Aerospace

Shanyo’s precision tactile membrane switches for aerospace & aviation — built for extreme environments.

Application of Shanyo's Precision Tactile Membrane Switches in Aerospace

Shanyo has over 20 years of experience designing backlit human machine interfaces and backlit panels and signage for the aerospace industry. We specialize in providing cutting-edge tactile membrane switches for the aviation and aerospace industries. Our high-quality tactile membrane switches are designed to meet the demanding requirements of aerospace and aviation applications, ensuring optimal performance and reliability. Our aerospace products are designed to be lightweight, flame retardant and suitable for use at high altitudes.

airplane

Tactile membrane switches for aerospace applications

Our tactile membrane switches are designed to provide precise and sensitive feedback, ideal for critical aerospace systems. With extensive experience serving the aerospace industry, we understand the unique challenges faced by this industry and customize solutions accordingly.

aircraft control panel
aircraft control panel

One-Stop Solution for Aviation Industry

Shanyo offers a wide range of tactile membrane switches specifically designed for aviation applications. Whether it’s cockpit controls, cabin equipment, or other avionics systems, our tactile membrane switches provide an ideal solution for enhancing the functionality and durability of aircraft system user interfaces.

As the aerospace industry requires low-light environments, we use a backlit keyboard solution. This membrane keyboard combines visibility, tactile response, and aesthetics. It also meets military specification standards and provides infrared filtering for LED indicators, LED backlighting, and display filtering.

Control panel in military helicopter cockpit, copter dashboard with tactile membrane switches

Cockpit in a plane, with control panels that feature tactile membrane switches

IFE Systems, Passenger control units with 500,000-cycle reliability

LEAP Engine Monitoring, High-frequency FPCs for turbine health tracking

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