On fourth of June 2018 on an east coast New York Sunday it’s the launch of the Airbus Defense and Space SES-12 on a reused Space X Falcon Nine that from Cape Canaveral Air force Station from SLC 40- Space Launch Complex 40 Florida.. In which it will launch on a window during after midnight on 1229 hours Eastern Daylight time… in which the SES-12 Satellite will be deployed thirty two minutes after launch from Space Launch Complex 40 in a GTO –Geo Stationary transfer Orbit..
The Launch of the Space X Falcon Nine is a non-traditional launch due to that the Falcon nine core carrier stage won’t be landing on a drone ship it’ll won’t be recovering the core stage but it has been noted in the past Space X does marine landings to see how it experimentally performs in different various landing conditions to fine tune any missing parameters for any further modifications.. The Falcon Nine in question was previously used in OTV-5 Mission in which it was launched from the NASA-KSC iconic launch complex 39A that once launched the Mightily Saturn V carrier rocket towards the Luna Apollo missions also the STS-Space Transportation Systems – Space Shuttle program in which Space X has a twenty year lease on that launch complex to have it modified as testing platform for the Falcon Heavy also the Spaceliner-BFR-Rocket ….. To build other platforms of that type…..
The SES-12 Satellite is a high velocity data telecommunications Satellite that is manufactured by Airbus Defense and space… with an operational lifecycle that communication range of regions of from Europe, middle east towards Asia regions in which like the west of Japan, from Russia towards the Northern Southern sections of Australian States also towards New Zealand..
The SES-12 replaces the aging NNS-6 Satellite in which the SES-12 will provide the provisionments of expansive capabilities of DTH- Direct to Home Broadcasting, VSAT Mobility also HTS-High Throughput Satellite high velocities Data Communications….. Apart of the on-orbit manoeuvres it ulitizites electric propulsion for any orbital advantages adjustments to maximize communications range.