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China Space Military:Recon, Satcom, Navi, ASAT/BMD, Orbital Vehicle, SLV, etc.

According to Henri Kenhmann (East Pendulum) on 15 Sep:

“China will carry out the 7th Space launch next week for its Beidou positioning and navigation system in 2018. This year's 25th Chinese space flight will take place on Wednesday September 19th between 13h35 and 15h05 UTC.”

See no news on this launch, so perhaps to be done shortly later.
EDIT: what a coincidence, just noted the post by @JSCh above minutes earlier. Look forward its successful news briefly later :)

From his twitter'post:

M15 and M16(39th and 40th Beidou navigation satellites) are scheduled for launch next month, probably around 10/10. :)
 
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航天面面观
23分钟前 来自 航天面面观超话
西昌卫星发射中心于2018年9月19日22:07利用长征三号乙/远征一号上面级(CZ-3B/YZ-1)运载火箭发射了北斗三号全球组网卫星(第三十七、三十八颗北斗导航卫星)。
Xichang Satellite Launch Center launched the Beidou-3 global networking satellite at 22:07 on September 19, 2018 using the Long March 3B/Expedition No. 1 (CZ-3B/YZ-1) carrier rocket (Thirty-seventh And thirty-eight Beidou navigation satellites).

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NOTE: It will take over 4 hrs to reach intended orbit and declare successful completion of the mission.
China launches twin BeiDou-3 satellites
Source: Xinhua| 2018-09-20 03:05:26|Editor: Liangyu


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China sends twin BeiDou-3 navigation satellites into space on a single carrier rocket from Xichang Satellite Launch Center in Xichang, southwest China's Sichuan Province, Sept. 19, 2018. (Xinhua/Liang Keyan)

XICHANG, Sept. 19 (Xinhua) -- China on Wednesday evening successfully sent twin BeiDou-3 navigation satellites into space on a single carrier rocket.

The Long March-3B carrier rocket lifted off from the Xichang Satellite Launch Center at 10:07 p.m. It was the 285th mission of the Long March rocket series.

The twin satellites are the 37th and 38th editions of the BeiDou navigation system. After a series of tests and evaluations, they will work together with 12 BeiDou-3 satellites already in orbit.

The twin satellites will provide danger alerts and navigation services for global users. A basic system with 18 orbiting BeiDou-3 satellites will be in place by the end of the year, which will serve countries participating in the Belt and Road Initiative.

The satellites and the rocket for Wednesday's launch were developed by the China Academy of Space Technology and the China Academy of Launch Vehicle Technology, respectively.

Named after the Chinese term for the Big Dipper, the BeiDou system started serving China in 2000 and the Asia-Pacific region in 2012.

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These two Beidou satellite has for the first time carries devices to participate in the International Cospas-Sarsat Programme - Wikipedia
Beidou joins global rescue data network
By LUO WANGSHU and ZHAO LEI | China Daily | Updated: 2017-11-24 07:48

Chinese satellite navigation system to be part of humanitarian cooperative

China's domestically developed navigation satellite system Beidou has been included in a global network that collects and distributes data for search and rescue missions, the Ministry of Transport said on Thursday.

Beidou will be part of the International Cospas-Sarsat Programme, a nonprofit, intergovernmental and humanitarian cooperative with 44 members, including the United States, Canada, Russia and China.

The inclusion comes after a ministry delegation submitted the Chinese system's technology and launch plan for search and rescue to the program during the 31st Cospas-Sarsat Council meeting in late October in Montreal, Canada.

"The move will enhance Beidou's global capability to search for and rescue people in distress, showing China has carried out its responsibilities in global humanitarianism in accordance with international conventions," Wu Chungeng, a ministry spokesman, said at a news conference on Thursday.

"It also supports Beidou's global development, promoting the system's international influence and power in the field of satellite navigation," he said.

Beidou is the world's fourth navigation satellite system, following US-based GPS, Russia's GLONASS and the European Union's Galileo.

"China has mastered the core technology of space payload and ground systems for search and rescue satellite systems. It is time to research and develop the self-controlled search and rescue system with Beidou," Wu said.

The International Cospas-Sarsat Programme is a satellite-based search and rescue distress alert detection and information distribution system best known for detecting and locating emergency beacons activated by aircraft, ships and hikers in distress.

It aims to "provide accurate, timely and reliable distress alerts and location data to help search and rescue authorities assist people in distress". It uses the GPS, GLONASS and Galileo systems for its missions.

China has been striving to promote Beidou to more international organizations to expand the space network's use overseas, according to Ran Chengqi, director of the China Satellite Navigation Office.

