Aircraft Antenna Market Trends Analysis Research Report by Platform (Fixed-Wing (Commercial Aircraft, Business Aircraft, Regional Jets, General Aviation, Military Aircraft, and Fixed-Wing UAVs), Rotary-Wing (Military Helicopter, Civil Helicopter, and Rotary-Wing UAVs)), By Frequency Band (VHF & UHF Band, Ka/Ku/K Band, HF Band, X Band, C Band, and Others), By End-user (OEM and Aftermarket), By Application (Commercial and Navigation & Surveillance), and Regional Forecast, 2024-2030

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Aircraft Antenna Market Overview

Aircraft Antenna Market is expected to grow rapidly at a 7.89% CAGR consequently, it will grow from its existing size of from $508.56 billion in 2023 to $ 697.67 billion by 2030.

This Aircraft Antenna product overview encompasses an extensive array of specially-designed antennas that have been designed with care to satisfy a variety of communication, navigation and surveillance requirements within the aviation industry.

These antennas are essential components that ensure robust and effective wireless connectivity to various aircraft systems. The products included in this range are communication antennas like VHF as well as UHF, that facilitate data transfer and voice communication in addition to Satellite Communication (SATCOM) antennas which allow for long-range communication via satellite connections.

Navigation antennas, including VOR/ILS as well as GPS antennas play crucial functions in providing guidance when landing and preparing for approach, in addition to ensuring accurate global location for navigation and alertness to situations. Surveillance antennas, such as ADS-B and radars for weather help improve surveillance of aircraft and air traffic management and also weather detection.

Antennas for wireless connectivity, including Wi-Fi and in-flight entertainment (IFE) antennas improve the experience of passengers by providing wireless connectivity on flights. Multi-band and diversity antennas provide stability and reliability across diverse frequency bands.

Furthermore, antennas that are specially designed for surveillance radars on aircrafts such as Primary and Secondary Surveillance radar (PSR as well as SSR) antennas are vital for air traffic control.

Focusing on aerodynamics and aesthetics the radome-covered and low-profile antennas are designed to reduce aerodynamic impacts and still provide the best performance.

The overall overview of the product highlights the crucial role that they play in an uninterrupted and stable operation of modern aircraft communications tracking, navigation, as well as surveillance equipment.

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Trends 2024

Integration of Smart Antenna Technology:

Continuous integration of technology for smart antennas including features like the beamforming process and electronically controlled steering to provide enhanced navigation and communication capabilities.

Increased Use of Multi-Band Antennas:

The increasing use of multi-band antennas to enable communication across a variety of frequency bands, allowing flexibility and adaptability to evolving communications standards.

Advancements in SATCOM Antennas:

Continuous advancements in Satellite Communication (SATCOM) antennas are designed to allow for faster data rates as well as improved connectivity and enhanced entertainment and communication features.

Implementation of ADS-B Technology:

Increasing adoption of Automatic Dependent Surveillance-Broadcast (ADS-B) technology, driving the demand for antennas supporting ADS-B to enhance aircraft surveillance and air traffic management.

Compact and Low-Profile Antenna Designs:

A trend towards smaller and low-profile antenna designs in order to reduce aerodynamic drag and improve efficiency of fuel, while ensuring the reliability of communication and navigation.

Aircraft Antenna Market Dynamics

Growth Drivers

Modernization of airspace programs

Modernization programs for airspace result in the need for more advanced antennas for aircrafts on new aircrafts. The antennas for aircraft are likely to be integrated into the existing fleets in retrofit initiatives.

For example, it is the Single European Sky ATM Research (SESAR) airspace modernization programme that is which is adopted by European nations, is focused on improving the management of air traffic (ATM) and implementing new strategies to reduce inefficiencies like unneeded routes that extend up to 50 kilometers and inconvenient delays of about 10 minutes for each flight in European aviation. The latest antennas for aircraft will be placed in aircrafts to lessen these inefficiencies.

These modernization efforts in airspace will result in an increase in demand for antennas on aircrafts which will drive the expansion market for these antennas in the near term.

Restraints

It is true that the Aircraft Antenna Market encounters several notable restrictions that define the issues within the industry. The strict compliance with regulations and certification procedures are an important obstacle, which requires strict adherence to standards for aviation and accreditations.

