Chinese company cooperates with Oman to launch Oman's first artificial intelligence satellite"Oman Daily" reported on May 17 that on the same day, China Dissat Space Technology Co., Ltd. and Sultan Qaboos University signed a cooperation agreement to send the first Oman artificial intelligence satellite into space.According to the agreement, the artificial intelligence algorithm satellite will be launched by the end of June this year. Algorithms will work to identify shipping vessels in Omani waters to protect the Omani marine environment. The partnership agreement will provide students of the Department of Electrical and Computer Engineering at Sultan Qaboos University with hands-on experience in developing artificial intelligence algorithms that will be carried on board artificial intelligence satellites, enhanced by satellite remote sensing technology. The agreement is a milestone in the cooperation between Sultan Qaboos University and China in research and development, and the two parties will work together on the localization of advanced technologies in Oman.
A long journey, only struggle | Warm congratulations on the third anniversary of the establishment of Xiguang Aerospace!I wish I could have three thousand feet of cloud sail and stand on the tide and continue my long journey. As the only commercial aerospace company in China that fully independently develops hyperspectral satellite constellations, Sino-Science Xiguang Aerospace is now giving full play to its hyperspectral technology advantages, with the most stringent work standards, the most efficient work efficiency and the most rigorous work style. , rapidly promote the design, R&D and manufacturing of a series of subsequent hyperspectral remote sensing satellites, and will launch the XIGUANG-004 satellite (methane monitoring satellite) and XIGUANG-005 satellite (precision agriculture satellite) independently developed by the company in 2024 ), XIGUANG-006 satellite (mineral monitoring satellite), XIGUANG-007 (high-resolution precision agriculture satellite) and other hyperspectral remote sensing satellites with the strongest indicators of the same level in China, continue to break through the performance of hyperspectral remote sensing satellites in various new fields Innovate applications to achieve a comprehensive breakthrough in the indicators of my country's hyperspectral remote sensing satellites and create a demonstration benchmark for the application of my country's hyperspectral remote sensing satellites. Through the all-round construction of the Xiguang-1 series of remote sensing constellations, we will strive to create a model with stronger functionality, higher cost performance and wider coverage. A wide range of hyperspectral remote sensing satellite data products, contributing to the innovation and upgrading of my country's commercial aerospace industry.
Xi'an achieves my country's zero breakthrough in remote sensing satellite data sharingIn 2024, the company will launch the independently developed XIGUANG-004 satellite (methane monitoring satellite), XIGUANG-005 satellite (precision agriculture satellite), XIGUANG-006 satellite (mineral monitoring satellite), and XIGUANG-007 (high-resolution precision agriculture satellite) and other hyperspectral remote sensing satellites with the strongest indicators of the same magnitude in China, continue to break through the innovative applications of hyperspectral remote sensing satellites in various emerging fields, achieve comprehensive breakthroughs in the indicators of my country's hyperspectral remote sensing satellites, and create a demonstration of the application of my country's hyperspectral remote sensing satellites. Benchmark, through the comprehensive establishment of the Xiguang-1 series of remote sensing constellations, we will strive to create hyperspectral remote sensing satellite data products with stronger functionality, higher cost performance, and wider coverage, and contribute to the innovation and upgrading of my country's commercial aerospace industry.
Xi'an Zhongke Xiguang Aerospace Technology Co., Ltd. plans to launch China's first F-P system point source methane monitoring satellite at the end of September 2024Xi'an Zhongke Xiguang Aerospace Technology Co., Ltd., as the only commercial aerospace enterprise with a full industrial chain layout in the northwest region, has been committed to promoting the innovation and application of aerospace technology since its establishment. Relying on the rich resources of Xi'an as a national city of science and education, the company has gathered many top talents and scientific research institutions in the aerospace field, forming a strong R&D strength and innovation ability. In the field of dual-carbon monitoring, Zhongke Xiguang is at the forefront of the industry and has successfully developed the first domestic F-P system point source methane monitoring satellite, filling the gap in domestic commercial dual-carbon monitoring satellites.Xi'an Zhongke Xiguang Aerospace Technology Co., Ltd. plans to launch the first domestic F-P system point source methane monitoring satellite at the end of September 2024. It carries multi-spectral, methane payload, and chlorophyll payload, and provides data support in point source methane emission monitoring, carbon sink monitoring, etc. The satellite parameters are as follows:
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The "Jilin-1" platform 02A03 satellite sets out todayOn October 9, 2024, Changguang Satellite Technology Co., Ltd. held a departure ceremony for the "Jilin-1" platform 02A03 satellite in the Jilin Aerospace Information Industrial Park. Company leaders and employee representatives attended the event to send off the satellite transport convoy.The "Jilin-1" platform 02A03 satellite is a low-cost, high-load, high-resolution shared remote sensing satellite funded and developed by Changguang Satellite Technology Co., Ltd. Its design concept is different from that of traditional satellite platforms. The satellite has independent business capabilities. It shares satellite platform resources with users through onboard services, shares satellite development costs, and improves satellite cost-effectiveness.The main payload of the "Jilin-1" platform 02A03 satellite is a light and small optical remote sensing camera, which can provide users with high-resolution remote sensing images with a resolution of 0.75m and a width of better than 17km; in addition, the satellite is also equipped with the Tianzhi supercomputing microsystem, reflective snapshot compression hyperspectral remote sensing payload and GRID-11B payload.Among them, the Tianzhi supercomputer microsystem developed by the Institute of Software of the Chinese Academy of Sciences is mainly used to verify the capabilities of satellite autonomous mission planning, on-board remote sensing intelligent processing, precise solution of star sensors, and on-orbit software updates; the reflective snapshot compression hyperspectral remote sensing payload developed by Beijing University of Posts and Telecommunications is mainly used to verify the advantages and application value of computational spectral imaging in remote sensing detection; the GRID-11B payload jointly developed by Tsinghua University and Star Measurement Future realizes 24-hour on-orbit observation of gamma-ray bursts through innovative design, thereby enhancing the scientific research output capacity of the "Tiange Project".The "Jilin-1" platform 02A03 satellite will be launched at the Jiuquan Satellite Launch Center in China in October.
