Group 1 - The core achievement of the flight test was the successful completion of the suborbital flight and the recovery of the return capsule, marking a significant milestone in China's commercial space sector [1] - The flight test validated precision landing control technology, achieving a landing accuracy of within 100 meters at an altitude of 100 kilometers, which is crucial for future space tourism and related activities [1] - The Li Hong-1 vehicle serves as a versatile suborbital scientific experiment platform, designed for low-cost launches and high flexibility, catering to microgravity scientific experiments and near-space in-situ exploration [3] Group 2 - The mission carried a microgravity laser additive manufacturing experiment payload and space radiation mutation experiments on rose seeds, showcasing the vehicle's capability to support diverse scientific research [7] - Future upgrades to the return capsule are planned, including extending its operational time in orbit to at least one year and enabling at least ten reuses, transforming it into an orbital-class space manufacturing vehicle [7] - The design team aims to enhance the capsule's size, control systems, landing deceleration systems, and reusability features, enabling capabilities for manned travel, long-term orbital presence, and precise re-entry and landing [9]
逐梦星辰大海再获突破 国内商业航天百公里亚轨道伞降回收试验完成“首秀”
Yang Shi Wang·2026-01-13 02:36