Novel space composite materials outperform conventional materials in aerospace, low-earth orbital, and space exploration applications. Because advanced space composites can offer an excellent strength-to-weight ratio at lower weights than other metals and alloys, they facilitate faster, more complex, and further-reaching constructions than in past generations of space travel. At Aerodine Composites, we specialize in fabricating cutting-edge materials with more advanced thermal insulation and strength levels through in-house hand layup with autoclave or press molding and ablation services. Reach out today to learn more about our capabilities or to get a quote for your next project.
The engineering and development teams at Aerodine Composites provide fabrication services for a wide range of aerospace projects, including the following:
Communication satellites play a pivotal role in global connectivity and access to Internet-based communications. Along with providing advanced capabilities to governmental and commercial organizations, they can provide more stable communications in remote and war-affected regions. Our advanced composites can be used to manufacture satellite cores that are long-lasting, have a lighter weight that makes them easier to transport, and provide more structural integrity to the bodies of satellites.
We develop composites that are uniquely suited to shield electronics from the hazards of space, including radiation, physical damage, and noise. Aerospace companies can use our electronic boxes to house sensitive electronics and assemblies.
Technological assemblies in space and low-earth orbit must be built to handle a large range of temperature extremes. Our advanced ceramic space composites are structured to provide long-lasting protection from extreme heat during entry and exit from orbit, as well as heat in space.
Human space travel is becoming more and more feasible due to advanced material sciences and ongoing technological developments. Our advanced composites can be used to construct human-safe environments and capsules for short-term and long-term missions.
Traditional spacesuits are heavy and bulky, making them both less practical and potentially dangerous for wearers. By using advanced space composites that are lighter, more compact, and durable, developers can design spacesuit accessories that are more comfortable and pragmatic.
Launch vehicles require extremely durable materials that guarantee a zero-failure rate and complete safety for occupants. Our aerospace-grade composites substantially improve the safety and possibility of launch vehicles.
Aerodine Composites is continually developing material solutions built for the harsh vacuum and extreme temperatures of space. Our advanced composites are used in satellites, launch crafts, prototype capsules, and more.
We develop custom composite materials, including:
We offer a wide range of manufacturing and production services for projects involving these and other materials. Our prototype manufacturing, low-volume order manufacturing, and high-volume manufacturing options include:
Material science is continually progressing to develop safer and more cost-effective solutions for aircraft and aerospace project development. At Aerodine Composites, we’re committed to being part of that advancement. Composite material design involves combining two or more distinct materials to create a new material with beneficial characteristics that outperform the original materials in terms of strength-to-weight, corrosion resistance, thermal resistance, and more.
Some continually developing areas of material innovation for space include:
Aerodine Composites is a leading provider of space-grade materials and components. Our organization strives to continually innovate in the fields of communications and space exploration.
Our materials and manufactured products are produced to high standards that meet or exceed industry regulations for safety, durability, and design tolerances.
We partner with private space companies and public space agencies to develop, manufacture, and assemble complex spacecraft and satellite configurations.
Our organization has been creating innovative composite products for 35 years. Since we began in 1989, we have maintained our commitment to safety, integrity, and project success. Our company meets AS9100D standards and is ISO 9001:2015 certified. We also hold an FAA Part 145 Repair Station license.
The future of space exploration and global communications is founded on the development of high-performance materials that can handle launching, the extreme environments of space, and the zero-failure standards of human space travel. Aerodine Composites is committed to helping every organization elevate their space missions through access to superior space composites and high-precision manufacturing services. Contact us today and fill out our simple online form to get a quote for your next project. Our team will respond quickly with a personalized quote and the first steps.
Aerodine Composites is a leading provider of manufacturing services and composite tooling based in Indianapolis, Indiana. We specialize in using advanced composite materials to manufacture high-quality products for extreme applications in the following industries:
Reach out today to learn more about our aerospace manufacturing capabilities. Our customer service team is standing by to discuss ongoing developments in the field of material science and how we can provide high-quality manufacturing services that incorporate the latest technologies and meet your manufacturing needs.
