ESAIL is part of ESA’s Partnership Projects and has been developed to enhance the next generation of space‐based services for the maritime sector. The spacecraft will track ship movements over the entire globe as it orbits the planet.
ESAIL is part of ESA’s Partnership Projects and has been developed to enhance the next generation of space‐based services for the maritime sector. The spacecraft will track ship movements over the entire globe as it orbits the planet.
Article Shipmonitoring via AIS: ESAIL successfully launched by LuxSpace
by Marine-Pilots.com - published on 13 September 2020
Video LuxSpace ESAIL Packaging and Shipment
published on 16 September 2020
Discover the final hours of packaging and preparations of the ESAIL satellite before it left Luxembourg. The ESAIL microsatellite for tracking ships at sea has completed its latest environmental and system performance tests and set off for Europe’s spaceport in Kourou, French Guiana. On 17 February the satellite left Luxembourg, where it was built by LuxSpace under an ESA Partnership Project with the Canadian operator exactEarth, sponsored by the Luxembourg Space Agency and other ESA member...
Video ESAIL Maritime Satellite Launched
published on 16 September 2020
The #ESAIL #microsatellite for tracking ships worldwide was launched. This is the first maritime satellite of its kind produced and assembled in Luxembourg. Hear from #Luxembourg Minister of the Economy Franz Fayot about this pioneering #ESA partnership project developed with #LuxSpace and #Exactearth.
Opinion Five questions for Douglas Vincett, Industrial & Technical Sales at Spinlock
published on 9 December 2020
Article Pilot Boarding and Landing – use of Personal Emergency Radio Devices
by Nick Lee, T&TC Chairman, UK Pilots - published on 4 February 2020
Article 3DPortGuard Docking Aid
published on 24 August 2021
Australian technology provider Frontier Automation has released a new vessel tracking system that can be used as a docking aid tool by pilots. As for all Frontier Automation control systems, it uses 3D machine vision to automatically detect and track in real time shipping vessels within range of a berth by providing information on critical distances to mooring infrastructure, on vessel speed and angle, and on vessel movement directions and orientations.