Tag: September 2021

#StarTrekOnline #星際迷航在線 |#星際迷航 #StarTrek #Command Battlecruiser #September2021 | Remastered #協和式 #ConcordeClass the Triplet sister of #Geneva #Presido    …

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During this year of September 2021 of the eleventh anniversary of Star Trek Online in which during that month there’s been many surprises of updates one is the new hulling plating customisations of The Galaxy Class Starship in which introduces more of the updates from the tenth Anniversary out from the legendary bundles in Star trek Online Legacy .. in which many the standard hulling textures that’s given throughout each series in which various new hulling outfitting’s that’s been displayed throughout each star trek series….. In which come with in which this month of September 2020 with more updated hulling textures with more extreme attention to detail towards the decals …..

During with current events that arise between in Delta Rising, with the various incursion incidents in the Delta Quadrant that also may arise in the Alpha Quadrant, also in between the three main factions agree to a cease fire, till things are sorted out in the Delta quadrant…

In a recent update on year 2020 as to the precursor with the Legendary ships of the line series that’s been rolling out there’s been several updates on the hulling in which now has Galaxy-Intrepid Defiant-Sovereign – Sovereign refit – NX-NX Refit…. In which are now available…. 

As Starfleet needs a mobility Command ship… in various time other ship classes comes to in the variety of arenas in communications abilities relaying that very information to allies in combat a design is need… the Command Battle Cruiser is very much like the a Research science vessel, with in between Guardian Cruiser and an Armitage carrier with a skillsets of Odyssey class with some serious cannon fire..   Also as a carrier it provides an advantage like how the Dreadnought Galaxy, Odyssey variant, also the Vesta class variants in taking down your target with your fighter shuttles ..

As in for the “Command Battle -Concorde Class” is very Engineering centric given the five engineering console.. Also given the Bridge seating’s of mainly focusing on one Lieutenant Commander and Commander Engineering/ Command and one universal lieutenant seat in which can be utilizing as engineering abilities…

As for the Command Battlecruiser this is one extremely powerful ship class in its own right… Given you could interchange in between the beam or cannon ship in between with torpedoes given it has plus ten power and engine power in with a  Engines to Weapons warp core could provide an additional advantage.. . Also its various inspiration abilities turn the tide, against all odds, battle preparation…. Also with Absorptive plating, enhance weapons banks, Enhanced Plating, Armoured hulling…  in which gives you a much greater advantages…

Console – Universal – Fleet Defense Platform…….The Concorde class Command ships come equipped with the Fleet Support Platform. While the Fleet Support Platform console is equipped, your starship can launch a mobile shield repair platform that will follow your starship for a while. Allies within 3km of the Fleet Support Platform will have their shields repaired and hardened. This console also provides a passive boost to maximum hull hit points.

This console may be equipped on any Command Battlecruiser or Command Warbird, but can be put into any of their console slots. You may only equip one of these consoles.

Console – Universal – Tachyon Pulse Platform……The Geneva class Command ships come equipped with the Tachyon Pulse Platform. While the Tachyon Pulse Platform console is equipped, your starship can deploy a stationary shield draining platform. Enemies that get too close to this platform will have their shields rapidly drained. This console also provides a small passive boost to shield hardness and shield healing.

This console may be equipped on any Command Battlecruiser or Command Warbird, but can be put into any of their console slots. You may only equip one of these consoles.

Console – Universal – Defense Platform……..The Presidio class Command ships come come equipped with a Defense Platform. While the Defense Platform console is equipped, your starship can launch a formidable weapons platform. This platform will be deployed at your current position and will fire beam arrays at nearby enemies.  Additionally, it will deploy a large number of mines in the vicinity. Once these mines are detonated, they will be replaced after a short time. Equipping this console also provides a moderate boost to projectile damage.

This console may be equipped on any Command Battlecruiser or Command Warbird, but can be put into any of their console slots. You may only equip one of these consoles.

