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

 

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.

#SPACEX | #Intelsat35e – Take three- A Summary

On 5th July 2017, SpaceX will make a third attempted launch from that Iconic NASA-KSC Launch Complex 39A that launched the powerful Saturn Five rocket for the Apollo Lunar Mission also the STS –Space Transportation Systems naming the Space Shuttle program…  The Launch window takes place on 1938 Eastern Date Time on a nice sunset with the sun set lighting up the launch complex also the also the falcon nine

This launch is of being one non-traditional of Space X, in which traditionally the first stage lands on a drone ship or back to be reused again. The Intelsat 35e is a telecommunications satellite in which provides provisionment towards mobile services also high velocities data communications,  also  data collection for weather analysis for the Caribbean, trans-Europe to Africa and the African continent. The Intelsat 35e will be deployed into 32 minutes from the launch into Geo-Stationary orbit….

#Arianespace | #VA238 – The launch of the Hellas Sat – Inmarsat S EAN also GSAT-17 – Highlights-

 

On 28 June 2017 Wednesday  from the Arianespace CSG- Guiana Space Center, from European space port in French Guiana, it is also within  Arianespace launch of VA238 is the launch of two payloads of Hellas Sat – Inmarsat S EAN also GSAT-17 in which both will be place in Geo Stationary orbit..  The Launch took place at 1815 Hours local time….. in which this marks eightieth launch with the Ariane 5 ECA Rocket with the seventh launched this year’s calendar to date ..

During this launch, there are two payloads within one launch; it is not unusual for one launch to have multiple payloads, like in the recent SpaceX launch with the Iridium two networks… the launcher carrier rocket was on launched from an Ariane 5 ECA Rocket with two boosters…

The two main satellite contractors are hales Alenia Space, also ISRO ISAC (ISRO Satellite Centre) in which are responsible in which hales Alenia Space is constructed the Hellas Sat – Inmarsat S EAN a telecommunications satellite that offers the provisions of Direct Data of high- ultra high data video content, telecom- communications services to Europe, Middle east also South Africa..  also providing advanced Wi-Fi services for aviation..

The other is ISRO ISAC (ISRO Satellite Centre), is contractor to construct GSAT-17, in which is also a communications satellite in which provides high velocities data communications towards the Indian Consentient also providing services to search and rescue efforts..  its other instrumentations is an educationally providing broadcast on educationally science, navigations programming,

#ESA – EUROPEAN SPACE AGENCY | # Arianespace #VA237 – ViaSat-2 and EUTELSAT 172B – two payloads within one Launch – Highlights of that spectacularly nighttime launch …

As on 1st June 2017, ESA- European Space Agency Arianespace has launched during a night time launch that spectacularly lit up the surround tropical forest of the Guiana Space Center in French Guiana in the hours of 2045 hours local time…… launching spectacularly from the launch pad is the Arianespace five Heavy Launcher rocket from Arianespace- CSG- Europe’s Spaceport in in Kourou, French Guiana……

On that local time night time Ariane Flight VA237 launch is launching two payloads within one launch… it common now to see multiple payloads within one launch as to cut cost, also that satellites technologies have improved over the decades making high quality satellites smaller and cost effective.. As in this launch of two payloads, ViaSat-2- ViaSat INC also EUTELSAT 172B- Eutelsat in which both manufactured In collaborations with  Boeing and Airbus Defense and Space made   internet – tel-communications satellites are placed in Geo stationary orbits..  In which ViaSat-2 provides the provisionment of high velocity data in between all Americas also Atlantic Ocean aswell providing internet – mobile – inflight communications to maritime, emergency operations…..   In which EUTELSAT 172B provides the provisionment towards the Asia-pacific region as well its orbiting positioning can be altered to mission requirement needs with the used of it innovative electric propulsion systems…..