The constraints on space and weight inherent to the operation of aircrafts require the creation of designs for antennas which aren't just small but also light to ensure optimal performance without restricting the aircraft's weight.

The aerodynamic impact of the antenna is another issue, since antennas, especially those that protrude from the fuselage can create drag, which requires careful considerations in design to reduce aerodynamic impact. Cost considerations play an important part, with the creation and integration of the latest technology for antennas incurring significant costs.

The hesitation to implement new antennas can be due to the fact that the benefits that are claimed to be gained exceed the cost of investment especially in an industry that is sensitive to financial concerns.

Problems with noise and quality arise in the highly crowded electromagnetic spectrum and require sophisticated designs that ensure the reliability of communications and navigation in the presence of multiple electronic equipment and frequencies.

The inability of antennas to adapt to changing communication standards and concerns over technological obsolescence, raises concerns about the viability over time of investing in specific technology.

Furthermore, the success of the implementation of the most cutting-edge technology such as 5G connectivity depends on the availability of infrastructure based on ground, with inadequate infrastructure posing a barrier to the full implementation of the most advanced antenna capabilities. These constraints collectively illustrate the complex terrain of this Aircraft Antenna Market navigates, needing strategic solutions to address these obstacles.

Aircraft Antenna Market Segment Analysis

By Platform Analysis

The Military Segment to Experience the Highest Growth During the Forecast Period

The growing military expenditures across the globe led to plans for acquisitions of new aircrafts and modernization of older aircrafts with modern technology. For FY 2022 The US Department of Defense (DoD) requested the defense budget of $753 billion in order to transform its military into more deadly, agile and creative joint force.

Within this budget it was proposed that the DoD was planning for the investment in development and improvement of new attack reconnaissance aircrafts, future long-range assault aircrafts, and sixth-generation combat aircraft in the Next Generation Air Dominance program.

These programs are still in their infancy, as a result of which the aircraft antenna manufacturers are able to secure new contracts to support these programs, which will increase their visibility in the market.

Fixed-Wing Segment Dominated the Market in 2022 Due to Growing Air Traffic and Increasing Aircraft Deliveries

Based on the platform, market is classified into fixed-wing and the rotary-wing.

Fixed-wing aircraft are further divided into business aircrafts, commercial planes, regional jets general aviation military aviation and UAVs with fixed wings. The rotary-wing segment can be divided into civil helicopter, military helicopters, and rotary wing UAVs.

Fixed-wing was the segment that held the biggest market share by 2022. This is due to the rise in the amount of aircraft delivery and the increasing expenditure on aviation due to the rising volume of air travellers.

Even in 2022, regardless of the effects of the COVID-19 epidemic the two major aircraft initial equipment makers, Boeing and Airbus, delivered 611 and 340 aircraft. Boeing delivered 340 aircraft in 2022, which was almost more than the total number of aircraft that were delivered in 2021.

Based on the frequency bands, market can be classified into VHF and UHF bands, K/U/K bands, the HF band C band, X band, and many more.

The X band segment is predicted to be the biggest segment over the forecast time. It is an X-band radiofrequency that uses microwaves. It is used to facilitate in-flight radar communication between air traffic control stations based on Earth.

The Ka/Ku/K band will show the highest percentage during the forecast time. This increase is because of the rapid deployment of 5G in aviation which is driving the segment's to grow. The hybrid aviation Ka/Ku band satellite antenna provides worldwide broadband connectivity services for commercial and government customers with worldwide high-capacity and conventional satellite networks.

Competitive Landscape of the Aircraft Antenna Market

Antcom Corporation (U.S.)
Smiths Interconnect (U.S.)
Boeing (U.S.)
Cobham Limited (U.K.)
Honeywell International Inc. (U.S.)
L3Harris Technologies, Inc. (U.S.)
Maxtena Inc. (U.S.)
Harxon Corporation (China)
Chelton Limited (U.K.)
Sensor Systems (U.S.)

New Developments

July 2023: Naval Air Systems Command announced a USD 22 million contract to BAE Systems plc. It is for an electronically steered OE-120/UPX antenna group for shipboard identification and air traffic management. The BAE Systems OE-120 antenna group for shipboard radar is an electronically steerable antenna that shipboard operators can redirect within 50 microseconds to interrogate any target on the horizon.

