#CNSA #ChinaNationalSpaceAdministration #国家航天局 |#BeltAndRoadinitiative #May2022 | #酒泉卫星发射中#JiuquanSatelliteLaunchCenter Launches the International Icon #ChangZheng2C #LongMarch2C #CarrierRocket deploys three #CommunicationSatellite  #Satellite ..  

On 20th May 2022 1830 Hours Hong Kong SAR- Beijing time , the Belt and Road Initiative CNSA –China National Space Administration  launching from Jiuquan Satellite Launch Center – Inner Mongolia –China – People’s Republic of China, successfully   deployed three Communications Satellites  with the Chang Zheng – Long March 2C carrier rocket on the satellite successfully entered the predetermined orbit….

China – People’s Republic of China successfully launched three low-orbit communication test satellites  At 18:30 on May 20, 2022, Beijing time, China launched the Chang Zheng – Long March 2C carrier rocket  yao 53 carrier rocket at the Jiuquan Satellite Launch Center. Deploying the three satellites At the upper level of the fifth stage, three low-orbit communication test satellites were successfully sent into the scheduled low-Earth orbit in the way of “one carrier rocket and three satellites”, and the launch mission was a complete success.


The low-orbit communication test satellites launched this time are mainly used for on-orbit communication technology test verification. Two of them are developed by Changguang Satellite Technology Co., Ltd. and the other is developed by the Fifth Academy of China Aerospace Science and Technology Corporation.

Chang Zheng – Long March 2C carrier rocket will also perform a launch mission in Xichang in the near future This year, the Chang Er C rocket will be transferred to multiple launch centers for high-density launches. According to Li Jun, the chief designer of the Chang Zheng – Long March 2C carrier rocket, the development team is currently working in Jiuquan and Xichang. A launch center performs the launch mission.


As a “Gold Medal Veteran”, the Chang Zheng – Long March 2C carrier rocket  has mature technology and a stable state, but the development team is not satisfied with this, and always adheres to the sense of innovation, so that the rocket’s capabilities from the overall to the system, design and simulation verification have been significantly improved. Especially in recent years, the Chang Zheng – Long March 2C carrier rocket has successively applied the two-way correction of the ballistic high-altitude wind, the quasi-real-time secondary compensation before the launch, and the active load shedding control, which significantly reduces the aerodynamic load in flight and improves the flight safety and launch probability. , which can better cope with high-density emission requirements.


The Rocket Academy has also planned in advance to allocate resources closely around the successful launch, so as to realize the allocation of products between tasks and models and the reuse of personnel in the launch center. For example, in the Jiuquan Satellite Launch Center, the Chang Zheng – Long March 2C carrier rocket and Chang Zheng –Long March 2F Carrier rockets were launched in parallel. The two team’s reused personnel from multiple positions including the control and command post, which effectively reduced the number of personnel entering the site.

The Rocket Academy has also planned in advance to allocate force resources closely around the successful launch, so as to realize the allocation of products between tasks and models and the reuse of personnel in the launch center. For example, in the Jiuquan Satellite Launch Center, the Chang 2 C and Chang 2 F rockets were launched in parallel, and the two teams reused personnel from multiple positions, including the control and command post, which effectively reduced the number of personnel entering the site.

In the face of a more compact production test cycle, the R&D team completely eliminated the time loss of “idling” through the “transparency” of the product matching process, and comprehensively applied and continuously iteratively optimized the integrated documents in the final assembly and final test process to achieve quality. Control one-time alignment in place to ensure high-quality launch


This mission is the fourth launch of the upper stage of Expedition 1 S. The previous three launches were on October 9, 2018, August 24, 2021, and November 3, 2021.
This launch is the 421st launch of the Long March series of carrier rockets.

Images and visuals are from their respectives.

#RocketLab #火箭實驗室 |#光子 – The #Photon #Spacecraft is not that #StarTrek #PhotonTorpedo ….?