He said China has begun to collaborate with GPS, GLONASS and Galileo on frequency coordination and ground applications.

"Beidou-based products are being used in more than 30 nations. Next, we will give the system global coverage and improve its stability and reliability. In addition, more efforts will be made to develop ground applications," he said.

Twenty-nine satellites have been launched for the Beidou network, the first in 2000 and the most recent in November. The system began providing positioning, navigation, timing and messaging services to civilian users in China and parts of the Asia-Pacific region in December 2012.

Beidou has acquired a great number of users in China. Most of the shared bicycles in Chinese cities now employ Beidou-based positioning services; more than 4 million taxis, long-distance buses and cargo trucks nationwide have been equipped with Beidou devices; and about 40 percent of smartphones in the Chinese market are able to access the services.
 
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Chinese institute assists Mongolia in drought monitoring
Source: Xinhua| 2018-09-20 13:42:12|Editor: Liangyu


BEIJING, Sept. 20 (Xinhua) -- A drought remote monitoring system developed by Chinese researchers has been handed over for service in Mongolia, with a transfer agreement signed.

The drought observation system, known as DroughtWatch-Mongolia, aims to provide real-time and wide-range drought information for disaster prevention and mitigation departments in Mongolia.

The DroughtWatch-Mongolia system covers multiple zones and provides multi-index reports. It overcomes inaccurately describing the occurrence and situation of drought by a single index, according to a source from its developer, the Institute of Aerospace Information Research with the Chinese Academy of Sciences.

Before the transfer held Monday, Chinese researchers have conducted rounds of ground monitoring experiments with Mongolian specialists. And the accuracy and monitoring capabilities of DroughtWatch-Mongolia have met the operational requirements after four years of testing.

The DroughtWatch is a global multi-satellite, multi-scale drought monitoring system and has been in service continuously for more than 20 years. It has become the ideal mechanism for drought monitoring recommended by the UN Economic and Social Commission for Asia and the Pacific.
 
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Tuesday, March 28, 2017, 10:54
Jilin group sets goal of putting 60 satellites in orbit by 2020
By Ma Si in Beijing and Liu Mingtai in Changchun

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The Tiantong-01 satellite was launched at 00:22 am Beijing Time, at southwestern China's Xichang Satellite Launch Center, with the Long March-3B carrier rocket. (Photo/Xinhua)

A private company in Jilin province - Chang Guang Satellite Technology Co - aims to launch 60 satellites into orbit by 2020. This is part of the province's push to renovate its manufacturing industry and transform itself into an aerospace technology hub.

The ambitious plan follows the northeastern province building the country's first domestically developed commercial Earth imaging satellite in 2015. The satellite was developed by Chang Guang, a commercial spinoff of the Chinese Academy of Sciences' Changchun Institute of Optics, Fine Mechanics and Physics.

In January 2017, a new commercial satellite developed by the company was launched to help monitor the province's sprawling forests, partly to prevent fires. This brought the number of satellites manufactured and launched by the company to five.

"We want to have 60 satellites operational by 2020, and 138 satellites in service by 2030, which will ultimately make it possible to offer a 10-minute revisit capability anywhere in the world," said Jia Hongguang, deputy general manager of Chang Guang.

According to the company, its technology prowess, once backed by private capital, can accelerate the civilian application of aerospace technology.

Currently, the Jilin-based company counts government agencies and the military as their core customers. But tapping into the consumer mass market will be the key to cultivating a booming commercial aerospace industry, said Wang Dong, assistant to the general manager at Chang Guang.

"We not only sell satellites, drones and their parts and systems, but also offer a whole set of solutions, which will give us an edge in appealing to the public," Wang said. He declined to disclose the cost and profit involved in making a satellite.

Miao Qianjun, secretary-general of the Global Navigation Satellite System and Location-based Services Association of China, said that small and medium-sized satellites are enough to support civilian applications. This is unlike the United States' GPS navigation system and China's BeiDou satellite system, which demand big satellites, he said.

"Small satellites cost far less and can be of more practical use for a limited area. They have big commercial potential," Miao said.

Last year, the Jilin provincial government, Changchun municipal government and Chang Guang set aside 500 million yuan ($72.8 million) to set up an investment fund to cultivate young engineers and developers who are passionate about the aerospace industry.
Chang Guang Satellite Technology Co., Ltd., the maker and operator of Jilin series of commercial remote sensing satellite, posted the following in weibo.com.
长光卫星
9月20日 16:18 来自 iPhone 8 已编辑
我们在圣地亚哥机场拍到了这个,传说中的侧风飞行?
Chang Guang Satellite Technology Co., Ltd.
September 20 16:18 from iPhone 8

We videoed this at the San Diego airport, the legendary crosswind flight?

