The First Mauritian NanoSatellite, MIR-SAT1, is a Mauritian project consisting of the design, assembly, testing, deployment and operating of a 1U CubeSat on orbit. The satellite was conceptualised by Mauritian Engineers and is now completed. It is currently on route to be deployed in orbit soon!
DEPLOYMENT OF THE MIR-SAT1 FROM THE ISS INTO ORBIT
On 22 June 2021 at 10:55 (UTC) / 14:55 (MUT)
Available on JAXA Youtube Channel
Status Update: SATELLITE IN HEALTHY CONDITIONS. Commissioning Completed.
The project was the first Winner of the 3rd Round (2018) of the United Nations Office for Outer Space Affairs (UNOOSA) and Japan Aerospace Exploration Agency (JAXA) KiboCUBE Programme.
MIR-SAT1 - Mauritius Imagery & Radiocommunication Satellite 1
Through the KiboCUBE Programme, the MIR-SAT1 has been offered a free launch to the International Space Station (ISS) for deployment in Space by JAXA. For the first time in its history, Mauritius will embark into new initiatives geared towards exploiting space/satellite technology for its socio-economic benefits.
Mission Aim & Objectives
Technology and knowledge transfer through the design, building, testing and operating satellite in space.
Promote small satellite technology in the country and its socio-economic benefits.
The MIR-SAT1 was successfully deployed into Space from the ISS via the KIBO Module on the 22 June 2021 at 14:55 (MUT). The first signals from the satellite were well-received in Australia and USA after the satellite had deployed its antennae and solar panels on orbit. As it passed for the first time over Mauritius […]
The MIR-SAT1 was successfully integrated into the J-SSOD (JEM Small Satellite Orbital Deployer) at JAXA Tsukuba Space Center. After inserted into the deployer and packed, the satellite was sent to NASA and is now awaiting for launch. The MIR-SAT1, as part of the payload on the Cargo Dragon, is scheduled to be launched by the […]
The MIR-SAT1 has successfully passed the third Safety Review by JAXA Panel and is now in Japan at the Tsukuba Space Center. The Phase 03 Safety Review verifies all the test results of the satellite, mechanical and electrical interfaces, JSSOD requirements, hazards and any other requirements as set by JAXA and the ISS. The satellite […]
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This section contains presentations and other documentations on the MIR-SAT1 as well.
Latest post are show below. Click button below to view all post on the ‘Resources’ page.
An amateur radio operator, also known as radio amateurs or hams, is someone who uses equipment at an amateur radio station to engage in two-way personal communications with other amateur operators on radio frequencies assigned to the amateur radio service. Amateur radio operators have been granted an amateur radio license by a governmental regulatory authority (e.g. ICTA) after passing an examination on applicable regulations, electronics, radio theory, and radio operation. As a component of their license, amateur radio operators are assigned a call sign that they use to identify themselves during communication.
We have created a dedicated page for our Radio Amateur friends. Please click the button below to go to ‘Radio Amateur’ page.
Help us track MIR-SAT1 once deployed on orbit. More details will be published later.
A key challenge in operating remote spacecraft is that ground operators must rely on the limited visibility available through spacecraft telemetry in order to assess spacecraft health and operational status.
Telemetry, usually sent as data packets, give an indication of how the different subsystems onboard the satellite is performing. Any errors may then be identified. They contain information such as temperature, system voltage, battery power, satellite position, etc.
Once the MIR-SAT will be deployed on orbit, all its telemetry will be published on this website. Please click the button below to go to the ‘Telemetry’ page.
Help us track MIR-SAT1 once deployed on orbit. Details will be published later.