#Arianespace #Airbus | Flight #VV13 launching the #MOHAMMEDVIB # Satellite from the #Vega #CarrierRocket for the Kingdom of Morocco Government for #EarthSciences …

Arianespace Airbus Thales Alenia Space | Flight VV13 launching the MOHAMMED VI B Satellite from the Vega Carrier Rocket for the Kingdom of Morocco Government for Earth Sciences …

 

On 20th Tuesday November 2018- French Guiana time, launching from French Guiana from the VLC- Vega Launch Complex is the AirbusAirbus Space and Defense- Arianespace Vega Carrier Rocket, in which placing its ninth launch of the Vega Carrier Rocket in which is a Versatile Light Launcher … launching from before midnight at 1043 local hours French Guiana time …. Launching from Spaceport, French Guiana (Guiana Space Center)….

Launching that flight is VV13, in which launching the MOHAMMED VI Satellite is an Earth Observation Satellite, in which is placed in SSO- Sun Synchronous Orbit, manufactured Contracted by Thales Alenia Space catered for the Government of Kingdom of Morocco in a consortium partnership with Airbus …..

The payload provisionments is used for as an Earth landscaping observation data gathering satellite, Earth Sciences as its main role in which, to data gather for Mapping scanning, terrain surveying activities for regional development in agriculture, also observations in providing data on climate changes, also provides an intelligence role in Maritime, border surveillance ..  The MOHAMMED VI B Satellite is a the second of the its MOHAMMED satellite constellation program in which previous its sister MOHAMMED VI A was launched on the same Vega Carrier Rocket series in 7th November 2017 in which is like a fitting for a one year anniversary

 

Liftoff is scheduled for Tuesday, November 20th 2018 – French Guiana time at exactly:

8:42:31 p.m., in Washington D.C.

10:42:31 p.m., local time in French Guiana

01:42:31, Universal Time (UTC), on November 21, 2018

2:42:31 a.m., in Paris, on November 21, 2018

 – 2:42:31 a.m., in Rabat, on November 21, 2018

#Arianespace #Airbus #ESA | #Soyuz flight #VS19 #EUMETSAT #NOAA #MetopC launching the Carrier Rocket series for the eighth time… for meteorological weather forecasting for #EarthSciences….

On 6th November 2018, it’s the launch of the AirbusArianespace-ESA- European Space Agency Soyuz carrier Rocket that’s deploying a weather satellite payload into space in which are weather – Meteorological observational satellite…. the European Organisation for the Exploitation of Meteorological Satellites EUMETSAT, MetopC in which launching from its CSG in French Guiana…. at 09:47:27 P.M. (NOV. 6) local time….

Deploying from an Airbus Arianespace VS19 Soyuz Carrier rocket it’ll deployed both in to Sun Synchronous orbit in one is MetopC in which this one is the last final satellite of its three sisters for the EPS- EUMETSAT Polar Systems.. In which Sun Synchronous orbit by mid-morning of in which will be place in Polar Orbit, in data meteorological observational data gathering for atmospheric composition, oceanic and terrain surfaces… In which has an operational life cycle of five years… In which the MetopC Satellite will be place in at an attitude of 811 Kilometers with an Inclination of 98.37 Degrees…….

The collaboration, is manufactured by Airbus’s Airbus Space and Defense department, in which with EUMETSAT Polar System, also United States NOAA- National Oceanic and Atmospheric Administration with sate of art meteorological nine clustered science installations in which help to forecast weather systems in within from twelve hours also a ten day period also the EUMESAT Polar System with the additional sister will reduce the number of forecasting errors.. As it provides to another next generation of meteorological satellites constellation system with four upcoming satellites…

#CNSA #ChinaNationalSpaceAdministration #BeltAndRoadinitiative #国家航天局 | Launching by the iconic #LongMarch2C #CarrierRocket deploying #CFOSAT in collaboration with China and France for #EarthSciences to combat #Climate Change…

CNSA – China National Space Administration launching from Jiuquan Satellite Launch Center, Gobi Desert in Dongfeng Aerospace city is the Long March 2C is the CFOSAT to study Oceangraphy for Climate Change.. launching on a Sunday..

 

On a Sunday 29th October 2018, from CNSA – China National Space Administration launching from it numerous launch complex facilities launching from Jiuquan Satellite Launch Center, Gobi Desert in Dongfeng Aerospace city is the iconic reliable Long March 2C Carrier Rocket .. in which that launch was in collaboration with China and France in which to develop as part of the Belt and Road initiative to study data observation analysis the ocean surface and waves.. in which that collaboration is CFOSAT- China France Oceanography Satellite…. operationally with a three years duration place at an attitude of  five hundred twenty Kilometers in a Sun Synchronous Orbit..

The CFOSAT Oceanography Satellite collaboration with China and France in which also in partnership primary CNSA, CNRS, IFREM3R, SHOM, METRFRANCE…. In which was deployed without any arising issues successfully into Kilometers in a Sun Synchronous Orbit thirty two minutes… once it’s solar arrays deployed it started its operation…

It’s core operations is controlled by CNSA’s Xi’an, Xi’an Imperial China Ancient Capital.. Collaboration with CNES... in with France Toulouse Space Center.. As the partnership provide redundancies in the Data gathering process with three telemetry stations in China also with the European partners France, Canada and Sweden…

CNSA – China National Space Administration launching from Jiuquan Satellite Launch Center, Gobi Desert in Dongfeng Aerospace city is the Long March 2C is the CFOSAT to study Oceangraphy for Climate Change..

