Manufacturing At Scale
Aerodine is well known for the pristine autoclave-made carbon fiber parts we produce every day. In addition, we provide a full range of composite-related services, including core manufacturing, fixture assembly, composite assembly, structural bonding, and cut-and-kit services.
We are well versed in a wide range of molding processes, including out-of-autoclave processing, press-cured composites, and multiple methods of compression molding. Aerodine has the ability to work with customer-specified materials or support projects using materials from our own stock.
For a single prototype or a thousand parts, we have the solution. From early development builds to high-rate composite manufacturing, Aerodine supports customers with the composite manufacturing process control, production workflows, and production readiness needed to move programs forward.
Aerodine supports composite manufacturing for prototype, low-volume, and repeat production programs. Our manufacturing approach is built around repeatability, process control, and the ability to scale as customer programs move from development to production.
For aerospace, UAV, manned aircraft, defense, motorsport, medical, and industrial applications, production readiness depends on more than simply building a part. It requires controlled workflows, trained teams, documented processes, inspection points, and the ability to maintain consistency across every build.
Prototype, low-volume, and repeat production support
Production scaling for composite programs
Aerospace composite production capacity and workflow control
Aerodine supports precision foam and honeycomb core manufacturing for composite parts that require strength, stiffness, and weight savings. Core materials are often used in sandwich panel construction and other lightweight composite structures where performance and consistency are critical. Our team helps support accurate core preparation, fit, and integration so that each part is manufactured with the right balance of strength, weight, and durability. This is especially important for UAV composite structures, aerospace fairings, aircraft panels, and other lightweight composite assemblies.
Aerodine produces high-quality autoclave-made carbon fiber components and also supports out-of-autoclave composite manufacturing. This flexibility allows us to match the manufacturing process to the part requirements, material system, production goals, and customer specifications. Autoclave curing can support excellent consolidation, surface quality, and performance for structural components. Out-of-autoclave composites may be used when a project requires a different balance of cost, size, speed, or production flexibility.
Aerodine is experienced in multiple methods of compression molding, including press molding and bladder molding. These processes can be useful for parts with complex geometry, internal features, tight tolerances, or repeatable production requirements. Press-cured composites and bladder molding can support efficient production of complex composite structures where controlled pressure, tooling precision, and repeatability are important. By selecting the right molding approach, Aerodine helps customers manufacture composite components that meet both performance and production needs.
Aerodine supports composite assembly and structural bonding for programs that require more than individual part manufacturing. Many aerospace, UAV, manned aircraft, defense, and industrial composite structures require bonded assemblies, integrated components, fixtures, inserts, or secondary operations. By connecting manufacturing, assembly, bonding, and inspection within a controlled workflow, Aerodine helps customers improve consistency and reduce risk as programs move toward production.
Composite machining is an important part of producing finished, production-ready components. Aerodine supports composite machining to help parts meet final dimensional, trim, fit, and assembly requirements. Accurate machining helps ensure that composite parts are ready for inspection, integration, assembly, or delivery to the customer. This may include CNC trim, drill, finishing, and preparation for downstream assembly or controlled shipment release.
Aerodine provides cut-and-kit services to help streamline composite manufacturing and improve production efficiency. Properly prepared material kits support consistent layup, reduce waste, and help improve repeatability across prototype and production programs. Cut-and-kit services can support both internal manufacturing and customer-specified build requirements. For repeat programs, this helps improve composite manufacturing process control and supports more consistent aerospace composite production workflows.
Aerodine works with a range of advanced composite material systems, including CMC, BMI, phenolics, and cyanate ester materials. These systems are often selected for demanding applications that require specific thermal, structural, environmental, or performance characteristics. Our team can work with materials specified by customers or help support projects using available stock materials when appropriate.
Aerodine supports customers as composite programs move from prototype builds into production scaling. This may include evaluating production workflows, tooling capacity, labor requirements, process documentation, inspection points, and repeatability needs. For aerospace, UAV, defense, and manned aircraft composite structures, this production readiness focus helps reduce risk as programs move from development into low-rate initial production and larger production volumes.
At Aerodine Composites, we understand that great parts begin with great manufacturing. Whether you are pushing the limits of speed, flight, endurance, or aerospace production, your manufacturing partner should be as reliable and forward-thinking as your engineering team.
Let’s build tools that push boundaries together.
Aerodine supports autoclave and out-of-autoclave manufacturing, press molding, bladder molding, core manufacturing, composite machining, fixture assembly, structural bonding, composite assembly, and cut-and-kit services.
Yes. Aerodine can support a single prototype, development builds, low-volume production, repeat production, and larger production runs depending on the project requirements.
Yes. Aerodine supports customers as programs move from prototype builds toward repeat production and production scaling. This includes process control, documentation, inspection points, and workflow planning.
Aerodine can work with customer-specified materials and may also support projects using materials from its own stock. Material systems may include carbon fiber, foam and honeycomb core, CMC, BMI, phenolics, cyanate ester, and other advanced composite materials.
Autoclave composite manufacturing uses controlled heat and pressure to cure composite parts. This process is often used for high-performance carbon fiber components that require excellent consolidation, surface quality, and structural performance.
Out-of-autoclave manufacturing uses composite processes that do not require an autoclave. This can be useful for certain part sizes, material systems, production goals, or cost requirements.
Press-cured composites are composite parts manufactured using pressure and heat in a press or compression molding process. This approach can support controlled production, repeatability, and complex part geometries.
Cut-and-kit services involve cutting composite materials and organizing them into ready-to-use kits for layup or production. This helps improve consistency, reduce waste, and support efficient manufacturing.
Yes. Aerodine supports composite assembly, fixture assembly, and structural bonding for composite components and integrated structures.
Yes. Aerodine supports composite machining for trimming, finishing, dimensional accuracy, drilling, and preparation for assembly or final use.
Yes, Aerodine is NDAA compliant in our composites manufacturing, including our custom UAV/drone propellers.