#ULA UNITED LANUCH ALLIANCE #BOEING | #STARLINER #ATLASV CST-100 – Rocket Launch in 360 viewing to the International Space Station…

………. Go Atlas V! Go Centaur! Go StarLiner”

As ULA- United Launch Alliance, Boeing in preparations of sending crew to International Space Station, also into space starting off with the CST-100 (Crew Service Transportation module) in which that module is ten times reusable for is lifetime duration… as the preparations currently in progress with its maiden flight in 2018, in which the Atlas V – CST-100 certification progress finalized in 2017.. in which is launch complex is based at Space Launch Complex SLC-41 with its Crew servicing White Room ready to go.. for the 2018 launch Calendar from NASA KSC Cape Canaveral Air Force Station ….

In this you’re ready suited up fashionably with Boeing’s Next Generation signature blue Flight suit with touch enable gloves then transported to the launch complex, seated , prepared inside the StarLiner, once seated then prepared with Boeing Launch Control..  Once launched the various components of the Atlas destaging with your StarLiner powered up with the Centaur then unstaging, your StarLiner CST-100 will be on its way to, dock with the International Space Station for the duration of your stay until you return with a land based returned landing ….

Note.. Given that you watch this 360 view its Best to view it with the YouTube Application for best experience..

#ULA –UNITED LAUNCH ALLIANCE #BOEING | #ATLASV #STARLINER – Ready to launch to the International Space Station with the CST-100..

As SpaceX, NASA – National Aeronautics and Space Administration is set to prepare onwardly to supply vitality to the International Space Station that racing every nine minutes around orbiting around this planet Earth also ferrying Astronauts, Cosmonauts, also in company providing Tychonauts…. As ULA- United Launch Alliance Boeing- Bigleow Aerospace relationship begins with the CST-100 Crew Space Transportation -Command Module in which is built on top with the NASA’s Commercial Crew Program to accommodate either with a seven member crew, supplies, or a mixture with crew and supplies of equipment of scientific research, in which the Service Module CST-100 is reusable for least ten times the CST-100 construction assembly is where its built is formerly where the Space Shuttle’s Orbiter Processing Facility is as known to be OPF three at Cape Canaveral….

As this year 2017 is a milestone year with that relationship, in finalization of the Atlas V-StarLiner launch complex at the end of April 2017, with the crew  transfer white room cat walk to the service module, also with the crew escape emergency tower systems installed like the same egress systems like the Apollo, STS-Space Transportation Systems- Space Shuttle  in which they could escape out from the module and tower via flying fox towards a protective bunker on ground from Space Launch Complex SLC- 41 at Cape Canaveral Air Force Station .

The launch Complex Tower is slated in ready for the 2018, as the finalization of progressive testing for certification of the Atlas V- CST-100 takes place and shape in 2017 year, as its gearing up for launching crew towards the international Space Station.. The CST-100 StarLiner has some innovative technologies such as featuring wireless internet, in connecting with Tablets that allows the crew to control the StarLiner with those devices, as for the in-flight systems with a Glass Cockpit control systems in which there are some basic controls, mixture of touch screen devices to illustrate customization of the user interface of control preferences as those interface were inspired by Star Trek..

#ULA – UNITED LAUNCH ALLIANCE | #ATLASV #NROL79 Launched on that west coast Vandenberg clear morning…

Hosting, presenting   is Amanda Kuker Launch Commenting   On 1st March 2017 on a very clear bright Wednesday Morning on Vandenberg Air Force Base, from “ULA- United Space Alliance”  Space Launch Complex SLC-3 is the launch of the United States National Reconnaissance Office launch Designation number 79 launched on that 0950 morning Pacific Standard Time… Among with at broadcast of the launch commencing at 0930 morning Pacific Standard Time … it’s the first of three NORL’s in which bounded be launched in.   In which will be launched towards a LEO- Low Earth Orbit attitude in which will be operated as a Naval Reconnaissance Satellite  the Launch process when without any issues, as it was basically was a textbook launch.. The weather range is clear…. The NORL-79 launch is a memorial launch of a fallen Hero, a Father also a dearest friend delicate to Ryan S. Osler VCFD whom passed away on 2016 in fighting the wild canyon fires …..  The NORL-79 launch livery patch design by the client, features the goddess Athena, which features Athena in Armour with the shield of Medusa, in which defending the protect with wisdom, body, purity among written in Roman “Victory through intelligence”

The NROL-79 main booster rocket carrier powered by a RD-180 Engine is the Lockheed Martin Atlas V with a (401) configuration in which one Atlas V main stage with a Centaur secondary carrier stage powered by a RL10C-1 engine carrying the NROL-79 into a Low Earth Orbit with a four meter faring…

Due to the nature of the Launch coverage it was shorten due to the nature of the payload also the Client request in which was conclude on the Payload faring deployment…  … In which is basically designed to tracking ships also Aircraft based on their radio signals in using various triangulation methods, also gathering various forms intelligence’s, also assisting intelligence,  which also on gathering weather data analysis.. …

#ULA – UNITED LAUNCH ALLIANCE | #ATLASV #NROL79 Launching profile of what’s to come on a Vandenberg West Coast Morning ..

 

On 1st March 2017 on a Wednesday Morning on Vandenberg Air Force Base, from” ULA- United Launch Alliance”  Space Launch Complex SLC-3 is the launch of the United States National Reconnaissance Office launch Designation number 79….   In which will be launched towards a LEO- Low Earth Orbit attitude in which will be operated as a Navel Reconnaissance Satellite … in which is basically designed to tracking ships also Aircraft based on their radio signals in using various triangulation methods ..

The NROL-79 main rocket carrier is the Lockheed Martin Atlas V with a (401) configuration in which one Atlas V main stage with a Centaur secondary carrier stage carrying the NROL-79 into a Low Earth Orbit…

The launch of the Atlas five -401 configuration from Vandenberg Air Force Base from Space Launch Complex – SLC 3 is scheduled for 0950 morning Pacific Standard Time.. among with at broadcast of the launch commencing at 0930 morning Pacific Standard Time..

#ULA UNITED LAUNCH ALLIANCE- #LOCKHEEDMARTIN #ATLASV| #SBIRS #GEO3 ….. Live stream webcast of that essential early warning detection…

In least than thirteen hours towards countdown On 19th January 2017, on a “ULA- Untied Launch Alliance” bound to be launched from Space Launch Complex SLC- 41, is the United States Air force of their Next Generation of Early Warning systems… That Next Generation of Early Warning system is the Space-Based Infrared Systems (SBIRS) GEO-3…… The Launch window opening for the launch is from 19.46 hours Eastern Standard Time, in regarding to that the live broadcast commences at the broadcasting time at 19.26 hours Eastern Standard Time…

The carrier rocket for the Lockheed Martin SBIRS-GEO 3 is an Atlas V Rocket in the 401 Configuration…. In which consisting one main Atlas V rocket, with a secondary stage Centaur Rocket, it’s interesting that there’s no additional Solid Rocket Boosters- SRB’S…. unlikely that this payload is very much lighter than the other previous launches..

The Payload itself, the Space-Based Infrared Systems (SBIRS) GEO-3, is a partaking of several of its sisterly networks of early warning systems satellites… in which one of its many mission assignments specifications is to provide the highest degrees of gathering reconnaissance information on missile warnings, missile defence, technical intelligence also Battle Awareness readiness for missile detection..