Aircraft Arresting System Market - By Type, By System, By Platform, By End Use and Forecast, 2025 - 2034

Aircraft Arresting System Market Size

The global aircraft arresting system market was valued at USD 1.4 billion in 2024 and is estimated to grow at a CAGR of 7.5% from 2025 to 2034.
 

The expansion of existing aircraft fleets and there modernization around the globe has been an increase in the demand of aircraft arresting system. Most of the economic powers tend to have advanced aircraft which have increased weight, speed, and are becoming more agile. There, emerged an increased need for more sophisticated arresting technologies like electromagnetic and hydraulic systems. The development of naval aviation, due to increased spending on new generation aircraft carriers, required arresting systems that could survive in these new generation fight decks. Maintenance, repairs, and retrofits of these systems also helped improve base and airfield security which also boosted the market.

For example, in September 2024 the Belgian Air Force awarded a contract worth USD 26 million to Curtiss-Wright Corporation for the improvement of aircraft arresting systems at three airbases which includes major works in new cable systems and other support services for the new F-35 fighters. In addition to these works, Curtiss-Wright also supplied components, repaired and overhauled systems to support the operational continuity of the Belgian military aviation.
 

The aircraft arresting system (AAS) industry developed quickly to keep pace with contemporary aviation requirements. The advent of next-generation aircraft such as the F-35 and UAVs accelerated the requirement for more sophisticated arresting systems capable of operating at higher speeds, supporting greater weights, and maneuvering through intricate flight paths. There was a departure from conventional mechanical systems towards automated, hydraulic, and electromagnetic systems with better precision and less damage. Also, the application of such technology to monitor and supervise processes at sites was introduced to monitor and maintain safety. Such advancements were complemented by the increased global defense expenditure, modernizing military fleets, and an increasing global civil aviation backbone. These factors make sure that the market will be able to seek new horizons and innovations in the coming years.
 

Aircraft Arresting System Market Trends

In consideration of technological developments, safety, and modernization of infrastructure, the trends are making it easy for aircraft arresting system (AAS) market to expand constantly. Electric magnetic arresting systems (EMAS) and automated systems are gaining momentum. These systems focus on providing improved precision while ensuring lower maintenance costs as compared to traditional mechanical systems. Such systems are more flexible in nature, having the capability to adapt to various types and sizes of aircraft. In addition, these systems ensure better safety during emergency landings. Smart monitoring technologies incorporated in arresting devices to enable real-time data collection and predictive maintenance are captivating a lot of attention lately. Such technologies enhance the current reliability of the system while reducing the operational downtimes.
 

For example, General Atomics has advised TWZ of its plans for its ship-borne Electromagnetic Aircraft Launch System (EMALS) and Advanced Arresting Gear (AAG) and hence working towards land- based versions. With the new interest in expeditionary operations on land, there is a new focus on operating from places other than large, traditional runways for which these systems were developed for the U.S. Navy’S Ford-class aircraft carriers.
 

Aircraft Arresting System Market Analysis

The Aircraft Arresting System (AAS) market is challenged by high costs and complex technology, but there are burgeoning opportunities. Modern military base purchases often push for sophisticated arrest technology, increasing the demand for these system. Meanwhile, aircraft arresting system units themselves require professionals for successful installation and maintenance, which is much more challenging at older airbases. The use of smart surveillance devices and electromagnetic systems is becoming more popular these days and with the changes in the AAS environment, there has been development which allows for greater efficiency and compliance of aviation standards
 

Based on system, the market is segmented into fixed system and portable system. The fixed system segment held a market share of over 68.5% in 2024 and is expected to grow at a lucrative pace.
 

• The modern era is seeing an increased demand for both fixed and mobile aircraft arresting systems in commercial and military aviation. There is a necessity for these systems at major airports and militarily bases since they are reliable with bigger and faster aircraft. There has also been a trend to move toward fixed systems at airbases due to their effectiveness in emergency landings and the global introduction of new fighter jets like the F-35. These systems are becoming more in demand as the burden of managing the issues of modern aviation becomes heavier for military bases and airports.
   
• These improved systems nowadays use AI technology to monitor usage and maintenance which reduces breakdowns and increases reliability. Solutions master with modern stronger materials add to the robustness of these systems and make them even more reliable.
   

Based on platform, the aircraft arresting system market is segmented into ground-based and ship-based. The ground-based segment is expected to grow at a CAGR of over 8.5% by 2034.
 

• Military airfields and remote airstrips continue to implement ground-based arresting systems in their facilities. These systems facilitate the diversion of the air carrier during an emergency landing due to modernized air defense systems and swift deployment solutions. With all these factors considered, the systems are guaranteed to be in place during peaceful and conflict times.
   
• The ground systems have also advanced to the point where some utilize real-time monitoring, artificial intelligence diagnostics, and automated controls. These upgrades greatly enhance overall safety, accelerate responses, and decrease maintenance expenses.
   

