At 10:20 on 11 October 2025, the flames roared and the sky bore witness!

The "Gravity 1" Remote 2 Launch Vehicle lifted the mission to the sky, and at the starting point of its journey to the starry sea, Xinyuan Air Membrane silently guarded it with innovative science and technology - the overall flexible rocket shield, which once again became the "personal armour" of the rocket in the transfer and storage stage. The flexible rocket overall shield has once again become the "personal armour" of the rocket during the transfer and storage stages, accompanying it through the bumps of land transport and coastal salt spray, and fulfilling its commitment to China's aerospace quality with the promise of "zero damage".

From first flight to reuse, answering trust with technology

As a benchmark achievement of inflatable membrane structure in aerospace supporting field, it is not the first time that Xinyuan's air membrane rocket overall shield has escorted the "Gravity 1" family, and in January 2024, when it was launched remotely, it stunned the industry with its innovative gesture of "replacing the metal service plant". Industry: Compared with traditional solutions, it saves tens of millions of dollars, but in the complex environment of the Haiyang Spaceport, it can achieve multiple protection against thermal insulation, wave permeability, static electricity and salt spray, and even withstand a force 7 gale at sea.

In the Remote 2 mission, the shield was upgraded after two technological iterations: the remote control system of Xinyuan Air Membrane accurately maintains the constant temperature inside the shield, the high-strength membrane can withstand severe impacts, and it only takes up 1/10 of the space of conventional protective equipment after folding, so that the rocket can be transferred to achieve the goal of "travelling with a light load".

This "second choice" recognition is the best footnote to the strength of "speciality, expertise and innovation" of Beijing Xinyuan Yijia Membrane Structure Technology Co.

More than protection, it's an innovative key to aerospace cost reduction

In the era of commercial spaceflight, "high efficiency and low consumption" has become the core proposition. The flexible rocket shield jointly developed and tested by Xinyuan Air Membrane and Orient Space has precisely cracked the pain point of "heavy cost and low flexibility" of traditional protection:

No compromise on performance: it fits the complex configuration of the rocket and realises flexible wrapping without any dead angle; it isolates humidity, temperature difference and dust, creating a "mobile thermostatic fortress" for the body of the rocket; wireless signals can penetrate freely without affecting the testing of the body of the rocket.

Highly efficient operation and maintenance: rapid unfolding/collapsing, adapting to high-frequency transit needs, and competing for time for launching tasks.

Cost optimisation: large-scale production + lightweight design, cost reduction of more than 10 million yuan compared with metal structure, which has been highlighted by People's Daily Online and CCTV News.

Scenarios of full adaptability: from land storage to sea transit, adapting to the needs of different types of rockets, it has become the preferred solution for rocket storage and transport.

Flexible Technology, "Tailored and Protected" for China's Space Industry

Beijing Xinyuan Yijia Membrane Structure Technology Co., Ltd. is deeply committed to the field of air membrane, breaking through the limitations of traditional rigid structure and deeply integrating aerospace standards and material innovation. Escorting "Gravity 1" again is not only a reuse of technology, but also a continuation of responsibility - to make the flexible protection of air membrane become the "standard configuration" of the great power tools, and to help China's space industry to It helps China Aerospace realise a more efficient, safer and more flexible launching rhythm.

Xinyuan Air Membrane - Let every time we ask for the sky, we will start the journey with ease!