The Tier six Command Battle Cruiser Concorde Class – Engineering ….  Specifications via Star Trek Online

Minimum Rank: Vice Admiral

Hull Strength: 47,437 at level 50 and 55,000 at level 60

Shield Modifier: 1.115

Crew: 750

Fore Weapons: 4

Aft Weapons: 4

Device Slots: 4

Bridge Officer Stations: 1 Lieutenant Tactical, 1 Lieutenant Commander Engineering, 1 Commander Engineering/Command, 1 Lieutenant Science/Command, 1 Lieutenant Universal

Console Modifications: 3 Tactical, 5 Engineering, 3 Science

Base Turn Rate: 8

Impulse Modifier: 0.15

Inertia: 35

+10 Weapon Power, +10 Engine Power

Can Load Dual Cannons

Hangar Bays: 1

Hangar Bays loaded with Type-8 Shuttles

Console – Universal – Fleet Support Platform

Inspiration Abilities

Turn the Tide

Against All Odds

Battle Preparation

Starship Ability Package (Battlecruiser)

Absorptive Plating

Enhanced Weapon Banks

Enhanced Plating

Armoured Hull

Improved Brace for Impact (Starship Trait)

Cruiser Communications Array

Command – Shield Frequency Modulation

Command – Attract Fire

GamePhotography  are from Photographer @KevinJamesNg

#CNSA #ChinaNationalSpaceAdministration #国家航天局 |#BeltAndRoadinitiative #September2021 | #WenchangSpacecraftLaunchCenter #文昌航天發射場The newly advance variant #LongMarch7  #ChangZheng7 #CarrierRocket #Shenzhou13 launching successfully #天舟三号  #CargoShip #Tianzhou3  towards the  #CSS #ChinaSpaceStation   #AGallery….

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On the week of 20th September 2021, Monday  Wenchang Spacecraft launch Center –Hainan Province –China – People’s Republic of China..   CNSA – China National Space Administration– China’s Tianzhou-3 cargo spacecraft 1500 Hong Kong SAR – Beijing Time ..  Today Launch preparations launching of the Long March- Chang Zheng 7Carrier Rocket …长七遥四星星安全运到文昌机场航场 According to the China Manned Space Engineering Office…..  The Chang Zheng Long March 7 Yao carrier rocket for the Tianzhou-3 mission has completed all the development work before it leaves the factory previously. It is currently now safely transported to Wenchang Space Launch Site on August 16, 2021 complex in  which the Chang Zheng – Long March 7 Yao carrier rocket and the Tianzhou-3 cargo spacecraft that have already being fuelled and prime up as it was transported to the launch complex on the 16th September 2021 carrying out the final assembly and testing on the launch complex after its assembly from Vertical Assembly Building..

Previously On the week of 16th September 2021, Thursday Wenchang Spacecraft launch Center –Hainan Province –China – People’s Republic of China..  It was the preparations of CNSA – China National Space Administration– China’s Tianzhou-3 cargo spacecraft to be prepared for this later month or early next month launching of the Long March- Chang Zheng 7Carrier Rocket …长七遥四星星安全运到文昌机场航场 According to the China Manned Space Engineering Office, the Long March 7 Yaosi carrier rocket for the Tianzhou-3 mission has completed all the development work before it leaves the factory. It is in Beijing It will be safely transported to Wenchang Space Launch Site on August 16, 2021. The Long March 7 Yaosi carrier rocket and the Tianzhou-3 cargo spacecraft that have already arrived in advance will carry out the final assembly and testing of the launch site as planned

On September 16 – Thursday, 2021, Hong Kong SAR Beijing time, the combination of the Tianzhou-3 cargo spacecraft and the Chang Zheng Long March -7 Yao-4 carrier rockets was vertically transferred to the launch area. At present, the facilities and equipment of the Wenchang Aerospace Launch Site are in good condition, and various functional inspections and joint tests will be carried out before the launch as planned….  

