MARIOT-1 Satellite - Nanosats Database

Spacecraft name	MARIOT-1 (Sternula-1, Maritime IoT)
Spacecraft type	CubeSat
Units or mass	6U
Status	Operational (Official post on 2023-01-03 on Twitter last checked on 2023-04-15)
Launched	2023-01-03
NORAD ID	55044
Deployer	QuadPack (XL) [ISISpace]
Launcher	Falcon 9 (Transporter-6)
Entity name	Sternula
Institution	Company
Entity type	Commercial
Nation	Denmark
Manufacturer	AIVT by Space Inventor
Operator	Space Inventor
Partners	Aalborg University, Danmark Meteorologiske Institut (DMI), GateHouse, Satlab, Space Inventor
Oneliner	Enable communication between the ship bridge and shore using AIS 2.0 (VDES) with a big deployable VHF yagi antenna made by Space Inventor.
Description	The satellite will enable communication between the ship bridge and shore using AIS 2.0 (VDES) with a big deployable VHF yagi antenna made by Space Inventor. This satellite will also demonstrate the means of maritime VDE-SAT e-Navigation services in the Arctic, thereby improving security and efficiency for maritime traffic in the Arctic. The MARIOT partnership will develop a satellite-based maritime IoT network and demonstrate selected maritime/Arctic services using our own MARIOT-1 satellite. Maritime authorities and the global maritime industry have identified a range of needs for safety and navigational services in the form of the e-Navigation strategy anchored under United Nations/IMO. The VDES standard, an extension to the popular AIS technology, has been specified as the new communications channel for e-Navigation. These will form the starting point of the MARIOT project. The project has set up the following key objectives: Improve security and efficiency while reducing environmental impact from maritime activities in arctic and other naval waters by enabling novel global coverage e-Navigation services for all ships in all waters. Develop the first commercial global satellite-based maritime VDE-SAT infrastructure. Launch the MARIOT-1 satellite to demonstrate selected VDE-SAT e-Navigation services in the arctic. Develop the satellite system as a scalable blue-print allowing the project partners to provide world-wide commercial e-Navigation products and services. Build on previous research projects, use international open standards and feed back experience to the research community and standardization groups. The MARIOT project is a collaboration between six innovative partners, and it is supported by Innovation Fund Denmark.
Sources	[1] [2] [3]
Photo sources	[1] [2]
COTS subsystems	PLATFORM - Space Inventor
Keywords	AIS
On the same launch	BDSAT-2 BRO-8 BROS A BROS B Connecta T1.2 Flock-4y 1 Flock-4y 2 Flock-4y 3 Flock-4y 4 Flock-4y 5 Flock-4y 6 Flock-4y 7 Flock-4y 8 Flock-4y 9 Flock-4y 10 Flock-4y 11 Flock-4y 12 Flock-4y 13 Flock-4y 14 Flock-4y 15 Flock-4y 16 Flock-4y 17 Flock-4y 18 Flock-4y 19 Flock-4y 20 Flock-4y 21 Flock-4y 22 Flock-4y 23 Flock-4y 24 Flock-4y 25 Flock-4y 26 Flock-4y 27 Flock-4y 28 Flock-4y 29 Flock-4y 30 Flock-4y 31 Flock-4y 32 Flock-4y 33 Flock-4y 34 Flock-4y 35 Flock-4y 36 Gama Alpha Guardian - Alpha KSF3 A KSF3 B KSF3 C KSF3 D KuwaitSat-1 Lemur-2 157 Lemur-2 158 Lemur-2 159 Lemur-2 160 Lemur-2 161 Lemur-2 162 MARIOT-1 Menut NSLSat-2 Platform-2 QBUA01 RROCI ScanSAT SpaceBEE-156 SpaceBEE-157 SpaceBEE-158 SpaceBEE-159 SpaceBEE-160 SpaceBEE-161 SpaceBEE-162 SpaceBEE-163 SpaceBEE-164 SpaceBEE-165 SpaceBEE-166 SpaceBEE-167 Star Sphere Kelpie 1 Astrocast 13 Astrocast 14 Astrocast 15 Astrocast 16 FUTURA-SM1 FUTURA-SM3 Sharjahsat-1 TAUSAT-2 MDQSAT-1A MDQSAT-1B Pleiades - Sapling Sempervirens Pleiades - Yearling Unicorn-2G Unicorn-2H Zeus 1 (Qosmosys)

Last modified: 2024-05-29