Tag: Geo-stationary Satellite

#CNSA #ChinaNationalSpaceAdministration #国家航天局 #BeltAndRoadinitiative | #BeiDou3 41st Satellite launched from a reliable #LongMarch3B #CarrierRocket…..

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CNSA – China National Space Administration launching of the reliable Long March 3B Carrier Rocket for the Belt and Road Initiative is the BeiDou3 Constellation network..

On a November the second 2018, CNSA-China National Space Administration had launched the iconic reliable Long March 3B Carrier Rocket, in which if launched the forty first BeiDou 3 constellation Satellite, in which Launched from many CNSA’s launch complexes facilities….  The launching of the Carrier Rocket when without any issues… from the South western Province –Xichang Satellite Launch Center..

The BeiDou Satellite constellation placement in Geo Stationary orbit, in which place in an attitude of thirty six thousand Kilometers above sea level of planet Earth… in which provides constant communications relaying from the same continuous points… Providing data, navigationally observational communications towards the Belt and Road Initiative countries in providing that delivery is the Long March 3B Carrier Rocket ….. The Carrier Rocket Long March 3B- 3B/E plus YZ1- YuanZheng one the secondary stage, is one of CNSA’s major reliable unmanned work trucks…Manufactured in China’s ancient capital Xi’an by China…

Manufactured, designed by CNSA’s network companies, CAST- China Academy of Sciences Technology also CALVT- China Academy of Launch Vehicle Technology branch.. Each BeiDou3 advance atomic clock in which it timely beats with the Rubidium Atomic clocks in which the frequency vibrations of the Rubidium atoms gives an extreme advance ultra-stable accurate timing….. BeiDou satellite network system name was inspired form the seven stars that occupied the big dipper that points towards the star Polaris, the Northern Pole Star… In which northern hemisperers navigate from also in Chinese legend it’s also the Fortress Mouth of the Tortoise gate the only entrance toward the upper domain, the gate of Heaven……  In which during the duration of 2020 the BDS constellation network would have an excess of thirty satellites servicing the provision requirement needs of the Belt and Road Initiative…..

With a coverage of the Asia Pacific region with a accuracy within ten meters that will get tighter towards as each generation innovates…in providing navigational communicational  services towards the Belt and Road initiative countries within 35 Satellite network by 2020…. in which the BeiDou Satellite Constellation system in which has been, installed since the year two thousand servicing the Asia Pacific region in the year 2012 from serving China… in which the system provides towards more than fifty countries with a total population of three billion people… Since year Two Thousand, since providing that service it helped rescuing more than ten thousand fishermen… Also provide monitoring the structural integrity of highways, pipelines, dams, bridges also various infrastructures…  As part of it Data Communications package It provide more than three hundred million smart phones in which thirty three percent of the Smart Phone market have now currently connected towards the BeiDou Constellation network..  Towards year 2020 the BeiDou Constellation system providing first rated leading services for a global services..

#SPACEX #FalconNine |#Airbus #SES12 Mission launching from Space launch complex 40 in a non-traditionally way…

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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.

#SpaceX #Iridium3 | #JustReadTheInstructions with Ten #IridiumNext ’s on one Falcon nine launch- Highlights…..

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On that California west coast morning, from Space X Space Launch Complex 4E (SLC-4E) at Vandenberg Air Force Base… is the Launch of a piggy back ride of ten Thales Alenia Space   Iridium 3 – Iridium Next Satellites in which is constructed by Orbital ATK.. In which was launched on that Californian Monday of 9th October 2017 on 0531 hours Los Angeles Time- Pacific Date Time…

As per usual on some payload is singular, but currently trends with the increase in technologies on satellite technologies making them smaller, compact…? Meaning on carrier launch providers can launch two or more, this case its call piggy packing on a singular launch vehicle …. In this case the Iridium 3- Next satellites are design to have that clustering payload…  in which the clustering payloads are launched into a LEO-Low Earth Orbit for more maximized communications coverage with overlapping communications coverage…  in sequences from satellite one to ten..

Within ten minutes least from the launch is the landing of the first stage of reusable  staging carrier rocket on an off shore drone ship “ Just Read The Instructions”  that was station in the Pacific Ocean.

