Electronic Vertical Take-off and Landing (eVTOL) aircraft are transforming commuter transport and aviation - Amphenol Air LB is joining us on this journey.

Based on our many years of experience in the aviation market, we develop, manufacture and market a wide range of new, innovative products and customized solutions for these unique eVTOL technologies.

Our connectors and accessories are used in a wide variety of areas, including avionics systems, lighting, entertainment systems, batteries and charging stations.

Special requirements such as sizes and strict weight limits require space-saving and lightweight connections that can be blindly plugged or installed even in inaccessible areas, such as rack & panel solutions or direct mounting on the structure or in the seat.

They are constantly being developed to meet new challenges, such as ever-increasing data volumes and flows for electric motors, and can be tailored to customer-specific requirements.

The wings house a vast amount of technology: fiber optic cables, power distribution, flight control— everything is located side by side. Lightweight products from Amphenol Air LB withstand the most extreme conditions and ensure reliable and secure connections in critical avionics systems in the tightest spaces.

Amphenol Air LB products are used in communication, navigation and flight control systems, weather radar, and even to power entire interior lighting systems.

Critical avionics systems require fast and compact solutions, such as electrical or fiber optic broadband data transmission in robust miniature housings.

The aircraft fuselage houses a large number of connectors, wiring harness solutions, and distribution systems. Easy installation in confined spaces, low weight, and vibration-resistant mounting and routing are the challenges for which Amphenol Air LB offers solutions.

Amphenol-Air LB products for passenger compartments are small and lightweight, because the passenger compartments of an EVTOL are small, but still equipped with Wi-Fi, entertainment and communication technology, reading lights or wireless charging devices for smartphones, for example.

In the power sector, the challenges are significant, in addition to minimal weight and space and extreme environmental conditions. eVTOL engines with high starting peaks, batteries and their chargers that are plugged and unplugged countless times, and power distribution systems that must adapt to the structure are just a few of them.