On March 22, 2026, China successfully deployed the second group of Weili Space satellites into their designated orbits, utilizing a Jielong-3 carrier rocket launched from a mobile platform near Haiyang, Shandong. This mission marks a significant milestone for the Jielong-3, also known as the Smart Dragon-3, recording its tenth successful flight. The operation underscores Beijing’s deepening commitment to diversifying its launch capabilities through maritime infrastructure.
The Jielong-3 is a four-stage solid-fuel rocket developed by the China Academy of Launch Vehicle Technology (CALT). Positioned as a workhorse for the nation’s burgeoning commercial space sector, the vehicle is designed to provide cost-effective and rapid deployment for small-to-medium satellite constellations. Its ability to launch from the sea offers a strategic alternative to traditional land-based sites, which are often constrained by narrow launch windows and the risk of debris falling on populated inland areas.
The payload, the Weili Space 02 satellite group, represents a critical component of China’s Low Earth Orbit (LEO) navigation augmentation system. These satellites are engineered to enhance the precision of existing Global Navigation Satellite Systems (GNSS), such as Beidou. By providing centimeter-level positioning accuracy and faster signal acquisition, this constellation is essential for the next generation of autonomous vehicles, precision drones, and smart city infrastructure.
This launch highlights the rapid maturity of China’s 'commercial space' (shangye hangtian) ecosystem. By shifting from strictly state-governed missions to more flexible, commercially-oriented models, China is positioning itself to compete more directly with Western private aerospace giants. The success of the Smart Dragon series suggests that China has solved the technical hurdles of maintaining launch stability on the open sea, a feat that provides immense flexibility in choosing orbital inclinations.