According to the China Manned Space Engineering Office, at 8:56 on September 16, 2021, Beijing time, the Shenzhou 12 manned spacecraft and the space station Tianhe core module successfully implemented separation. Up to now, the Shenzhou 12 astronaut crew has worked and lived in the space station complex for 90 days, setting a record for Chinese astronauts’ space residence time in a single mission. Before separation, the astronaut crew, with the cooperation of ground scientific and technical personnel, completed various tasks before evacuation, such as setting the state of the space station assembly, sorting and downloading experimental data, and clearing and transferring materials on orbit…..Also During this morning, the Shenzhou 12 astronaut crew, with the cooperation of ground scientific and technical personnel, completed the withdrawal of relevant experimental devices and important items in the core module. Before leaving the space station complex, Nie Haisheng, Liu Boming, and Tang Hongbo expressed their gratitude and respect to ground-based scientific and technical personnel and people who care about and support the aerospace industry …..

Today, the combination of the天舟三号 cargo spacecraft and the Chang Zheng- Long March 7 Yaosi carrier rocket has been vertically transferred to the launch area. At present, the facilities and equipment of the Wenchang Aerospace Launch Site are in good condition, and various functional inspections and joint tests will be carried out before the launch as planned. China Aerospace, come on Add Oil ….!

神舟十二号回As of now, the Shenzhou 12 astronaut crew has been working and living in the space station complex for 90 days, refreshing the single flight of Chinese astronauts A record of the mission’s space residence time.
Before the separation, the astronaut crew, with the cooperation of ground scientific and technical personnel, completed the pre-evacuation tasks such as setting the state of the space station assembly, sorting and downloading experimental data, and clearing and transferring the orbiting material

The Chinese space station is named “Tiangong”. The basic configuration is composed of three sections: core cabin, experiment cabin, and experiment cabin, in a T-shaped configuration, with the core cabin in the middle, and the experiment cabin and experiment cabin 1 are connected to both sides.
The mass of the core cabin, the experimental cabin and the three-chamber combination of the experimental cabin 1 is about 68.5 tons, with a rated crew of 3, and a short-term crew rotation period of up to 6 people. It has the capacity to install and support more than 10 tons of load equipment. The design life is not less than 10 years, and it has the ability to extend the service life through maintenance and repair, and has a certain expansion capability.
The core module is named “Tianhe”. It is the management and control center of the space station and the main place for astronauts to live. It supports the development of a small number of space science and technology experiments.


The experiment module is named “Wen Tian”, and its main task is to carry out scientific experiments and technical experiments in the space inside and outside the cabin. It also has the management and control capabilities of the space station. It is also a working and living place for astronauts and an emergency shelter.


Experiment module 1 is named “Mengtian”, and its main task is to carry out scientific experiments and technical experiments in and out of the cabin. It is also a working and living place for astronauts and an emergency shelter. After the construction of the space station is completed, the optical capsule will be launched in common orbit with it

Images and visuals is from Weibo and their Respectives

#CNSA #ChinaNationalSpaceAdministration #国家航天局 |#BeltAndRoadinitiative #酒泉衛星發射中心 #JiuquanSatelliteLaunchCenter  #September2021| #CMS #ChinaMannedSpace  preparations for the ChangZheng2F #LongMarch2F #CarrierRocket  #Shenzhou13 crew towards The International Iconic #CSS #ChinaSpaceStation #TianheCoreModule ….

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中国空间站On 17th Friday September, 2021, at Hong Kong SAR – Beijing Time  morning, the Belt and Road Initiative CNSA –China National Space Administration  CSS China Space Station in which on a three month setting up a new home of the first three Shenzhou 12 crew Takionauts –Chinese Astronauts Nie Haisheng – Liu Boming – Tang Hongbo returned home from their second home landing on safely at Dongfeng Aerospace City district in which landing at Inner Mongolia Region of China – People’s Republic of China…..   