The Jilin-1 Gaofen 05B satellite sets out todayOn October 19, 2024, Changguang Satellite Technology Co., Ltd. (hereinafter referred to as Changguang Satellite) held a departure ceremony for the "Jilin-1" high-resolution 05B satellite in the Jilin Aerospace Information Industrial Park. Company leaders and employee representatives attended the event and sent off the satellite transport team."Jilin-1" high-resolution 05B satellite is a high-resolution optical remote sensing satellite developed by Changguang Satellite. It is also the second technical verification satellite of Changguang Satellite's subsequent batch production satellites. It is mainly used to verify key technologies such as high-resolution newly developed payload imaging capabilities, high-speed satellite-to-ground laser data transmission business capabilities, and electric propulsion orbit maintenance capabilities. The satellite weighs no more than 185kg and can obtain high-resolution remote sensing images with a resolution better than 0.5m and a width better than 13.5km. It has the characteristics of high resolution, high-speed transmission, and high stability.The "Jilin-1" high-resolution 05B satellite is scheduled to be launched at the Jiuquan Satellite Launch Center in China in the near future. After the successful launch of the satellite, it can provide richer remote sensing data and product services for fields such as national security, geographic surveying and mapping, agricultural and forestry production, and smart cities.
Satellites 04, 05 and 06 of the "Xiguang No. 1" series set off todayOn October 28, 2024, China Science and Technology Xiguang Aerospace held a departure ceremony for the 04, 05 and 06 satellites of the "Xiguang No. 1" series. Company leaders and employee representatives participated in the event and witnessed this exciting moment together.The "Xiguang No. 1" series is a high-resolution optical remote sensing satellite developed by China Science and Technology Xiguang Aerospace. Among them, 04, 05 and 06 satellites are important members of the series, carrying the important mission of verifying new technologies and improving remote sensing capabilities. These three satellites not only represent the latest achievements of China Science and Technology Xiguang Aerospace in the field of satellite research and development, but also mark its new breakthroughs in the field of hyperspectral remote sensing.It is understood that "Xiguang No. 1" 04 satellite is the first high-resolution point source methane monitoring commercial satellite in China. It is equipped with a methane concentration camera, a chlorophyll fluorescence camera and a multispectral imaging camera. It has multiple functions such as methane emission changes, drift trends, carbon source determination and judgment, and regional carbon neutrality capacity assessment, reaching the domestic leading technical level in the field of point source methane satellite monitoring. The satellite is widely used in ecological environment monitoring, industrial emission detection, gas leak detection, gas mine exploration, carbon sink assessment and carbon trading."Xiguang No. 1" 05 is a high-resolution hyperspectral remote sensing satellite equipped with a hyperspectral camera and a panchromatic camera. It can be used in many fields such as agricultural monitoring, mineral exploration, environmental monitoring, forest management and urban planning."Xiguang No. 1" 06 is a light and small optical remote sensing satellite equipped with a hyperspectral camera that can obtain remote sensing images. The data is used in agricultural monitoring, forest management and vegetation monitoring.At the departure ceremony, Qin Jing, chairman and general manager of China Science and Technology Xiguang Aerospace, delivered a speech. She said that the successful development of the "Xiguang No. 1" series of satellites is the result of the joint efforts of all employees of the company and an important part of the development of the national aerospace industry. The three satellites on this expedition are scheduled to be launched at the Jiuquan Satellite Launch Center in China in the near future, starting their multi-year space journey.The departure ceremony of the 04th, 05th and 06th satellites of the "Xiguang No. 1" series is not only a simple farewell event, but also an important opportunity to demonstrate the vigorous development of hyperspectral remote sensing technology and the continuous innovation of satellite technology. China Science and Technology Xiguang Aerospace will continue to uphold the development concept of innovation, pragmatism and efficiency, continuously promote the research and development and application of hyperspectral remote sensing technology, and make greater contributions to the country's aerospace industry and economic and social development.
There are just a couple of days until the Y5 mission with 15 satellites onboard. It has been the busiest end-of-year since our first launch. Kinetica-1 will ramp up its launch cadence, and wherever you are from, you are welcome to hop on and fly with us anytime!
For some eye candies, the photos shows the Y5 launcher being transported from Guangzhou to Jiuquan, and arrives at our dedicated facility.
Final countdown! Y5 will be the first time that Kinetica-1 launches with a 3.35m fairing.Mission success will only be declared when a consensus is achieved regarding the early telemetry data. That means there may be a short media blackout after the launch. Stay tuned!
A non-launcher-related issue has caused a delay in the Y5 mission. We will update you once we have a new launch window./quote]