The CFOSAT is designed for to data observationally analysis on Oceanic Surfaces characteristics the various impacts in between ocean atmosphere interchanges that play Climates Eco system.. Instrumental device installed are primary radar based instruments, in  which CNSA has SCAT- Wind SCATterometer- in which acquired measurements the various strengths, direction of winds also in synchronous operation is with , with France collaboration  installed which is  SWM – Surface Wave Investigation and Monitoring…. Which acquirement of measurements of length, height aptitude of waves…

#Arianespace #Airbus #ESA #JAXA | flight #VA245 – Launching the #Ariane5 #CarrierRocket for the #BepiColombo the mission to study the #Planet #Mercury ….. Returning the message to #TheMessenger…….

 

On 20th October 2018 Saturday, from the Airbus Arianespace launch complex, launching from French Spaceport GSC – Guiana Space Center, Launching from there at Tokyo Time at 1045.28 hours..  is the Launch of the Flight VA245 Airbus Space and Defense Ariane 5 ECA, in which providing the launch of its Customers ESA European Space Agency, JAXA – Japan Aerospace Exploration Agency in which is launching one payload into space towards the first planet in the Sol- Solar System is the Planet Mercury, in which recent past explorations it’s been neglected among with everyone talking about Mars, among the rest of the large Gaseous planets in the Sol System..

Launching the BepiColombo Probe towards the Planet Mercury it’ll explore the Terrestrial Planet, in which will be a collaborative exploration in between ESA a member of the Belt and Road initiative among with JAXA in which the Ariane five -ECA Carrier Rocket will help to escape velocity trajectory inject the payload towards the first rocky planet, Mercury, the Messenger…  in which will arrive to the first planet at 2025.. To the year where NASA’s ISS- International Space Station is forecast to be decommission due to system wide breakdowns of its early modules and components…

Previous exploration mission towards the messenger, Mercury.. undertaken previously by NASA-National Space Administration… in which with Mariner ten during the 20th century – 1974-1976..in which provide the first realism photographs of the Mercury environments providing later with Messenger during the 21st Century 2011-2016 with the same goals but with higher resolution of observational data ..

BepiColombo is the first Collaborative European –Japanese exploration mission to study in which sets out to data collect, analysis the Mercury’s planetary composition, history, geophysical, exosphere also its Magnetosphere.. One of the many mission requirements is the exploration understanding of how terrestrial planets support life also how it arisen during the formation of the history of the Sol System… Also creating an understanding of Exo planetary systems…  BepiColombo is named after the Italian mathematician engineer Giuseppe (Bepi) Colombo.. In which BepiColombo has the design frame criteria for the mission to endure an inquisition of Earth’s nearest star the Sun, at 360 Degrees Celsius with a mission duration of one year given if all systems of BepiColombo works functionally after a year initial mission cycle a reconsideration will rotate another one year mission duration cycle till it’s life cycle of BepiColombo finally succumbed to the Sun’s inquisition….

 

Liftoff is planned on Friday, October 19, 2018 at exactly: – 09:45:28 p.m. Washington, D.C. time – 10:45:28 p.m. Kourou, French Guiana time – 01:45:28 Universal Time (UTC) on Saturday, October 20, 2018 – 03:45:28 a.m. Paris time on Saturday, October 20, 2018 – 10:45:28 a.m. Tokyo time on Saturday, October 20, 2018….

#Arianespace #Airbus #Vega | #ESA Flight #VV12 – launching the #Aeolus Satellite for advance #WeatherForecasting also #EarthSciences …..

 

On 21st August 2018, from the AirbusArianespaceESA- European Space Agency– French Guiana, it is the twelfth flight of the Vega Carrier Rocket, it which it’s the fifth launch for the year….  The Vega Carrier Rocket carries with a scientific payload with weather instrumentation for advance weather forecasting… also flight VV12 is the demonstration flight in enhancing the Vega Carrier Rocket versatility also it adaptive to various mission specifications …

Launching from the Vega Launch Complex, on 21st August 2018, with the launch window time of 0620 Hours local time in the morning..  in which the mission launch duration from launch towards deployment of the payload satellite is fifty five minutes and fifty seven seconds..

 

The payload is a ESA-European Space Agency ESA’s Aeolus Satellite it’s a Weather Forecasting satellite that be deployed into SSO- Sun Synchronous Orbit, in which will be place in 320 Kilometers above earth.. Manufactured by Airbus Defense and Space, with an operational life cycle of three years and three months based on Mars Express Design satellite platform in which that platform was modified towards weather forecasting specifications with the aspects of high data gathering of long term research of studying This Planet Earth’s atmosphere utilizing various instrumentation with a Doppler wind LIDAR called Aladin (Atmospheric LAser Doppler INstrument) – an advanced laser system designed to timely and accurately measure global wind-profiles from space. Aeolus will probe the atmosphere with pioneering ultraviolet laser pulses, which will enhance the understanding of tropical dynamics and processes relevant to climate variability.