 During this week on 17th September 2021 Friday, at Jiuquan Satellite launch Center – Dongfeng Aerospace City – Inner Mongolia – China – People’s  Republic of China … The New Advance Chang Zheng Long March 2 F Yao Shenzhou 13 Carrier Rocket ends emergency duty “standby” and will carry out the Shenzhou 13 launch mission next month….. On  that same week of September 17, the Shenzhou 12 astronaut crewed three Takionauts Nie Haisheng, Liu Boming, Tang Hongbo ended his 90-day space mission on setting up their second home on the , returned victoriously, and returned to the embrace of the great motherland…… At the Jiuquan Satellite Launch Center not far from their landing site, the Chang Zheng- Long March 2 F Yao 13 carrier rocket was like a loyal guard, and finally took back the sight of the distant view and ended the 90-day emergency duty.” Stand guard”.
As the first rocket in the history of China’s aerospace that integrates emergency rescue and launch missions, Chang Zheng Long March  F Yao 13 Carrier Rocket  has taken more than 5 months from “standing up and in position” to “handover and changing of guard” and “station”, plus the launch preparation time. Its standing time is the longest in China’s manned rockets.


According to Qin Tong, deputy chief designer of the Chang Zheng- Long March 2 F carrier rocket, the curtain on the construction of the Chinese space station in orbit has opened, and the space activities of the astronauts have been greatly extended compared with previous missions. In order to further ensure the safety of the Takionauts, starting from the Chang Zheng Long March 2 F Yao Shenzhou 12 carrier rocket  and Chang Zheng – Long March 2 F Yao Shenzhou 13, the rocket adopts the “first launch, one backup” and “rolling backup”. Launch mode. The new launch mode gives Chang Zheng – Long March 2F Yao Shenzhou 13 a unique mission. To perform an emergency rescue mission, it must first “stand up and in place” before it can launch as soon as the mission comes. Qin Tong said: “Chang Zheng – Long March2F Yao Shenzhou 13 and Chang Zheng – Long March 2F Yao Shenzhou 12 entered the site at the same time. Chang Zheng- Long March 2F Yao 13 took the lead in completing the basic-level assembly test and sealed it in the technical zone plant in an erect state.

At the same time, the fairing (half cover) ) And the escape tower are also on standby.”
In order to make the “duty station” rocket more comfortable, the developers carefully carried out temperature and humidity analysis for it. Humidity control function meets the requirements of rockets. Standing at different stations in the same plant, Chan Zheng 2F Yao Shenzhou 13 witnessed the whole process of the rocket sister Chang Zheng – Long March 2F Yao Shenzhou 12 final assembly test, transfer and launch. On the morning of June 17th, news of the successful launch of Chang Zheng –Long March 2F Yao Shenzhou 12 and the smooth separation from the manned spacecraft Shenzhou 12 came. The mission of Chang Zheng –Long March2 F Yao Shenzhou 13 also began. It quickly switched to emergency rescue duty and began. “Standing guard”, ready to come forward at any time.


The emergency rescue duty state is tense. In the days when looking into space, every message sent by the astronauts from the space station affects the nerves of the ground duty rocket; every state of the duty rocket is also related to the safety of the astronauts. The “return” of the evacuation.


Chang Zheng – Long March 2F Yao 13 witnessed the busyness of the developers, as if they could feel their expectations, all the parameters were kept in the optimal state. Qin Tong said that after entering the launch site in August, the R&D team did a comprehensive “physical examination” for the pyrotechnics, the structure of the rocket body, the electrical products, the sealed fairing and escape tower, etc., and the results showed that the parameters of the rocket systems were normal. , Stable function. If the space facilities malfunction during the orbit of the astronauts, which may threaten the safety of the astronauts, Chang Zheng –Long March 2F Yao Shenzhou 13 will launch a new spacecraft in the first time to take the astronauts home.