Iridium Next Constellation is built from very ground up like assembly of building from a ground up of an aircraft or a car… in which the satellites are designed for LEO- Low Earth Orbit in with back up, also spare parts…. As with the LEO- Low Earth Orbit of 780 Kilometers above earth to allow shorter transmission paths also with given stronger signal gains of a LEO with a lower Latency, shorter registration time than having a GEO- Geo Stationary Orbit..  With the numerous clusters of the Iridium Next network in LEO, it’ll will minimized the empty spots therefore increasing the area coverage of continuing communications with overlapping communication coverage spots to minimizes dropped connections and various types of communications….  As the network is in LEO travelling in orbit at 27360 Km/hour it cover more communications requirements in each orbit takes 100 minutes ….

 

#OrbitalATK #SpaceX | #IridiumNext –construction and testing… the Iridium 81’s

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Under construction also testing currently at the moment in a car – Aircraft manufacturing type line is the construction of eighty one Iridium Next Satellites in Orbital ATK‘s Gilbert Arizona Satellite Manufacturing facility… As Orbital ATK is under contract from Thales Alenia Space to manufacture eighty one satellites to replacing its aging Constellation Satellites in which it was launched from a series of SpaceX falcon nines reusable carrier rocket booster that launched from its Vandenberg air force base also another location from the Iconic NASA’s launch complex 39A, in which launched the Saturn five Apollo mission to the moon, then converted to the STS-Space Transportation System-Space Shuttle mission..

Iridium Next Constellation is built from very ground up like assembly of building from a ground up of an aircraft or a car… in which the satellites are designed for LEO- Low Earth Orbit in with back up, also spare parts…. As with the LEO- Low Earth Orbit of 780 Kilometers above earth to allow shorter transmission paths also with given stronger signal gains of a LEO with a lower Latency, shorter registration time than having a GEO- Geo Stationary Orbit..  With the numerous clusters of the Iridium Next network in LEO, it’ll will minimized the empty spots therefore increasing the area coverage of continuing communications with overlapping communication coverage spots to minimizes dropped connections and various types of communications….  As the network is in LEO travelling in orbit at 27360 Km/hour it cover more communications requirements in each orbit takes 100 minutes ….

The Next launch of the IridiumNext cluster of ten satellites per launch is targeted for Ninth October 2017 with SpaceX Falcon Nine at Vandenberg Air Force Base (VAFB) in California at 0537 Pacific Date time Californian morning..

#Arianespace | Flight #VA239 – Intelsat 37e also BSAT -4a – one carrier rocket two payloads- Mission Profile..

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On Tuesday 5th of September 2017, it’s the launch of the Arianespace Flight V2A239, at the Arianespace- ESA- European Space Agency’s French Kourou, French Guiana launch complex, in which launch window time will fire up its Ariane Five rocket engines in Between 6:51 p.m. and 7:24 p.m.….  The Ariane Rocket is the primary launcher Rocket carrier.. in which is a two payload launch of two satellites  in which the composite launcher carrier consist of two stages with two SRB’s …. VA239 is the 239th launched mission on the Ariane series of launchers..

The dual Payload in question is Intelsat 37e also BSAT -4a, both high data Communications satellites in which Intelsat is operated by its Intelsat, in which built on a Boeing 702MP framework which Intelsat 37e has a operational life cycle of 16 years.. it provisions is to offer high data communications, applications also mobility’s  on a civilian and governmental level for Americas, Africa also Europe…

The second payload is BSAT-4a is a operated by SSL- Space System Loral with the collaboration contract with for the Japanese Operator B-SAT, its provision is dedicated as a Broadcasting satellite operator for Japan, in which is built for B-SAT- Broadcasting Satellite System Corporation for DTH- Direct To Home Television servicing for the Japan population..  The B-SAT 4a is Geo Stationary, in which have an operations life cycle of fifteen years longer depending the type of operations that’s its design for… in supplying 4K/8K Ultra Resolution television services…

Liftoff is planned on Tuesday, September 5, 2017 as early as possible within the following launch window:

– Between 5:51 p.m. and 6:24 p.m., Washington, D.C. time
– Between 6:51 p.m. and 7:24 p.m., in Kourou, French Guiana
– Between 21:51 and 22:24, Universal Time (UTC)
– Between 11:51 p.m. and 00:24 a.m., Paris time during the night of September 5 to 6
– Between 6:51 a.m. and 7:24 a.m., Tokyo time on September 6.