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:coffee::D

近年来航天科工积极推进“五云一车”商业航天工程有序开展,已经取得阶段性成果:截至目前,飞云工程完成了高空太阳能无人机研制,正在开展飞行试验;快云工程完成了临近空间浮空器样机研制;行云工程虹云工程各自完成了商业公司组建,开展了卫星正样产品研制,虹云工程技术验证星计划年内发射,开展在轨试验;腾云工程实现了组合发动机模态转换国内首次飞行验证飞行列车工程正在开展关键技术攻关;快舟火箭研制和发射服务工作稳步推进,近日将执行商业发射。航天科工正以实际行动,努力将我国商业航天产业发展推向新高度。

https://mp.weixin.qq.com/s/M7dNeMJBVi6Sz-NHsgriLg
 
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中国航天科工三院商业航天行政总负责人邹洪:组合动力是未来这一类空天飞行器的核心关键技术,我们近期完成的“腾飞一号”飞行试验,实现组合动力模态转换国内首次飞行验证,这一步是对未来空天组合动力发展起到特别关键的作用。

http://tv.cctv.com/2018/09/26/VIDEJp3toDS3wFEG1VOpoqFP180926.shtml
 
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New rocket raring for busy launch schedule

2018-09-27 08:28:01 China Daily Editor : Li Yan

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China Aerospace Science and Industry Corp, a major space and defense contractor, plans to carry out at least eight commercial launches using its Kuaizhou 1A carrier rocket before the end of 2019, according to a high-ranking executive.

Zhang Di, a senior rocket scientist and chairman of Expace Technology, a CASIC subsidiary that provides commercial launch services, told China Daily in an exclusive interview on Wednesday that two Kuaizhou 1As are scheduled to lift off before the end of this year from the Jiuquan Satellite Launch Center in Northwest China.

Next year, six Kuaizhou 1A launches are scheduled, with one to be conducted for a foreign client, he said, noting that in addition to these confirmed launches, Expace Technology is in talks with clients on launch service contracts involving more than 10 new Kuaizhou 1As.

"The rocket is popular in the commercial launch market. We have made production schedules for at least 19 Kuaizhou 1As," Zhang said.

The rocket scientist made the remarks on the sidelines of the Fourth China International Commercial Aerospace Forum, which opened on Wednesday in Wuhan, Hubei province. Co-hosted by the Wuhan city government and a number of space contractors, the three-day forum will see about 400 attendees from 12 nations including the United States, Russia and Germany.

Kuaizhou is the largest solid-propellant rocket family in China, as opposed to the Long March series, which mainly relies on liquid fuel.

The Kuaizhou 1A's first mission was in January 2017, lifting three small satellites from Jiuquan into a sun-synchronous orbit.

The 20-meter rocket has a liftoff weight of about 30 metric tons. It is capable of sending 200 kilograms of payload into a sun-synchronous orbit, or 300 kg of payload into a low-Earth orbit.

Beyond Kuaizhou 1A, Zhang's company is developing the Kuaizhou 11, which will be China's largest and most powerful solid-propellant carrier rocket. The new type will have a length of 25 meters, a diameter of 2.2 meters, and a liftoff weight of 78 tons. It will be able to place a 1-ton payload into a sun-synchronous orbit at an altitude of 700 km, or a 1.5-ton payload into a low-Earth orbit.

"Kuaizhou 11's research and development has been proceeding well. We hope that it will make its first flight in the near future," Zhang said.

He anticipated that compared with Kuaizhou 1A, Kuaizhou 11 will have even brighter prospects because it will have a stronger launch capacity that will allow it to lift a wider range of satellites.

"It will be able to place six to 10 small satellites into orbit during a single mission, which will be very efficient and economical for our customers," Zhang said. "We have been in talks with several clients on Kuaizhou 11 missions.

http://www.ecns.cn/news/sci-tech/2018-09-27/detail-ifyyknzp7230189.shtml
 
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China launches Kuaizhou-1A on CentiSpace-1-S1 mission

written by Rui C. Barbosa September 28, 2018



Expace launched the CentiSpace-1-S1 small satellite from the Jiuquan Satellite Launch Center on Saturday morning, using its Kuaizhou-1A (Y8) rocket. The Chinese commercial rocket launched at 04:13 UTC – marking China’s 26th orbital launch of the year.

https://www.nasaspaceflight.com/2018/09/china-launches-kuaizhou-1a-centispace-1-s1-mission/

北斗导航增强实验卫星,该星的发射运行将使导航软件的精度由现有的米级提升到厘米级。
 
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China launches Centispace-1-s1 satellite
Source: Xinhua| 2018-09-29 18:49:14|Editor: ZX

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China launches its Centispace-1-s1 satellite on a Kuaizhou-1A rocket from Jiuquan Satellite Launch Center in northwest China, at 12:13 p.m. Sept. 29, 2018. (Xinhua/Yang Xiaobo)

JIUQUAN, Sept. 29 (Xinhua) -- China launched its Centispace-1-s1 satellite on a Kuaizhou-1A rocket from Jiuquan Satellite Launch Center in northwest China at 12:13 p.m. Saturday.