Chang Wuquan, the overall chief designer of the Chang Zheng Long March 2F carrier rocket, introduced that if an accident does happen, the rocket base stage, fairing (half dome) and escape tower can be immediately synchronized and efficiently prepared. After emergency recovery and necessary inspections, the basic stage of the rocket is transferred from the technical area to the launch area, and the corresponding docking and status inspections are performed. At the same time, the fairing and escape tower were respectively buckled and assembled, and headed to the launch area to “rendezvous” with the basic stage of the rocket. After the necessary functional inspections and tests, the rocket enters the launch state, and the entire process can be completed in as little as 10 days. The specific mission is minute, and the launch mission will be carried out within 10 days at the earliest. Although the three astronauts have successfully “home”, the exploration of the reliability of emergency rescue has not stopped.
As the first rocket for the new test and launch process, the Chang Zheng –Long March 2F Yao Shenzhou 13 will enter the emergency-to-normal launch process after completing the emergency rescue duty “stand-by” mission, waiting to complete the launch mission of the Shenzhou 13 manned spacecraft. The research and development team will also continue to explore and continuously optimize the process under the premise of ensuring reliability to pave a way for the follow-up rocket emergency rescue. 

Source is from Dazhong Daily- Dazhong Newspaper Group. Chang Zheng – Long March 2F Carrier Rocket is from the Shenzhou 12 mission

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#CNSA #ChinaNationalSpaceAdministration #国家航天局 |#BeltAndRoadinitiative #September2021| #CMS #ChinaMannedSpace the International Iconic #CSS #ChinaSpaceStation #TianheCoreModule Cargo module relocation for the coming soon crew #Shenzhou13 ….

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中国空间站On 17th Friday September, 2021, at Hong Kong SAR – Beijing Time  morning, the Belt and Road Initiative CNSA –China National Space Administration  CSS China Space Station in which on a three month setting up a new home of the first three Shenzhou 12 crew Takionauts –Chinese Astronauts Nie Haisheng – Liu Boming – Tang Hongbo returned home from their second home landing on safely at Dongfeng Aerospace City district in which landing at Inner Mongolia Region of China – People’s Republic of China…..   

Following the next day according to the China Manned Space Engineering Office, at 10:25 on September 18, 2021, Beijing time, the Tianzhou-2 cargo spacecraft separated from the rear port of the space station’s sky and core compartment, and flew around to the forward port to complete the automatic rendezvous and docking. , The whole process lasted about 4 hours. At present, the combination of the core module of the space station and the Tianzhou-2 cargo spacecraft is in good condition. Follow-up will welcome visits from the Tianzhou-3 cargo spacecraft and the Shenzhou-13 manned spacecraft.

Tianzhou-2 will verify the subsequent test cabin transposition The Tianzhou-2 cargo spacecraft will conduct two subsequent tests. One is to cooperate with the robot arm’s transposition test to make a preliminary test for the subsequent experimental cabin transposition. Technical verification. One is to cooperate with the astronauts to conduct manual teleportation tests to verify the control capability of the cargo spacecraft’s own backup control system.


Yang Sheng, the overall chief designer of the Tianzhou-2 cargo system of the Fifth Academy of Aerospace Science and Technology Group: Compared with the space station stage, all the technologies of our entire cargo ship can be fully verified in the Tianzhou-2 mission, including the assembly of the space station. Some key construction technologies can be verified.
Yang Sheng, the overall chief designer of the Tianzhou-2 cargo system of the Fifth Academy of the Aerospace Science and Technology Group: After these tasks are completed, it will leave the space station at an opportunity based on its overall consumption and lifespan, and bring the waste back to the atmosphere and burn it. Therefore, Tianzhou 2 should be the cargo spacecraft with the most tasks, and then the most arduous, with a relatively long docking time. We think the entire on-track performance is also very perfect. Tianzhou-2 cargo spacecraft completed circumnavigation and forward rendezvous and docking……the Tianzhou-2 cargo spacecraft separated from the rear port of the space station’s Tianhe core compartment , And fly around to the forward port to complete the automatic rendezvous and docking. The whole process lasts about 4 hours. At present, the combination of the space station’s Tianhe core module and the Tianzhou-2 cargo spacecraft is in good condition, and will successively welcome visits from the Tianzhou-3 cargo spacecraft and the Shenzhou-13 manned spacecraft….

