The CubeCat-4 nanosatellite, developed by the UPC’s NanoSat Lab, is one of seven payloads that have travelled on the Ariane 6 maiden flight, which took off on the night of 9 to 10 July from French Guiana. CubeCat-4 (read “cube-cat-four”) is the only Catalan instrument and one of two from Spain on board this ESA mission. Developed by students, the nanosatellite focuses on observing the Earth, studying weather and climatic phenomena from space, and locating and tracking vessels to prevent accidents. Some students have been present at the launch site.
The European Space Agency's (ESA) Ariane 6 have been launched from Europe’s Spaceport in Kourou, French Guiana, on 9 July. CubeCat-4 (read “cube-cat-four”), the fifth nanosatellite created by the NanoSat Lab of the Universitat Politècnica de Catalunya - BarcelonaTech (UPC), has travelled on board to go into orbit. This laboratory is linked to the Barcelona School of Telecommunications Engineering (ETSETB), where an Advanced Engineering Project course is taught.
CubeCat-4 is a 1-unit CubeSat-type nanosatellite and It was selected to be launched aboard the rocket along with a satellite from Galicia and other payloads from Germany, Slovakia, France and Portugal. This selection followed ESA’s announcement of opportunity, which offered a launch to low Earth orbit for experiments up to a total mass of 80 kg and release of payloads with a combined mass of up to 800 kg.
The nanosatellite aims to measure weather and climatic phenomena from space using a GPS and Galileo navigation signal reflectometer (GNSS-R) and a microwave radiometer developed by students, and to observe the Earth to monitor ice and soil moisture. Also, to locate and track vessels to prevent accidents and to study interferences in the frequency range to be used.
All this with experimental technology entirely designed at the UPC and a new deployable antenna. Once in orbit, the antenna will perform some of the measurements required: radiometric data and data aimed at mitigating radio frequency interferences using a GPS and the GNSS-R instrument.
Seven years of work by more than ninety students
The nanosatellite is part of the European Space Agency’s (ESA) Fly Your Satellite! programme, which gives university students the opportunity to design, build and launch their own satellites into orbit.
Designing, building and testing CubeCat-4 has involved more than 90 bachelor’s degree, master’s degree and doctoral degree students from several disciplines over seven years. Three of these students recently visited the Kourou spaceport to perform the final checks: the definitive integration of the EXOpod Nova module (within which CubeCat-4 was ready for launch) with Ariane 6.
Back in March, a part of the team travelled to Berlin, Germany, to complete the previous integration of CubeCat-4 with the EXOpod Nova module.
Two members of the team have been present at the launch site of Ariane 6 in French Guiana: Luis Contreras—a systems engineer, a student on the UPC’s doctoral degree in Aerospace Science and Technology, and team leader—and Júlia Alós—a student on the master's degree in Telecommunications Engineering at the ETSETB.
CubeCat-4 is part of the CubeCat series of small satellites and payloads that have flown or will fly into space with missions developed entirely by students and faculty at the NanoSat Lab.
NanoSat Lab
Directed by professor Adriano Camps and located on the UPC’s North Diagonal Campus in Barcelona, the NanoSat Lab is dedicated to the design and manufacture of payloads and small satellites. It is also linked to the ETSETB and the Department of Signal Theory and Communications, and the CommSensLab-UPC specific research centre. Additionally, it is supported by the Institute of Space Studies of Catalonia (IEEC) and has been a key player in the NewSpace Strategy promoted by the Government of Catalonia.
Press Room: https://www.upc.edu/en/press-room/news/a-new-upc-nanosatellite-ready-to-launch-into-space-on-ariane-6