This is the second commercial launch by the Kuaizhou-1A rocket. The first launch in January 2017 sent three satellites into space.

The Kuaizhou-1A was developed by a rocket technology company under the China Aerospace Science and Industry Corporation (CASIC). It is a low-cost solid-fuel carrier rocket with high reliability and a short preparation period, designed to launch low-orbit satellites weighing under 300 kg.

The Centispace-1-s1 was developed by Innovation Academy for Microsatellites of the Chinese Academy of Sciences. It is a technology experiment satellite for the low-orbit navigation enhancement system being developed by Beijing Future Navigation Technology Co. Ltd.


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积跬步,至千里,向日葵一号卫星引领低轨导航增强新时代 - 中科院微小卫星创新研究院
Centispace-1 satellite lead new era of low orbit navigation enhancement - Innovation Academy for Microsatellites of the Chinese Academy of Sciences

北京未来导航科技有限公司投资发起的120颗低轨微纳卫星构成的导航通信一体化增强系统(微厘空间CentiSpace)的第一颗先导技术验证卫星。整星重约97公斤,运行在高度约700公里的太阳同步轨道,主要验证适用于导航通信任务的微纳卫星平台技术、验证适用于微纳星座的激光星间链路技术、验证和普查通信频段全球电磁干扰情况、开展基于微纳卫星的特殊通信技术、验证星载小型化高精度GNSS测量、高精度定轨与处理技术
Translation:
Beijing Future Navigation Technology Co., Ltd. invested and initiated a project plan of 120 low orbit microsatellites constellation for an integrated communication and navigation enhancement system (CentiSpace). Centispace-1 is the pilot technology verification microsatellite. The whole microsatellite weighs about 97 kilograms and runs in a sun-synchronous orbit with a height of about 700 kilometers. Its main purpose is to verify the microsatellite platform technology, verify laser inter-satellite link technology for microsatellites constellation, survey of global electromagnetic interference of the communication bands, test special microsatellite specific communication technologies, verify precision of on-board miniaturized high-precision GNSS, and high precision orbit determination technology.

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From CASC,
10月9日10时43分,我国在酒泉卫星发射中心用长征二号丙运载火箭(及远征一号S上面级)成功发射遥感三十二号01组卫星,本次发射是远征一号S上面级的首次发射。
At 10:43 on October 9, China successfully launched the Yaogan-32 Group 01 satellites with the Long March 2C carrier rocket (and the YZ-1S upper stage) at the Jiuquan Satellite Launch Center. This launch is the first launch of the YZ-1S upper stage.

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0077Nzxhly1fw1t3wibrjj33vc2kw4qv.jpg


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China launches new remote sensing satellites
Source: Xinhua| 2018-10-09 12:10:15|Editor: ZX


JIUQUAN, Oct. 9 (Xinhua) -- Two remote sensing satellites were successfully sent into space Tuesday from the Jiuquan Satellite Launch Center in northwest China.

The satellites, both belonging to the Yaogan-32 family, were launched by a Long March-2C rocket with an upper stage on its top, at 10:43 a.m. Beijing time.
 
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China launches new remote sensing satellites

Source: Xinhua| 2018-10-09 12:31:22|Editor: ZX


JIUQUAN, Oct. 9 (Xinhua) -- Two remote sensing satellites were successfully sent into space Tuesday from the Jiuquan Satellite Launch Center in northwest China.

The satellites, both belonging to the Yaogan-32 family, were launched by a Long March-2C rocket with an upper stage on its top, at 10:43 a.m. Beijing time.

The satellites have entered the planned orbits, and will be used for electromagnetic environment surveys and other related technology tests.

This was the first flight of the upper stage named Yuanzheng-1S, or Expedition-1S. It cooperated well with the Long March-2C rocket and much improved the carrying capacity of the rocket, according to the China Academy of Launch Vehicle Technology.

Tuesday's launch was the 286th mission of the Long March rocket series.

http://www.xinhuanet.com/english/2018-10/09/c_137520023.htm
 
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