With 2025 set to be a pivotal year in the space industry, several key trends are starting to emerge. From recent technological breakthroughs to growing sustainability, reusability and standardisation commitments, the stage is set for space exploration to go even further than before, bringing with it new exploits, milestones and achievements.
In this first blog of 2025, we explore how these trends are redefining how we explore the cosmos, and how AMS Composite Cylinders is helping drive those trends and innovations.
Reusability Becomes the Norm
If 2024 proved anything, it’s that reusability is no longer a futuristic concept – it’s very much a core part of the here-and-now in the space industry.
That’s backed up by evidence from the recent UK Space Expo survey that found that 60% ranked sustainability as their most important area for global collaboration.
And of course, you only need to look back to last year’s SpaceX launch and its highly publicised rocket recoveries to see the excitement that reusable rockets can whip up. Not only was it an incredible feat of precision engineering, but the act of catching – and reusing the rocket – significantly lowered SpaceX’s costs, reduced waste, and increased mission frequency. The growing shift toward reusability marks a departure from the traditional single-use model that once dominated space missions.
In 2025, reusability is set to expand beyond rockets and spacecraft to include smaller but vital components. AMS Composite Cylinders’ Type 3 Non-Limited Life (NLL) tanks, for example, are engineered to last indefinitely, provided they undergo rigorous testing every five years. These tanks hold the potential to support multiple launch missions without replacement, aligning with the industry’s push for more sustainable and cost-effective solutions.
As reusability continues to gain traction, expect to see more partnerships between private space companies and manufacturers focused on developing reusable components that can withstand the harsh demands of multiple launches and space environments.
Standardisation Accelerates Collaboration
Another trend gaining momentum in 2025 is the push for standardisation across the space industry. The space industry is set to be busier than ever, with 20 entities ranging from national agencies to private startups all set to launch their maiden space mission this year. Setting a unified set of standards will be increasingly important as more and more space missions are launched.
Standardised components not only reduce manufacturing costs but also simplify integration across projects and enable greater collaboration between organisations worldwide. AMS Composite Cylinders is a large part of this trend as we offer a wide range of standardised tanks ranging from 1L and upwards. These versatile tanks can be adapted for various applications, including satellites, launch vehicles, and pressure systems.
The move toward standardisation also enhances interoperability across borders, making it easier for governments and private entities to pool resources and expertise for ambitious missions, such as lunar bases and interplanetary exploration.
Advanced Materials for Extreme Environments
The challenges of space exploration demand materials that are lightweight, durable, and capable of withstanding extreme conditions. In 2025, advancements in composite materials are expected to play a pivotal role in improving the performance and reliability of space components.
Our lightweight, NLL cylinders are manufactured to withstand high pressures and extreme environmental factors such as radiation and temperature fluctuations, these tanks are tailor-made for long-term missions.
The continued development of advanced materials will not only reduce payload weights but also extend the operational lifespan of components, further contributing to the sustainability of space exploration.
Predictions for the Future
Looking ahead, several key developments are likely to define the future of space exploration:
- Increased Frequency of Reusable Missions: Expect to see more launches featuring reusable components, driven by both cost efficiency and sustainability goals.
- Global Collaboration Through Standardisation: As more countries and private entities enter the space race, the demand for standardised components will grow, fostering greater international cooperation.
- Expanded Use of Composite Materials: Advancements in materials science will unlock new possibilities for lightweight and durable components, improving mission efficiency.
- Commercial Space Stations: With the ISS nearing retirement, private companies will take the lead in developing orbital platforms, creating new opportunities for partnerships and innovation.
AMS Composite Cylinders: Supporting the Future of Space
As the space industry embraces these transformative trends, AMS Composite Cylinders remains committed to innovation and sustainability. Our durable, lightweight, and reusable NLL cylinders are designed to meet the evolving demands of space exploration, from launch vehicles to satellite systems, and already boast flight heritage in the skies above our heads.
With a proven track record of reliability and a focus on meeting global standards, AMS is proud to support missions that push the boundaries of what’s possible. As 2025 unfolds, we look forward to playing a vital role in shaping the future of space exploration, including launching our own dedicated AMS Composites Space Business Unit – watch this space!
About AMS Composite Cylinders
At AMS Composite Cylinders, we specialise in supplying high-quality gas and oxygen cylinders to a wide variety of industries around the world. Type 1, Type 2, and Type 3 cylinders are available in standard and custom sizes for a full range of healthcare and homecare applications.
Supplying clients across the UK, Europe, the Middle East and Latin America, we produce cylinders to a wide range of recognised global standards, holding accreditations in major markets worldwide.
AMS Composite Cylinders Manufacturers to ISO and EN Standards (including ISO-11119-2, ISO 11119-1, EN 12245, EN 12257, ISO 7666, and ISO 11118) and the requirements of UN PED/TPED, DOT (USA) and TC (Canada). Cylinders and be supplied with Pi marking, CE marking and Rho ρ marking for the UK.
Please contact us today for additional information about AMS Composite Cylinders or to order.