Advanced Air Mobility

HUBER+SUHNER delivers high-performance RF solutions through a comprehensive portfolio of coaxial cables, connectors, and assemblies engineered for analog and digital signal transmission. With decades of expertise in coaxial connector design and manufacturing, we offer both standard and custom solutions tailored to demanding applications. Our premium RF cables provide excellent electrical and mechanical properties, while our assemblies, which range from sealed harnesses to complex electromechanical systems, ensure reliable connectivity in avionic, industrial, and communication environments.  

We provide build-to-print and custom-designed fiber optic harnessing solutions compatible with all standard aerospace and defense interfaces. Our experienced solution engineering team supports applications with complex communication architectures, integrating both proprietary and third-party fiber optic components to deliver the optimal solution.

The Fiber Optic Distribution Unit is a high-performance, fully passive optical splitter designed for reliable signal distribution in fly-by-light systems. Featuring three ST input connectors and one output supporting 18 multimode fibers with ARINC 801 interfaces, it delivers low insertion loss and exceptional durability. This unit is RoHS and REACH compliant, ITAR-free, and fully qualified to RTCA DO-160 standards. Its laser-marked housing ensures traceability, and it can be readily customized to meet specific application requirements, making it ideal for aerospace and industrial optical signal distribution. 

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Die Stromverkabelungs- und -verteilungslösungen von HUBER+SUHNER bieten Hochspannungsperformance für Elektrofahrzeuge einschließlich elektrisch angetriebener Nutzfahrzeuge und haben sich in den rauesten Umgebungen als äußerst langlebig erwiesen. Die mHVDU (Modular High Voltage Distribution Unit) verfügt über ein modulares, kompaktes Gehäuse und bietet Platz- und Gewichtsersparnis bei gleichzeitiger Flexibilität durch standardisierte, konfigurierbare Komponenten. Diese Lösungen lassen sich auch auf Anwendungen in der Luftfahrt übertragen. Sie unterstützen eine Vielzahl von Kabel-Assemblies, von versiegelten Kabelsträngen und offenen Kabelbäumen bis hin zu Batteriekabeln, HF-Kabeln und Glasfaser-Assemblies. 

As the innovation leader in high-power charging (HPC), HUBER+SUHNER continues to further develop essential technologies that address emerging market needs in EV charging and to provide value to our customers. HUBER+SUHNER proudly introduces the “missing link” between vehicle and infrastructure enabling a safe, efficient and ultra-fast charging experience for heavy duty electric vehicles. Applicable for airport EVs and extendable to eVTOL charging infrastructure.

HUBER+SUHNER is a leading manufacturer of broadband wireless antennas. With more than 20 years of experience, we understand our customer’s applications and requirements. From initial design to high volume production HUBER+SUHNER provides superior quality and cost effective antenna solutions for field and indoor connectivity, e.g. in vertiports, or as WLAN links within aircraft

HUBER+SUHNER specializes in the design and manufacturing of fully customized mm-wave products using metallized injection molded parts. Our products are firmly established in the automotive industry for driver assistance systems (77GHz Radars) and in mobile backhaul (V/E band)– now we are translating them into the aviation domain too. 

• Low weight 
• Low loss & broadband 
• Manufacturing accuracy 
• Cost-efficient for high volumes

Our unrivalled polymer optical bench WDM technology provides you with the smallest footprint and greatest versatility, qualified according to Telcordia GR1221. Combined with our active optical transport solutions incorporating SFPs, couplers, amplifiers, transponders, dispersion compensation, and management, they provide demarcation, repeater and converter functionalities.

HUBER+SUHNER Polatis utilizes highly reliable piezoelectric Directlight® beam-steering technology to deliver a full line of all-optical switches, enabling low latency, fully transparent connections between optical fibers without requiring conversion between optical and electrical signals, offering greater flexibility and energy efficiency.