On March 22 and March 25, 2026, China embarked on two significant launch missions which contributed to the augmentation of its Earth observation and navigation capabilities through the deployment of multiple satellites. These efforts are part of China's broader strategy to enhance its low Earth orbit infrastructures, which include the SuperView and CentiSpace constellations.
Overview of the Launches
The successful launches of satellites were carried out using a Long March 2D rocket and a Jielong-3 rocket, respectively. The addition of these satellites emphasizes China's ongoing development in the fields of earth observation through radar systems and Global Navigation Satellite Systems (GNSS).
The First Launch: Long March 2D
The first satellite launch occurred on March 25, at 6:51 PM Eastern Time. A Long March 2D rocket lifted off from the Taiyuan Satellite Launch Center in northern China. This mission was publicly confirmed successful by the China Aerospace Science and Technology Corporation (CASC) shortly after liftoff.
The payload consisted of two Synthetic Aperture Radar (SAR) satellites named SuperView Neo-2 series (Siwei Gaojing-2) satellites 05 and 06. These satellites are designed to deliver high-resolution radar imagery with sub-meter resolution, capable of operating in all weather conditions and at all times of day.
Capabilities of SuperView Satellites
- High Resolution: Capable of offering imagery with greater detail than one meter.
- Application Versatility: Useful in a variety of applications including digital elevation model production, radar orthophoto creation, and monitoring deformations using time-series radar interferometry.
- Operational History: The SuperView constellation began its operations with the launch of SuperView-1 satellites in December 2016, although some initial satellites were launched into sub-optimal orbits.
The Second Launch: Jielong-3
Just a few days prior, on March 22 at 11:49 AM Eastern Time, a Jielong-3 rocket was launched from a converted barge located in the Yellow Sea, near Haiyang in Shandong province. This marked the 10th launch of the Jielong-3 series, which has been characterized by its reliability and increasing operational scope.
The payload for this mission consisted of a fleet of ten CentiSpace satellites (Weili Kongjian group 02), designed primarily to enhance GNSS signals. These satellites will support the development of a more accurate positioning system, assisting various sectors including autonomous vehicles, precision agriculture, Geographic Information Systems (GIS), and emergency response operations.
Developments in the CentiSpace Constellation
The CentiSpace project illustrates the growing collaboration between private enterprises and state entities in China. Future Navigation, a commercial company, is the primary operator of this satellite constellation, which aims to integrate approximately 160-190 satellites in low Earth orbit.
“With the CentiSpace constellation, we aim to build a robust navigation system that offers strong positioning capabilities for various applications,” stated a spokesperson for Future Navigation.
China's Launch Record in 2026
| Launch Number | Date | Rocket Type | Payload | Status |
|---|---|---|---|---|
| 1 | March 22, 2026 | Jielong-3 | CentiSpace-2 (10 satellites) | Success |
| 2 | March 25, 2026 | Long March 2D | SuperView Neo-2 (2 satellites) | Success |
| 3 | TBD | TBD | TBD | Pend |
As of the date of these launches, China has made a total of 16 orbital launch attempts in 2026, continuing its momentum from 2025, when it achieved 92 launch attempts. Industry experts speculate that China aims to surpass the 100 launch mark in a calendar year for the first time.
Conclusion
China's recent satellite launches not only enhance its Earth observation and GNSS capabilities but also signify advancements in its domestic aerospace operations. With continued investment in this sector and the active participation of private organizations, China is positioning itself as a significant player in the global space economy.
