x 50 cm. The total microsatellite mass weights 35 kg.
The launch of UniSat-5 satellite, boarded on the DNEPR rocket – the orbital launcher managed by the company Kosmotras – took place on 21 November 2013 from Dombarovsky Cosmodrome in Yasny (Orenburg region, Russia), marking an historical event in the world of CubeSats and PocketQubes. In fact, the microsatellite UniSat-5 boarded and then deployed four CubeSats and four PocketQubes for the first time ever.
UniSat-5 small spacecraft is a technology demonstrator and also an innovative launch platform built to comply with the CubeSat and PocketQube standards, this way also expanding access to ASpace services with the advantage of reducing the customers’ costs related to the administrative preparation and the launch itself.
The spacecraft was inserted into a near-SSO orbit with an altitude of 634 km at 07:25:48 UTC.
UniSat-5 carried four CubeSats:
and four PocketQubes:
These CubeSats and PocketQubes have all (except one, Dove-4) been released into orbit from the UniSat-5 satellite, launched by the Dnepr rocket.
UniSat-5 carried two IOV/IOD payloads (technological experiments to perform tests on equipment in space environment):
- ALICE-2 (Italy)
- Photovoltaic panel (Italy)
- Launch of CubeSats using PEPPOD – PUCPSAT, I-CUBE 1,– HUMSAT-D, – Dove-4
- Launch of PocketQubes using MRFOD (with Morehead State University): – T-LogoQube, 50$Sat (Eagle-1 and Eagle-2) – QBScout, – WREN
- IOD/IOV Technological Tests (CoverGlass, OBDH, ADCS)
- PEPPOD and MRFOD systems correctly released 4 PocketQubes and 3 CubeSats.
- PocketQubes have been successfully launched in Space for the first time
- 6 out of 7 satellites have been received
- DOVE-4 was not deployed (safety procedure was not applied after customer request)
- First launch of CubeSats and PocketQubes from another nanosatellite
- First launch of PocketQubes ever
- First Peruvian satellites, PUCP-Sat-1 and PocketPUCP-Sat (that will be released from PUCP-Sat-1)
- First test of Pulsed Plasma Thruster on a picosatellite (WREN by Sta.do.Ko)
In the last week of integration, the CubeSats and PocketQubes were integrated on board the UNISAT-5, inside the PEPPOD (GAUSS CubeSat deployer system) and MRFOD (designed by Morehead State University, USA, in collaboration with GAUSS Srl) deployers.
More detailed information about the payloads carried onboard UniSat-5
Developer: Pontificia Universidad Catolica del Perù
Project Manager: Prof. Jorge Heraud
PUCP-Sat 1 is the first Peruvian satellite built by the Institute for Radio Astronomy of the Pontificia Universidad Católica del Perú (INRAS-PUCP).
The 1270 g satellite is built on the 1U-CubeSat form factor. It was configurated to transmit temperature readings from 19 internal sensors and to deploy the 97 g Pocket-PUCP femtosatellite.
Developer: Institute of Space Technology Islamabad
Project Manager: Rehan Mahmood
Designing, developing and launching a pico-satellite provides students with an opportunity of hands-on experience of satellite development. Primary mission goals of ICUBE-1 are to contact the satellite via uplink and collect its health data from different sensors via downlink.
Developer: University of Vigo
Project Manager: Prof. Fernando Aguado Agelet
HumSat-D is a standard CubeSat of 10 cm side length and a mass of 1 kg designed and developed at the University of Vigo (UVigo), Spain. HumSat-D is the first (hence, a demonstrator) satellite of the future HumSat constellation.
Developer: Cosmogia Inc. / Planet Labs
Project Manager: Mike Safyan
Dove-4 is a technology demonstration mission to test technologies and operations for future Earth Observation satellites.
PocketQubes are pico-class satellites (mass between 0.1 and 1 kg) invented by Professor Robert J. Twiggs (Morehead State University) that are envisioned to fly in constellations and perform a variety of functions from communications to Earth remote sensing and space research.
(AKA BeakerSat-1 BeakerSat-2)
Country: USA, Kentucky
Developer: Morehead State University
Project Manager: Prof. Robert J. Twiggs
1,5p and 2,5p PocketQubes
Eagle-1 and Eagle-2 spacecraft are designed to provide a component testbed for various spacecraft technologies, primarily among them being a de-orbit system that also increases the spacecraft radar cross section. The Eagle series is among the first PocketQubes to be flown.
Developer: University of Maryland BC, LACO Lab
Project Manager: Ravi Deepack
QBScout, is a 2,5p PocketQube boarding a fine sun sensor. One of its main goals is to measure dynamic altitude.
Project Manager: Sacha Tholl
Produced by the German startup STADOKO UG, this 1P PocketQube is the smallest and one of the most advanced satellites of its class. It has 4 pulsed plasma thrusters, a 3 axis reaction wheel and a color camera.
Project Manager: Luca Rossettini
Deorbiting device designed and manufactured by the Italian startup D-ORBIT Srl and integrated into UniSat-5 as hosted payload.
Developer: Alta SpA
Project Manager: Prof. Salvo Marcuccio and Stefan Gregucci
Low-cost solar panels for microsatellite applications, an innovative cover glass system developed through the research collaboration of the University of Pisa and Alta SpA (now Sitael).