Aerobridge Market Size, Share, and Industry Analysis, By Product Type (T-bridge, Nose Loader Bridge, Commuter Bridge, Apron Drive Bridge, Dual-boarding Bridge, and Others), By Elevation System (Electromechanical and Hydraulic), By Movement (Movable and Fixed), By Wall Structure (Glass-walled and Steel-walled), and Regional Forecast, 2024-2032

The Aerobridge Market worldwide is experiencing robust growth, with a noteworthy CAGR projected for the forecast period until 2032. An aerobridge is a telescoping corridor that extends from an airport terminal to an aircraft. It allows for secure boarding and disembarkation of passengers. It is also called a jetway or air bridge. The advantages of using an aerobridge are numerous. These measures include heightened safety measures by providing a safe environment for passengers during boarding and disembarkation, leading to a reduction in accidents.

Safety features, such as handrails and non-slip flooring, ensure passenger safety while also providing comfort and convenience, enhancing security, and reducing environmental impact. Aerobridges are essential for efficient, secure, and passenger-friendly airport operations, especially for passengers with disabilities. They also serve as emergency exits.

Several key factors drive the aerobridge market. The rise in air travel globally, driven by growing passenger traffic and the development of new airports, is a significant driver for the aerobridge market. The requirement for airports to modernize and enhance their infrastructure to accommodate an increasing number of passengers is a contributing factor to the demand for aerobridges, which has driven their adoption in airports. As air travel expectations increase, passengers are looking for more comfortable and efficient boarding processes, leading to a higher demand for aerobridges. The increasing size of aircraft requires infrastructure upgrades at airports, including the installation of aerobridges to accommodate larger planes. The expansion and development of airport infrastructure, especially in emerging economies, is also driving the need for modern airport infrastructure, including aerobridges. Therefore, airports are investing in technologies, such as aerobridges, to provide a seamless and comfortable boarding process, with the primary objective of enhancing the passenger experience.

Key Insights

The report covers the following key insights:

• The report analyzes a detailed overview of the industry, including qualitative and quantitative information.


• It analyzes an overview and forecast of the aerobridge market at the platform level.


• The report also analyzes comprehensive supply chain analysis at the global level. The market will be further distributed at regional and country levels.

Segmentation

Analysis by Elevation System:

By elevation system, the market is bifurcated into electromechanical and hydraulic. The hydraulic system dominated the market due to many airports undergoing modernization projects to improve passenger experience and operational efficiency. Hydraulic elevation systems in aerobridges are critical for these upgrades due to their reliability and smooth operation. Technological innovations in aerobridge systems, including improved safety features, automation, and energy efficiency, are driving demand. Electromechanical elevation systems are seen as more reliable and efficient compared to older hydraulic systems.

Regional Analysis

The global market is geographically segmented into North America, Europe, Asia Pacific, and the Rest of the World. North America is influenced by factors, such as the presence of major aircraft manufacturers, the expansion of airports, and the increasing demand for air travel.

The European region is characterized by established players in the aerobridge industry and a need for airport modernization to accommodate growing passenger traffic. Due to the rapid expansion of airports, the rise in air travel demand, and the increasing focus on passenger experience, the Asia Pacific region, which includes countries, such as China, Japan, and India, is expected to witness significant growth in the aerobridge market.

Key Players Covered

• Mitsubishi Heavy Industries Ltd


• ThyssenKrupp Airport Systems


• JBT Corporation


• CIMC-Tianda Holdings Co. Ltd


• Adelte Group


• ADEL System


• Vataple Group Limited


• PT Bukaka Teknik Utama Tbk


• FMT Aircraft Gate Support Systems AB


• ShinMaywa Industries, Ltd.

Key Industry Developments

• In March 2024, Prayagraj Airport will have the maximum number of 11 X-ray baggage scanning machines and check-in counters in the state by the end of this year. Furthermore, four additional aerobridges will be installed at the airport.


• In February 2024, Chennai International Airport is increasing the number of aerobridges to handle multiple wide-body aircraft simultaneously. By 2025, when the phase two terminal is completed, the airport will have nine aerobridges capable of handling Code E-type aircraft.


• In July 2023, CIAL decided to construct the international terminal (T3) at the Kochi airport, with an estimated budget of USD 4.50 billion due to the increased number of passengers and air services. This includes the establishment of a parking bay and other facilities in the terminal and on the runway. USD 1.90 billion has been allocated solely for the enhancement of the airport apron. Eight new aerobridges will also be introduced.


• In July 2023, Mangaluru International Airport implemented two additional passenger boarding bridges, or aerobridges, in a passenger-centric initiative. Consequently, the total number of bridges at the airport has increased to six.


• In June 2023, the revamp of the Civil Enclave, also known as Prayagraj Airport, is being done to improve the convenience of tourists and devotees coming from other countries for the Mahakumbh, which will be held in Prayagraj in 2025. The government has plans to redevelop the airport at a cost of USD 1.75 billion. Four additional aerobridges will be added as the expansion of flight movement in the airport increases.