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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.

Built-up static electricity can threaten space missions when vital interconnects are in danger of short-circuiting. Insulated with a semi-conductive film that effectively drains static electricity, GORE Space Cables, ASW (Anti-Static Wire) are flexible, lightweight additions to Gore’s family of space cables delivering 100% failure-free performance.

With a robust, lightweight construction and small diameter, GORE Space Cables, Type CSC provide space and weight savings along with great flexibility and a striped design that make the cables easy to install and maintain.

Unreliable signal integrity can pose a safety threat to critical space missions. Gore’s space cables, Type SPC for GEO applications provide the high signal quality, flexibility and durability needed for success in space

In critical space missions, signal integrity can never be in question. In GEO applications, GORE Space Cables, Type SPL deliver high signal quality, flexibility and durability to ensure the space mission is a success.

Gore’s heritage of more than 30 years of failure-free flight performance in over 100 spaceflight programs has proven that GORE Microwave/RF Assemblies maintain electrical and mechanical integrity in the harsh environment of space. Our lightweight assemblies are engineered to maintain electrical and mechanical integrity when exposed to shock, vibration, extreme temperatures and radiation.

Lightweight, flexible airframe assemblies from Gore improve all aspects of protection and performance ensuring mission-critical success after installation, during use and over time. We offer two rugged series that deliver proven performance in the most demanding aerospace conditions for less downtime and reduced total cost of ownership.