#Airbus #Arianespace #ESA #EuropeanSpaceAgency |#Ariane5 | Flight #VA249 the dual payload launch of the #Intelsat39 #EDRSC for two #Telecommunications Satellites August Launch….

On sixth of August 2016, it’s the third flight for the VA249 Airbus Ariane Space Ariane five Carrier Rocket in marking the flight launching from the Spaceport French Guiana (Guiana Space Center) in which during this launch it’ll highlights its servicing abilities of innovative solutions for commercial or institutional needs..

Launching the two, twin payloads is the carrier rocket a modified Ariane Five ECA in which launching both into GEO- Geostationary Orbit of 250 Kilometers perigee attitude with a apogee attitude of 35,786 Kilometers with inclination of 4.5 degrees  . Into each of its own inclination orbit of the Intelsat 39, for the operator Intelsat; and the EDRS-C satellite, based on a public–private partnership between the European Space Agency (ESA) and Airbus…….

Image result for Intelsat 39
Intelsat 39, manufactured by Maxar in Palo Alto, California. Maxar

Intelsat 39, manufactured by Maxar in Palo Alto, California. Maxar , built on a Maxar 1300 chassis Operated by Intelsat, in which it’ll be the sixty first satellite launched, in which Intelsat 39 will be position at sixty two degrees East.. Intelsat 39, in which its constellation provisions is design as a Telecommunications platform satellite steerable communications dishes in giving maximum area broadband networking coverage  in providing video, also meeting the needs of governmental customers.. in meeting the needs of the African, Asian, European, Middle East also the Indian Ocean region also meeting other requirements for Aviation, Maritime, with the service is the Enhance Mobile connectively…..


EDRS-C –Satellite is the second payload, manufactured  based on a OHB satellite platform in which was provided by Avanti Communications, under refurbishments from ESA-European Space Agency in creating the second node network of the SpaceDataHighway network ….in which its provisions is  to provide the world first fibre optical network interlinking it’s communications with unique network of laser communications with provisions….. Communicating within its constellation of a distance of 45,000 Kilometers … This network will be position at a geo stationary orbit in connection with ground based stations transmission of data rate of 1.8 Gibit/s to provision real time data management for environmental, security monitoring, disaster crisis response….

Airbus EDRS C Satellite
EDRS-C –Satellite

Positioning at Geo Stationary Orbit at 31 degrees east, the EDRS-C in low earth orbit providing in connecting with low earth orbiting satellites, the SpaceDataHighway network will relay high secure way relaying high volumes of image data in real time rather than several hours..   The network is in collaboration with the partnership with ESA- European Space Agency, Airbus, Tesat –Spacecom, also in association with Avanti Communications…..

#SpaceX #FalconNineReusable | launching of the #CSA #CanadianSpaceAgency #RADARSAT Constellation providing intense analysis for #EarthSciences observations- #OC #California (California) Here we come!


On a 12th Jun 2019 California OC’s 0717 Los Angles PDT- Pacific Date Time–  morning, it’s the launch of the CSA -Canadian Space Agency Canadian- RCM- RADARSAT Constellation Mission, launching from the west coast this time of Space X‘s Vandenberg Air Force Base, form California, launching from SLC-4E, Space Launch Complex 4E..  In which the launch three satellites will be deployed form the secondary stage, in least fifty four minutes after the launch…

As the deployment  of the three RADARSAT Satellites, into the deployment is the landing of the reusable Falcon Nine carrier rocket least eight minutes after lift-off, back on a non-traditional drone ship landing in which it’ll land back on Space X’s  Landing Zone 4- LZ-4… in which this a land based landing..

The currently first staging of the Space X –Falcon Nine reusable was previously used in Dragon’s first demonstration flight in March 2019, in which used again for this mission.. To deploy RADARSAT Satellites of three constellations, for Earth Sciences observation from space in which it utilised a three C-Band Synthetic Aperture Radar –SAR Earth Observation Satellites…

The Manufacturer of the RADARSAT is MDAa Maxar Company… In which it’s provisionment of the constellation of the three satellites will provide Canadian also Arctic region observations of four times daily   also globally ninety percent.. also providing maritime surveillance, ecosystem and climate change monitoring, and helping disaster relief efforts. … Each satellite also carries an Automatic Identification System receiver, allowing improved detection and tracking of vessels of interest.  Also providing assists to farmers on maximising crop yields, reduction on energy consumption reduction of pollutants…. Also the second Is provide high quality resolution data on disaster relief also assisting on organize emergency response efforts and protect the local population….. .