Images and visuals are from Weibo also their respectives.

#CNSA #ChinaNationalSpaceAdministration #国家航天局 |#BeltAndRoadinitiative #September2021| #CMS #ChinaMannedSpace The crew of #Shenzhou12 departs after a three month stay from their second home The International Iconic #CSS #ChinaSpaceStation #TianheCoreModule ….

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中国空间站On 17th Friday September, 2021, at Hong Kong SAR – Beijing Time  morning, the Belt and Road Initiative CNSA –China National Space Administration  CSS China Space Station in which on a three month setting up a new home of the first three Shenzhou 12 crew Takionauts –Chinese Astronauts Nie Haisheng – Liu Boming – Tang Hongbo returned home from their second home landing on safely at Dongfeng Aerospace City district in which landing at Inner Mongolia Region of China – People’s Republic of China…..   

Prefacing  the Crew of the Shenzhou 12 manned spacecraft’s return module successfully landed, and three Takionauts exited safely At 13:34 on September 17, 2021, Beijing time, the Shenzhou 12 manned spacecraft’s return module successfully landed at the Dongfeng landing site , The astronauts Nie Haisheng, Liu Boming, and Tang Hongbo who performed the mission safely and smoothly exited the cabin and are in good physical condition. The first manned mission of the space station stage was a complete success. This is the first time that Dongfeng Landing Field has performed a manned spacecraft search and recovery mission.

At 12:43, the Beijing Aerospace Flight Control Center issued a return instruction through the ground measurement and control station, and the orbital module of the Shenzhou 12 manned spacecraft was successfully separated from the return module. After that, the spacecraft returned to the brake engine to ignite, and the return cabin was separated from the propulsion cabin. After the return module successfully landed, the search and rescue team responsible for the search and rescue mission arrived at the landing site as soon as possible. After the return module door was opened, the medical supervision and insurance personnel confirmed that the astronauts were in good health.

The Shenzhou 12 manned spacecraft was launched from the Jiuquan Satellite Launch Center on June 17, and then docked with the Tianhe core module to form a composite. Three astronauts moved into the core module for a three-month stay. During the orbiting flight, two astronauts exiting the cabin were carried out, and a series of space science experiments and technical tests were carried out. In orbit, the Key technologies for the construction and operation of space stations such as on-orbit maintenance. The complete success of the Shenzhou 12 manned mission has laid a more solid foundation for the construction and operation of the subsequent space station.

During the landing moments of Waiting for triumph! The Shenzhou 12 manned spacecraft completed the orbit and radial rendezvous test] According to the China Manned Space Engineering Office, after the Shenzhou 12 manned spacecraft was evacuated, at 13:38 on September 16, 2021, Beijing time, and The space station assembly completed the circumnavigation and radial rendezvous tests, successfully verifying the radial rendezvous technology, and laid an important technical foundation for subsequent manned missions. In the follow-up, the Shenzhou 12 manned spacecraft will re-enter and return as planned. Astronauts Nie Haisheng, Liu Boming, and Tang Hongbo are about to set off to return to the embrace of the motherland- China- People’s Republic of China…

During the that Friday Dongfeng Landing Site, already in place From Shenzhou 1 to Shenzhou 11, the Dongfeng Landing Site of Jiuquan Satellite Launch Center has been serving as a “backup”. Today, they will be the protagonists for the first time, performing the manned spacecraft return cabin search mission. In order to welcome the triumphant victory of the Shenzhou 12 Takionaut crew, the landing field system organized the construction of technical conditions, completed the search and rescue plan design, carried out the search and rescue strategy deduction, and carried out comprehensive and detailed preparations. They are ready! Waiting for the heroes to triumph ….

