FOTON AUMAN Empowers the Building of an Aerospace Power, Transport Capacity Guarantees the Launch of the World's Largest Solid Rocket

　　On September 16, 2026, Gravity-1 (Y3), the world's largest solid launch vehicle independently developed by Orienspace, ignited and lifted off in the East China Sea off China, successfully sending a multi-satellite payload into its intended orbit. This launch mission was the world's first sea-based mobile launch for a low-Earth-orbit broadband internet constellation networking mission, setting a new height for China's aerospace engineering in achieving high-frequency batch launch technology. It also means that AUMAN Galaxy 7, as the ground transportation support for this rocket body transfer, has received the ultimate verification of aerospace-grade reliable quality, indicating that AUMAN heavy-duty trucks have become an important support force for the efficient advancement of aerospace engineering.

Strengthen the mission of safeguarding aerospace engineering and jointly open a new phase of routine launches.

　　Efficient advancement of rocket launch missions cannot be achieved without collaborative support from the entire industrial chain, and ground transportation is a key link connecting the manufacturing end with the launch site. In the early stage of this Gravity-1 (Y3) launch vehicle mission, Orienspace, based on the transfer difficulty of the world's largest solid rocket, selected the AUMAN Galaxy 7 as the main ground transfer equipment. This deployment reflects Orienspace's high trust in FOTON AUMAN's years of deep cultivation in national aerospace engineering transport capacity support and its recognition of the product's hard power.

AUMAN Galaxy 7 Transports the Rocket Body of the World's Largest Solid Rocket

　　Mission inheritance, living up to expectations. In the Gravity-1 (Y3) transfer mission, the AUMAN Galaxy 7 undertook the important transportation task of the Core Stage I and Core Stage II twin-stage rocket bodies and four boosters. The rocket's successful launch and orbital insertion not only set a record for payload weight and orbital altitude in a single sea launch in China, but also effectively improved the comprehensive efficiency of China's commercial aerospace manufacturing and launches through land-sea coordination. The successful completion of the launch mission also provided final verification of zero-error delivery in the land-based rocket body transfer link: the AUMAN Galaxy 7 firmly guaranteed the overall pace of the launch mission, fully proving the robust capability of AUMAN Galaxy series heavy-duty trucks to adapt to high-value, high-precision transportation scenarios, and providing a reusable paradigm solution for ground transportation in subsequent more-batch, higher-frequency rocket launches, working with Orienspace to open a new development landscape for the routine implementation of aerospace engineering.

Aerospace-Grade Quality Achieves a Successful Leap, Empowering All-Scenario High-End Precision Transportation.

　　The successful launch of the Gravity-1 (Y3) launch vehicle is not only a breakthrough in aerospace engineering technology, but also an authoritative certification of the all-scenario high-precision transportation capability of domestic high-end heavy-duty trucks. Unlike the transportation of rocket components, this rocket's large-size, high-precision body places stricter requirements on the stability, safety, and reliability of transportation equipment. During the transfer mission, the AUMAN Galaxy 7 demonstrated a higher level of aerospace-grade quality, achieving a breakthrough in all-scenario high-precision transportation support from aerospace engineering components to rocket bodies, and across long and short distances.

AUMAN Galaxy 7 in Earlier Transfer of Orienspace Gravity-1 Launch Vehicle

　　With deep technical accumulation in power smoothness, chassis stability, and vehicle reliability, the AUMAN Galaxy 7 achieved linear output under low-speed conditions during the mission, ensuring heavy-load starts and travel without jerk. Its high-strength chassis and damping system precisely filtered road bumps, keeping vibration within the allowable threshold for precision components and ensuring a smooth arrival throughout. At the same time, its mature vehicle quality system supported multiple batches of high-intensity continuous operations, completing the transfer mission with zero failures throughout, helping accelerate and improve the efficiency of China's aerospace engineering construction.

　　The successful completion of the world's largest solid rocket launch mission is not only the ultimate real-world test of the AUMAN Galaxy 7's highly reliable product strength, but also sends a strong signal: with more than 20 years of aerospace transportation experience as its foundation, FOTON AUMAN has built ground support capabilities covering the entire aerospace transportation chain. As the aerospace industry enters a new normal of high-density launches, FOTON AUMAN will continue to refine high-end transport capacity products, deepen collaborative interaction with the aerospace industry, and, with the power of high-end manufacturing, jointly build a new frontier for China's aerospace development.