Down Southern hemisphere in Mountain Wellington – Auckland, New Zealand,  an American Base Carrier Rocket Company that made it’s based in an industrial section of Auckland, in which that American Base space company is Named Rocket Lab – 火箭實驗室, in which in production of their next product range in which is purposely design to fully integrated into the Electron Carrier Rocket in which also design to forgo the various steps of having to adaption, finding compatibles  or modifications … in which lead towards the one stop store in producing a spacecraft in creating a heritage space craft chassis design in a co-architecting component for the upper stage or the secondary staging for the Electron Carrier Rocket in which if forms as integrated module known as the  kick stage module…  that small robust space craft is named the光子Photon orthough it’s not that Star Trek Photon Torpedo..

With an operational life cycle of five years, Design for the LEO Low Earth Orbit towards thirty seven degrees towards SSO Sun Synchronous Orbits missions with a weight upwards of least than 170 Kilograms in which of orbital dependent.. having the Photon Space Craft that allows the Satellite to be constructed with their mission criteria requirements in which that could easily integrated, or the provide satellite hardware that could be arrange within the Photon Space Craft Chassis module also its core 3D printed  Curie Engine unit in which is core propulsion system of the secondary stage of the Electron Carrier Rocket in which among another base bundle package is the S-Band Communications systems with the integrated high fidelity Attitude Control system along with the avionics unit ….

#Airbus #Arianespace | Flight #VS21 – launching the Iconic #Soyuz #Carrier Rocket deploying the #OneWebF6 #Satellite- #CommingSoon -The second launch for the year

On 26th February 2019, it’s the launch of the iconic Soyuz Carrier Rocket, launching from the ELS- Soyuz Launch Complex in Sinnamary, French Guiana… In which this launch is the second in the Airbus –Ariane Space- CneS’s 2019 launch calendar…. Also marks the 109th Constellation satellites orbited by Arianespace… Launching from the Soyuz Launch Complex at 0637 hours in the morning local time form Kourou French Guiana…

The OneWeb F6 is manufactured by in collaboration of OneWeb also Airbus Defense and Space in Airbus France, Toulouse’s Manufacturing factory….The OneWeb F6 telecommunications Satellite  is part taking in constellation of 650 to 900 satellite network, in which is to be delivering provisionments offering 3G, LTE, 5G also Wi-Fi coverage in a high velocity communications inwards towards Aviation, Marine, land in a LEO- Low Earth Orbit..  In which other collaborations APCO Technologies in this launch is the four Mass Flight Simulators that’s within payload..

#RocketLab #火箭實驗室 | #DARPA #R3D2 #NorthropGrumman #Satellite preparations launching by the #Electron #Carrier Rocket from the Mahia Peninsula….

Rocket Lab pre checking preparations for a launch for a late February 2019 for an Untied States Department of Defense – DARPA R3D2 experimental Low Earth Orbit Communications Satellite

Currently on 14th February 2019, that’s Valentine’s Day is the preparations of for upcoming launch of An American – New Zealand based Carrier Rocket company Rocket lab in which it’s preparations for a Department of Defense from the United States Government in which is bound to be launched from the eastern coast of North Island New Zealand from its Mahia Peninsula Launch complex one launch for the late February calendar.. in which it’ll be position in a LEO –Low Earth Orbital position from Rocket Lab Electron Rocket 

Rocket Lab logo patch for the R3D2 DRAPA – United States Government Department of Defense

DARPA’s Radio Frequency Risk Reduction Deployment Demonstration (R3D2) is a one hundred and fifty kilogram experimental satellite in which once deployed it’ll open up its foldable dish like antenna like a Chinese bamboo silk umbrella, like with gold mesh shell that dedicated in broadcasting and receiving communications with a Tissue Thin Kapton membrane film shell once open out towards a 2.25 meter diameter …  as it ‘s main manufacturer contractor is Northrop Grumman the contractor in which is currently working behind schedule of the NASA’s James Webb Telescope the daughter of the HST-Hubble Space Telescope..

Singular Payload of the Rocket Lab Electron carrier rocket is the United States government DARPA- R3D2 LEO -Low Earth Orbit experimental communications satellite … with deployable a Tissue Thin Kapton membrane film shell dish antenna….

