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18 Products

GORE PTFE Hook-up Wire

GORE® Hook-up Wire for Defense Aircraft

Engineered with specialized insulation materials, Gore’s wires deliver reliable electrical and mechanical performance in demanding aerospace environments, including extreme temperatures and rigorous installation. Whether your function is power or signal, our hook-up wires provide added durability in a small, lightweight and flexible package while meeting stringent military specifications.

Microwave Sealed Airframe Assemblies, 7 Series

GORE® Microwave/RF Assemblies, 7 Series for Defense Aircraft

Gore’s durable assemblies are designed particularly to keep out water, vapor, fuel and other hazardous contaminants that can severely compromise critical mission systems. With a smaller, more flexible construction, our assemblies are proven to provide exceptional mechanical protection and electrical performance unmatched by standard rigid assemblies. 

Image GORE-FLIGHT Microwave Assemblies cables

GORE-FLIGHT® Microwave Assemblies for Defense Aircraft

Lightweight, flexible airframe assemblies from Gore are a fit-and-forget solution proven to deliver the lowest insertion loss after installation, during use, and over time. Our rugged assemblies improve all aspects of protection and performance in demanding conditions ensuring mission-critical success, less downtime, and total cost of ownership.

Microwave/RF Assemblies for Defense Aircraft

GORE® Microwave/RF Assemblies for Defense Aircraft

Gore offers interconnects operating up to extremely high frequencies (EHF) that are proven to deliver exceptional electrical performance long after installation. With high flexibility in a compact and durable design, they can easily survive complex routing without breaking or failing for less aircraft downtime and total costs to the military. 

Fiber Optic Cables for Defense Aircraft

GORE® Fiber Optic Cables for Defense Aircraft

We’ve packaged standard optical fibers in rugged constructions that improve all aspects of performance to meet data-intensive mission requirements. With an exceptional balance of properties, we offer Simplex and ribbon versions that improve reliability and extend product life without sacrificing size or weight. 

Quad Cables for Defense Aircraft

GORE® Quad Cables (Specialty Versions) for Defense Aircraft

We combine deep knowledge of signal integrity with low-dielectric materials to offer an innovative cable geometry that optimizes performance in aircraft. Our specialty quadrax versions with tighter skew requirements and controlled impedance are completely aligned with today’s high-speed serial data and video protocols. 

GORE USB Cables for Defense Aircraft

GORE® USB Cables for Defense Aircraft

Our sturdy cable bundles deliver non-stop signal transmission for instant data uploads/downloads while supporting the latest power management systems. They continue to meet the defense sector’s requirements for higher data rate cables in sophisticated avionics that can survive extreme environments.

GORE™ Aerospace CAN Bus Cables for Defense Aircraft

GORE® CAN Bus Cables for Defense Aircraft

With faster data rate requirements dominating the industry, our controlled-impedance cables are ideally suited for next-gen aircraft. They ensure electrical and mechanical integrity in a compact, flexible footprint, giving aircrews the confidence that they’ll receive vital, real-time information without failure during critical missions.

GORE DVI Cables for Defense Aircraft

GORE DVI Cables (Digital Only) for Defense Aircraft

Single-link cables from Gore are built purposely for the digital component of airborne DVI systems and fit effortlessly into standard hardness designs. Our cables stream high-speed data and video, support high-resolution aircraft displays, meet stringent requirements, and perform reliably in grueling aircraft conditions. 

GORE® HDMI Cables for Defense Aircraft

GORE® HDMI Cables for Defense Aircraft

Our cable bundles in two versions enable a higher resolution for increased clarity when viewing data and video on aircraft displays during critical missions. They meet the industry’s demand for higher data rates on airborne digital networks and systems in a small, low-weight construction.