Aircraft Antenna Market Size

Aircraft Antenna Market Size

The global aircraft antenna market was valued at USD 754.3 million in 2024 and is estimated to grow at a CAGR of 8.2% from 2025 to 2034.

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The global aviation industry is experiencing significant growth due to increasing air travel demand, particularly in emerging markets. Rising disposable incomes in developing economies and an expanding middle class are driving more people to choose air travel. The post-pandemic recovery of the aviation sector has returned passenger numbers to pre-COVID levels, with further growth anticipated in the coming years. This surge in air travel directly impacts the need for advanced aircraft systems, including antennas for communication, navigation, and surveillance.
 

For instance, AeroVironment announced the launch of a new 360 multi-sector antenna (MSA) for its Puma AE small, unmanned aircraft systems (UAS). Designed for maritime missions, the 360 MSA enables naval operators to maintain effective communication and tactical situational awareness without the need to adjust the vessel or antenna direction. The expansion of low-cost carriers and regional travel networks further amplifies aircraft demand, creating a favorable environment for growth in the aircraft antenna industry, as new fleets require advanced antenna solutions.
 

Ongoing advancements in aircraft communication systems are a key growth driver for the aircraft antenna industry. New technologies, such as satellite-based communication, high-speed data transfer, and advanced cockpit connectivity, require more sophisticated, high-performance antennas. For instance, LeoSat Solutions introduced a new satellite communications antenna at the aircraft interiors expo in Hamburg, developed through a joint venture with UK partners Reliasat, 21Aero, and airframe designs. Combining over 100 years of expertise in aviation and in-flight entertainment, the collaboration aims to disrupt the market with innovative electronically steered antenna (ESA) solutions, focusing on low weight, drag, power consumption, and cost.
 

The increasing complexity of in-flight communication, both for passenger services (Wi-Fi, entertainment) and air traffic control, necessitates antennas that can operate across multiple frequencies with high reliability and efficiency. Furthermore, innovations in technologies like 5G, Ka-band satellite systems, and the integration of Internet of Things (IoT) in aviation are driving the need for next-generation antennas capable of handling larger data volumes and ensuring uninterrupted connectivity during flight.