The R3D2 is design provisionments of experimentally of utilizing the survivability of its dynamics of its Tissue Thin Kapton membrane film shell Antenna in which the other manufacturer partnership with MMA Design also Trident Systems providing the software defined radio systems, with Blue Canyon Technologies providing the Satellites bus or chassis it’s built out from.. Other provisionment of the R3D2 is to streamline the internet communications in orbit also creating other innovative variants for Low Earth Orbit communications from this first case also from learning from this experimental platform..

#MadeInChina #BeltAndRoadinitiative #解構 #中國| #LandSpace – One of many #ChinaPrivateCarrierRocketCompanies begins production on its new #CarrierRocket production factory towards launching rapidly commercially ….

 

One of sixty more Commercially Private Space Carrier Rocket Companies in China has been currently really productive this year; in one of those sixty is LandSpace Technology Corporation in which has now has a massive manufacturing fabrication factory that mass produce the LandSpace Carrier Rocket..

LandSpace -LandSpace Technology Corporation- first maiden launch of the Zhuque one launching a trail CCTV Satellite onboard..

 

In which is situated in the Economic and Technological Development Zone in Huzhou City, in Zhejiang Province in which is developed in various multiple stages.. its first phase it is the factory development factory of seventy acres with the construction of thirty thousand square meters almost to construct the core components of the Carrier Rocket also Engine Assembly plant in the same manner of a car manufacturing line.. In which currently is the largest private carrier rocket company on the mainland….. Its head office is situated in which was founded Tsinghua University in 2015 January… Located in H1, Zhonghang International Plaza, No. 13 Ronghua South Road, Yizhuang Economic and Technological Development Zone, in China’s Capital Beijing

LandSpace Technology Corporation- Zhuque two -48.8 meters

The Carrier Rocket and engine manufacturing factory comes in sections in which..

Engine Performance testing area– in which it testing out the performances of the liquid Carrier Rocket Engine, in which is the core of the Rocket. Also within the department is to carry out systems, designs, from development, experimental to production design environment..

Tank Processing Zone- Development and manufacturing of the Carrier rocket tanking systems,

The Main assembly Area-  of the Rocket in which this is at the second phase of the factory in which is undergoing construction in which there’s will be two manufacturing lines, within this complex.. In which this area is the final testing staging area, before its head out towards the launch complex…

LandSpace Technology Corporation-Zhuque two 80T THRUST-LEVEL LOX+LCH4 LRE’S THRUST CHAMBER

The Engine Assembly Area – is where the manufacturing of its engines is built totally inhouse, with a state of art production line of industrial standard four rating.. In where its full capacity it can manufacture inhouse over two hundred liquid oxygen methane engines… Guarantee continuous rapid launch rates…

Manufacturing inspection area- in where this massive hall inspects checks all components where it’s finalised to be installed onto assembled to form in the main Assembly area…

LandSpace Technology Corporation Huzhou new Carrier Rocket assembly hall …

LandSpace Carrier Rockets are manufactured in Huzhou, in which the launch complex for the carrier rocket is innovative researched and development in two cities the current Capital Beijing also its ancient capital Xi’an in which LandSpace is a small too medium Carrier Rocket provider….With two different engine options with the Phoenix and Scorpio Engine…. As the LandSpace livery is of a Dragon Phoenix flying towards the skies in space…  in which its future development is to have the first staging into a reusable carrier rocket in which Zhuque two is set out to become…

LandSpace Technology Corporation- Zhuque one mobile launcher system …

Zhuque one- 19 meters has take-off weight of twenty seven metric tonnes also thrust of forty five tonnes in which is able to undertake a payload weight of three hundred kilograms in to LEO- Low Earth Orbit while the second series its sister Zhuque two -48.8 meters is larger twice as large with a length of forty eight point eight meters long, in which cable carry in three class payload weights of four tonnes to two hundred Kilometers in LEO- Low Earth Orbit…. Fifteen Hundred tonnes at seven hundred Kilometers in SSO- Sun Synchronous Orbit… Also eighteen hundred tonnes at five hundred Kilometer in SSO- Sun Synchronous Orbit