Cable Protection Systems for Civil Aircraft

GORE™ Cable Protection Systems for Civil Aircraft

With a high level of crush and abrasion resistance, Gore’s cable systems durably protect copper wires and fiber optics, so they don't get damaged in extreme aircraft environments. Our cable systems also have a compact design that makes routing fast and easy for less maintenance and overall costs.

High Abrasion Jacket System for Civil Aircraft

GORE™ High Abrasion Jacket System for Civil Aircraft

Rugged, lightweight jacket system from Gore is proven to meet more stringent durability requirements without protective sleeving for cables installed in cockpit/cabin seats. Designed with an extremely abrasion-resistant material, this revolutionary jacket provides versatile, lifelong mechanical protection in tough aircraft environments.

Microwave/RF Assemblies, 7 Series for Civil Aircraft

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

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

Fibre Channel Cables for Civil Aircraft

GORE® Aerospace Fibre Channel Cables for Civil Aircraft

High-speed interconnects from Gore enhance noise immunity and EMI suppression in a small, lightweight and flexible design. Proven on many civil airborne platforms, our robust cables maintain consistent signal integrity for high-speed data transmission in the harshest aerospace environments.

Microwave/RF Assemblies for Civil Aircraft

GORE® Microwave/RF Assemblies for Civil Aircraft

High-frequency Gore assemblies ensure optimal electrical and mechanical performance for the duration of the aircraft. We manufacture durable assemblies in compact, flexible designs with robust connector options that are ideally suited for conduit installation or areas that require little to no maintenance activity.

CAN Bus Cables for Military Aircraft

GORE™ Aerospace CAN Bus Cables for Military Aircraft

Gore's controlled-impedance cables meet the defense sector's continuing need for higher data rate aircraft cables in a compact, lightweight and flexible footprint. Our durable cables ensure electrical and mechanical integrity in the most rigorous aerospace conditions giving flight crews a decisive edge and the confidence that avionics transmitting vital data won't fail during critical missions.

GORE Hook-up Wire

GORE® Hook-up Wire for Military 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 / RF Assemblies, 7 Series

GORE® Microwave / RF Assemblies, 7 Series for Military 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.

Fiber Optic Cables

Fiber Optic Cables for Military Aircraft

Gore has packaged standard fiber optic cables in a unique construction that improves all aspects of performance to meet ever-increasing data needs. With an exceptional balance of properties, our cables deliver improved reliability and extended service life without sacrificing size or weight.

Event

Gore at 2019 New Space Show

October 17, 2019 - October 18, 2019

Learn more about GORE® Space Cables and Assemblies engineered for the future of the space industry. Also, listen to our expert speak at the show on Thursday, October 17 at 11:00 am CEST.

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