North America dominated the aircraft arresting system market and is expected to reach a value of over USD 815 million by 2034. The improvement of the aircraft arresting system (AAS) market in the U.S. is notable with the modernization of military aviation fleets. More mobile and easily deployable AAS systems are being put in place to facilitate rapid aircraft landings in forward operating bases, as well as on short runways. This development is in line with the policy of the U.S. armed forces to work in multiple environments with enhanced flexibility. These systems guarantee that appropriate military activities for different terrains are executed with minimum risk to the aircraft and its people.
 

Gearmany’s modernization of military infrastructure, complemented by the improvement of the defense arms contributes to the growth of aircraft arresting system market in the region. The integration of modern techniques of arresting devices based on electromagnetic and hydraulic systems is aimed at enabling newer generation machines like the Eurofighter Typhoon and the forthcoming F-35. New technology is needed to improve the effectiveness of modern military aircraft during emergency landings.
 

The growth in China’s aircraft arresting systems market is owing to the new investments in airbase construction and expansion of naval ports for the purpose of military modernization. With China’s growing military aviation capabilities, particularly with the integration of J-20 stealth fighters, powerful arresting systems are needed to harness the latest technology at China’s military bases. These systems are essential to guard against incidents resulting from excessive speed while landing and taking off, hence forming an excellent use case scenario for the modernization of the Chines Air Force.
 

In addition, Japan is enhancing its naval air power by acquiring amphibious assault ships and light aircraft carriers. This has led to an increased need for systems that can support carrier-based aircraft and expeditionary warfare. Apart from enhancing defense readiness, these systems are equally important during disaster relief operations, thus increasing Japan’s military and humanitarian assistance response capabilities.
 

In South Korea, the market for aircraft arresting systems (AAS) having to do with military aviation tend to flourish due to the general improvement of defense mechanisms in the region. This is attributed to the implementation of advanced fighter jets such as the all-purpose F-35 and other integrated ones like the KF-21 Boramae as well as regional security concerns. As South Korea plans to enhance its naval aviation capacity through the addition of light aircraft carriers and amphibious assault ships, the interest in ship-based arresting gear is also increasing. These systems are necessary for the effective rapid deployment of fighter aircraft during maritime operations, which is part of South Korea’s evolving defense strategy and naval objectives.
 

Aircraft Arresting System Market Share

?ompany like General Atomics, Zodiac Aerospace, Scama, etc. are some of the key players controlling a huge market share in aircraft arresting systems (AAS) which has intensified competition in the defense and civil aviation markets. The competition has further increased with the introduction of modernization systems and automated monitoring systems as well as the custom services and the automation of the systems. With increase in these services, high competition has been introduced into the automated monitoring systems and electromagnetic systems, as well as the R&D investments. Furthermore, In order to address the modernization reforms in the global defense market, these companies must increase expansion internationally and obtain contracts with governments in order to sustain the competitive market.
 

Aircraft Arresting System Market Companies

Major players operating in the aircraft arresting system industry are:

• Atech
• Curtiss-Wright
• General Atomics
• MacTaggart Scott
• QinetiQ
• Runway Safe
• Scama
• Sojitz Aerospace
• Zodiac Aerospace
   

Aircraft Arresting System Industry News

• In June 2023, Curtiss Wright Engineered Arresting Systems/ESCO proclaimed that they will be relocating their office from Merpins, France to Genté where their new workspace will measure around 54,800 square feet which is an improvement over the Merpins plant which previously measured around 43,000 square feet. This additional space is intended to support the company’s anticipated growth over the next five years. The company plans to consolidate its manufacturing, testing, and administrative operations into a single facility to enhance operational efficiency and coordination.
   
• In September 2023, the Turkish Air Force F-4 Phantom underwent MAAS certification testing. The tests were carried out in partnership with American airmen of the 435th Construction and Training Squadron and Turkish airmen of the 39th Air Base Wing. The focus of the multinational exercise was to ensure that all safety and operational parameters were met by the MAAS system, and this demonstrates the need for international cooperation on safety and engineering compliance in military aviation.
   

This aircraft arresting system market research report includes in-depth coverage of the industry with estimates & forecast in terms of revenue (USD million) from 2021 to 2034, for the following segments:

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Market, By Type

• Net Barrier
• Cable
• Mobile Aircraft Arresting System (MAAS)
• Engineered Material Arresting System (EMAS)
• Aircraft Carrier Arresting System

Market, By System

• Fixed System
• Portable System

Market, By Platform

• Ground-based
• Ship-based

Market, By End-use

• Commercial Airport
• Military Airbase
• Aircraft Carrier

The above information is provided for the following regions and countries:

• North America
  • U.S.
  • Canada
• Europe
  • UK
  • Germany
  • France
  • Italy
  • Spain
  • Russia
• Asia Pacific
  • China
  • India
  • Japan
  • South Korea
  • Australia 
• Latin America
  • Brazil
  • Mexico
• MEA
  • UAE
  • Saudi Arabia
  • South Africa