#MadeInChina #中國製造 #中國 | #北京 #Beijing#北京天兵科技有限公司 #天兵科技 #TianbingTechnology #SpacePioneer #August2022 |#CarrierRocketShopping #TianLongTwo #ReusableCarrierRocket #CarrierRocket Launcher testing…..

Founded in 2015 located in Beijing ….天兵科技 – 北京天兵科技有限公司Tianbing Technology is an Aerospace propulsion system supplier and spacecraft provider One of Sixty Plus Chinese carrier Rocket companies in China, People’s Republic of China ……. Tianbing Technology is an advanced aerospace propulsion system supplier and aerospace vehicle provider. Tianbing Technology independently develops the next-generation ambient temperature green HCP liquid propellant and minimalist aerospace propulsion system. As an upgraded product of traditional chemical propulsion system, it can meet cost-effective aerospace. Advance system supporting needs. The next-generation green HCP aerospace propulsion system, first tested by Tianbing Technology, can be used in the small-vehicle main power and launch vehicle upper-level propulsion system.

The video of the joint training test of the launch of Tianbing Technology’s first rocket “Tianbing Tianlong 2” rocket launcher and counterweight Demonstration mock model carrier rocket framework…  

On 17th August 2022 Tianbing Technology has completed the full-system swing thermal test of the second sub-stage of the Tianlong-2 rocket, and the Tianlong-2 is scheduled to fly for the first time this year] Recently, the Tianlong-2 medium-sized liquid launch vehicle (TL-2) independently developed by Tianbing Technology has successfully completed the second sub-stage Full system swing hot test.



This test is to fasten the second stage of the “TL-2” rocket on the power system test bench for ignition and swing frequency sweep tests. Its purpose is to simulate the official flight state through ground tests, to verify the correctness of Tianbing Technology’s “TL-2” two-stage rocket scheme, as well as the booster delivery system, secondary engine, control system, measurement system, ground filling and distribution system, measurement system. The matching and coordination between the various links such as the sending and control system.

During the test run, the systems of the second sub-stage of the rocket worked normally and had stable performance throughout the whole process. All performance indicators met the design requirements. The systems participated in the test were efficiently matched. At present, the “TL-2” second-stage rocket’s final assembly test, hoisting and transportation, propellant filling and unloading, engine pre-cooling, electrical system measurement and control, engine swing and other links have been fully verified, and the entire system has successfully passed the test and assessment.


The engine used in this test is the only reusable supplementary combustion cycle liquid oxygen kerosene rocket engine in my country’s private aerospace industry. This type of engine is independently developed by Tianbing Technology, and adopts the industry-leading oxygen-enriched supplementary combustion cycle scheme, which greatly improves the utilization efficiency of propellant, and its performance is 10% higher than that of engines with the same thrust; at the same time, this type of engine not only has multiple ignitions It also has 50%~110% continuously adjustable thrust capability. It is the largest 3D printing engine in China, and it is also one of the representative achievements and core competitiveness of Tianbing Technology on the road of independent innovation.

Tianbing Technology’s “TL-2” medium-sized liquid carrier rocket is the first in China to adopt dozens of new technologies such as closed-loop liquid rocket engines, simple launch from cement yard, and automatic filling of civilian tankers. Reliable, fast-response, and large-scale small satellite and constellation launch requirements.

At present, Tianbing Technology’s “TL-2” has completed the joint debugging of electrical systems, rocket assembly, and joint debugging of ground equipment. It is planned to carry out a full-system hot test run of the three-stage and one-stage rockets in the near future, and will make its first flight within this year…

Images and visuals are from their respectives also天兵科技北京天兵科技有限公司Tianbing Technology- Space Pioneer..

#CNSA #ChinaNationalSpaceAdministration #国家航天局 #北京 #中國 #China #Beijing | #紫禁城 #ForbiddenCity #October2021|#ForbiddenCityMoments Photographer Lifelens took brilliant photography of the ChangZheng2F #LongMarch2F #CarrierRocket  #Shenzhou13 over the Forbidden city towards the #CSS #ChinaSpaceStation …

中国空间站On16th October, 2021 Saturday, at 0023 early Morning midnight pasting 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 to six months setting up a new home of the first three Shenzhou 13 Shenzhou 13 Chang Zheng –Long March 2F Carrier successfully launch after a six  to three hours preparations of the launching on for the further construction and verifications of the systems of the CSS –China Space Station 2021 launch calendar in which currently the three Takionauts current Shenzhou 13 ……  Preparations for the six months of extension of the China Space Station  In which the currently it remains awaiting for the crew of setting up home in conducting fun scientifically onboard中国空间站..

In which the CMS China Manned Space Office at Jiuquan Satellite Launch Centre in successfully the three Takionaut Crew of the Shenzhou 13 with a Six month stay Wang Yaping – Zhai Zhigang – YeGuangfu…. Which The Shenzhou13 manned spaceship will be launching at 00:23 on October 16th 2021 Saturday (Hong Kong SAR -Beijing Time) from the Jiuquan Satellite Launch Center in northwest- launching from China-  People’s Republic of China, in which a few days before  announced the crew from  China Manned Space Agency on October 14th 2021 Thursday…..

In which photographer Lifelens who was photographing the corner fortress turret of 601 year old Forbidden City- Beijing – China – People’s Republic of China ….  In which the photographer recollected that Two days ago, he saw his teacher Micky Chill reminding the launch of Shenzhou 13, Beijing was within the possible observation range, and I planted grass in my heart. Later, the big man gave more detailed shooting suggestions, combining the trajectory, distance, height, and weather. The corner tower is the best choice of landscapes near me. The equipment was initially set to be large light fixed 35 delays and telephoto maneuvering. Considering that the total shooting time was only a few minutes and wind, the telephoto was finally replaced with 20mm for guaranteed wide-angle delay (fortunately), and 35/1.4 for maneuvering. After a few minutes of launch, the continuous shooting started, but I haven’t seen anything. Just when everyone was a little regretful, suddenly I saw a strange dovetail-like bright spot at a height of about 30 degrees with the naked eye, which was much higher than expected. Immediately adjust 35 temporarily, but fortunately 20 recorded most of it. When I saw it slowly passing over the turret, I felt excited and magical, as if a connection, a very unique experience. Congratulations on the successful launch of Shenzhou XIII….

Six and Half hours later on least 1000 Hours Hong Kong SAR- Beijing Time,  the Crew of the Shenzhou 13 finally Docked with China Space Station in which the Docking procedures are Automated Docking in which the Docking central wise instead of the same docking procedure of the Previous Shenzhou 12…. In which during the day of the first docking in which the setting up home for the next Six months of proceeding of installing new, verification of new equipment also an incoming core modules also various experiments….. 

Images and visuals are from Weibo also their respectives.