UAV Composite Structures Manufacturing

About Aerodine Composites

Aerodine Composites has set the standard for state-of-the-art composites in manufacturing, product design, and tooling for the motorsports, aerospace, defense, and medical industries. We specialize in the design and application of high-performance, lightweight composites structures, using carbon fiber, fiberglass, Kevlar, and ballistic laminates. The perfect combination of advanced composite laminates and specialized epoxy resins provides a lightweight solution without compromising strength or safety.

We are the premier supplier of structural assemblies, ancillary support components, structural repair schemes, parts, and research & development for the motorsports, aerospace, defense, and medical fields. We are an established FAA-approved repair station with a limited airframe rating specializing in the maintenance, repair, overhaul, and modification of both bonded and advanced composite components. We take pride in leveraging our extensive experience to offer our customers full engineering support as well as advanced, cost-effective structural solutions.

Our team works as a seamless extension of our customers’ internal engineering departments. Innovation is at the core of our business processes. As a customer-driven organization, we are dedicated to quality assurance, while providing a broad range of materials and processes that will give you the best product at the greatest value.

Industries Served

What Makes Aerodine Different

Research & Development

Advancing our ability to drive composites innovation to support the highest possible performance at the lowest possible cost.

Quality

Aerodine maintains an FAA Repair Station license in an effort to optimize our internal quality control with one of the toughest industry standards.

How We Work

Our product development process is a true competitive advantage; we blend creative and innovative thinking with knowledge from science and theory.

Tooling

We take great pride in developing tooling programs in-house from mold design through master machining, high-temperature prepreg tool manufacture, and inspection.

Recent Blogs

Scaling Up: The Structural Challenges of Group 5 UAV Propellers
Scaling Up: The Structural Challenges of Group 5 UAV Propellers

Commercial drone manufacturers have pretty much mastered small multi-rotor aircraft. Such aircraft are deployed regularly for surveying and cinematography. The quad and hexacopters deployed for lightweight commercial applications are ubiquitous…

Reducing Aircraft Fuel Burn with High-Temperature Ceramic Composites
Reducing Aircraft Fuel Burn with High-Temperature Ceramic Composites

Necessity is the mother of invention, right? Companies in the aerospace industry know this all too well, thanks to commercial and military demands pushing innovation along at breakneck speed. Today's…

Silent Flight: Composite Engineering for Low-Acoustic UAV Propellers
Silent Flight: Composite Engineering for Low-Acoustic UAV Propellers

As unmanned aerial vehicle (UAV) capabilities have evolved, so have the missions for which these vehicles are deployed. Performance expectations have increased accordingly. For instance, modern performance is no longer…

Client Reviews