[“Beijing understands”, you are ready! 】Since the launch of the Shenzhou 12 manned spacecraft, the Beijing Aerospace Flight Control Center has been closely cooperating with various systems to jointly ensure that the crew of astronauts will fly in orbit for more than 90 days, and have completed various scheduled missions. 宇宙员聂海胜刘伯明汤洪波回At present, they have completed many joint debugging and joint testing and joint training, and all the plans have been completed. All the participating personnel have excellent assessments, which will provide reliable support for the safe return of the Shenzhou 12 manned spacecraft …

The Shenzhou manned spacecraft return module parachute was developed by the 508 Institute of the Fifth Academy of Space Science and Technology] In order to protect the astronauts who have been on orbit for 93 days to return home safely, the 508 Institute of the Fifth Academy of Aerospace Science and Technology Group developed high reliability for the Shenzhou 12 spacecraft. And a safe recovery landing system to ensure that the spacecraft returns to the cabin to take the last leg of a stable return. The recovery landing system consists of multiple subsystems, including structure, parachute, landing buffer, program control, pyrotechnics, standard position and other types of products. It integrates light, machinery, electricity, heat, high-energy particles, flexible special textile materials, etc. Many types of advanced technologies. The entire recycling process includes more than 10 process controls. The actions of each program are coherent and interlocking, just like a high-level acrobatics performance, and every link cannot be wrong.


During the 93 days of the Shenzhou 12 spacecraft flying in orbit, the recovery and landing system just waited quietly in the return cabin until the spacecraft’s return cabin passed through the atmosphere and fell freely to a height of 10km above the ground. The static pressure altitude controller judges the altitude. , And issued the recovery system activation signal, the recovery landing system began to work.


The static pressure height controller is only one of the equipment of the program control subsystem. The “behind-the-scenes members” of the entire program control also include recovery distributors, pyrotechnic controllers, program controllers, and travel switches. They have a clear division of labor and each perform its own duties. , Just like different areas of the human brain, through issuing program control command signals, control the “front” actuators to complete the required bombing canopy canopy pull guide umbrella, pull the deceleration parachute, deceleration parachute separation, pull the main parachute, and release the main parachute A series of irreversible actions such as closing the mouth, throwing the heat-proof outsole, turning and hanging.


The 1,200-square-meter parachute cannot be opened all at once when the spacecraft returns to the cabin to land, otherwise the parachute will be broken by the air. The designers of the 508 Research Institute customized a three-level parachute opening program for the spacecraft. First, the two guided parachutes connected in series were opened, and then a deceleration parachute was pulled out by the guided parachute. After working for a period of time, the deceleration parachute is separated from the return cabin, and the main parachute of 1,200 square meters is pulled out at the same time. This series of actions successfully reduced the speed of the spacecraft’s return cabin from the high-speed rail to the speed of ordinary people’s running. In order to prevent the deceleration parachute and the main parachute from being too much force at the moment of opening, both the deceleration parachute and the main parachute adopt the closing technology, that is to say, slow down the process of the umbrella rope from retracting to dispersing, so that the large umbrella of 1200 square meters can be divided. The stage is opened to ensure that the overload of the entire parachute opening process is within the range that the astronauts can bear. The astronauts were able to confirm that the recovery system was working properly because they felt the shaking of this continuous movement.


The heat-proof outsole is the “armor” after the spacecraft enters the atmosphere. After the main parachute is fully opened, the spacecraft will throw away this “armor” when the spacecraft returns to the cabin. The gamma height control device starts to work and emits gamma rays in real time Measure the height from the ground. When the spacecraft’s return cabin drops to a height of 1m from the ground, the gamma meter at the bottom of the return cabin sends a signal to “command” the four reverse thrust engines on the spacecraft’s return cabin to ignite, and give the return cabin an upward force to make the return cabin land. The speed is further reduced, and the astronaut can land safely.

Images and visuals are from Weibo also their respectives.