June 2023: ThinKom and Kontron collaborated on a Ka-band antenna for aircraft. The antenna combines Kontron's ACE Flight 4783 dual modem Modman server integrated with ThinKom's ThinAir Ka2517 phased-array antenna. The antenna allows for interoperability between Geostationary Orbit (GEO) and Non-Geostationary Orbit (NGSO) systems.

May 2021 - Antcom Corporation announced to deliver its high-filtering antennas, which will be equipped with high-quality interference resistance. The antennas will be fitted with high-filtering amplifiers which block interference outside of band, thereby protecting GPS L1 and L2 signals.

March 2021 - Honeywell reached an agreement to purchase the majority part of Fiplex communications. The acquisition will broaden the built-in connectivity and communication solutions offered by Honeywell International Inc.

Aircraft Antenna Market Regional Insights

The main reason for North America leading the aircraft antenna market is the huge demand for new aircrafts throughout the world. The rising demand for for commercial applications as well as their growing use in the defense industry for surveillance and transport activities are other factors that influence the expansion in the North American aircraft antenna market.

Europe has a well-established aerospace industry that has key actors in the manufacturing of aircraft as well as technological development. Countries such as Germany, France, and the United Kingdom are at the leading edge of technological advancement.

The EU's commitment to sustainable aviation as well as stringent safety standards are driving the use of modern antenna systems across the region. Collaboration between the various stakeholders in the industry as well as regulators influences the direction for the Aircraft Antenna Market in Europe.

The Asia-Pacific region has seen a significant growth in the aviation industry. Emerging economies such as China as well as India are investing heavily in defense and aerospace and are boosting increasing demand for modern antennas.

The rapid growth in air travel as well as the modernization of airplane fleets, and the growing budgets for defense in the region are driving the use of modern antennas. Asia-Pacific is now a major market for the use of aircraft antennas.

The Middle East has been investing significant amounts in the aviation industry as a result of initiatives like smart city initiatives and the development of infrastructure.

The need for modern and efficient aircraft antennas are in line with the goals of the region to create modernized aviation. In addition, investments in defense and security in certain Middle Eastern countries contribute to the expansion in this Aircraft Antenna Market.

Segments Covered in the Aircraft Antenna Market

Aircraft Antenna Market By Platform

Fixed-Wing
- Commercial Aircraft
- Business Aircraft
- Regional Jets
- General Aviation
- Military Aircraft
- Fixed-Wing UAVs
Rotary-Wing
- Military Helicopter
- Civil Helicopter
- Rotary Wing UAVs

Aircraft Antenna Market By Frequency Band

VHF & UHF Band
Ka/Ku/K Band
HF Band
X Band
C Band
Others

Aircraft Antenna Market By End-user

OEM
Aftermarket

Aircraft Antenna Market By Application

Commercial
Navigation & Surveillance

Frequently Asked Questions:

How big Aircraft Antenna Market?

Aircraft Antenna Market is expected to grow rapidly at a 7.89% CAGR consequently, it will grow from its existing size of from $508.56 billion in 2023 to $ 697.67 billion by 2030.

What is the future outlook for the Aircraft Antenna Market?

The future outlook for the Aircraft Antenna Market is positive, driven by increasing demand for in-flight connectivity, technological advancements, growing adoption of SATCOM, emphasis on aviation safety, expansion of Urban Air Mobility, environmental considerations, market growth in emerging economies, and integration with next-gen aircraft

What applications do Aircraft Antenna have?

Applications include Communication, Navigation, Surveillance, SATCOM, Weather Radar, Wireless Connectivity, Aircraft Health Monitoring.

Which Are the Top Companies Hold the Market Share in Aircraft Antenna Market?

The report profiles key players such as Antcom Corporation (U.S.), Smiths Interconnect (U.S.), Boeing (U.S.), Cobham Limited (U.K.), Honeywell International Inc. (U.S.), L3Harris Technologies, Inc. (U.S.), Maxtena Inc. (U.S.), Harxon Corporation (China), Chelton Limited (U.K.), Sensor Systems (U.S.).

Base Year:2023

Historical Data:2018-2023

No of Pages:122

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