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World Top Passenger Boarding Bridge Companies In 2024 | Global Growth Insights

Passenger boarding bridges (PBBs) play a critical role in modern air travel, connecting airport terminals directly to aircraft and ensuring passenger comfort and safety during boarding and disembarkation. This guide delves into the PBB market, exploring its growth trajectory, key players, innovations, and future prospects. The analysis includes detailed information about the top companies in the industry, their headquarters, recent financial performance, and market strategies.

Passenger Boarding Bridge Market, valued at USD 516 million in 2023, is expected to reach USD 917.2 million by 2032, growing at a 6.6% CAGR.Bottom of Form

How Passenger Boarding Bridges (PBBs) Work

Passenger boarding bridges (PBBs), also known as jet bridges or jetways, are enclosed, movable walkways that connect an airport terminal directly to an aircraft, allowing passengers to board and disembark safely and comfortably. The process of operating a PBB involves several steps to ensure smooth and efficient docking with the aircraft. Here’s a detailed explanation of how they work:

Positioning the PBB Near the Aircraft: - After the aircraft is parked at the gate and the engines are shut down, the ground crew positions the passenger boarding bridge near the aircraft. The PBB is usually attached to the terminal building, with a rotating section called a rotunda that allows for movement in different directions.

The bridge operator, located in the control cabin at the end of the PBB, uses a control panel to maneuver the bridge. The bridge can extend, retract, and pivot horizontally to align precisely with the aircraft door.

Adjusting the Height of the Bridge: - Depending on the aircraft type, the height of the PBB needs to be adjusted to match the height of the aircraft door. PBBs are equipped with hydraulic or electric lift systems that raise or lower the bridge to the correct height.

The bridge is carefully aligned to ensure the walkway is level with the aircraft entrance, providing a smooth transition for passengers and crew.

Docking the PBB to the Aircraft: -Once the PBB is positioned at the correct height, the operator slowly extends the bridge until the flexible canopy, also known as the "cabin," makes contact with the aircraft's fuselage. The canopy forms a tight seal around the door to protect passengers from the weather and provide a secure passage.

Many PBBs are equipped with advanced sensors and anti-collision technology to prevent any damage to the aircraft during docking. These systems alert the operator if the bridge is too close or if there is an obstruction.

Opening the Aircraft Door and Securing the Bridge: -After the PBB is securely docked, the aircraft door is opened, usually by airline staff or ground crew. The bridge operator ensures that the PBB is stable and in position before allowing passengers to enter or exit.

Some modern PBBs are equipped with automated docking systems that can detect the position of the aircraft door and automatically adjust the bridge to dock without manual intervention.

Passenger Boarding and Disembarking: - Passengers can now use the PBB to board or disembark the aircraft. The enclosed walkway protects them from weather conditions and provides a comfortable transition between the terminal and the aircraft.

Depending on the airport and the aircraft type, some boarding bridges are equipped with climate control systems to regulate the temperature within the bridge for passenger comfort.

Withdrawing the Bridge After Boarding or Disembarkation: -Once all passengers have boarded or exited the aircraft, the bridge operator reverses the docking process. The bridge is retracted from the aircraft, and the canopy is lifted away from the fuselage.

The PBB is then repositioned to its standby location or adjusted to service another aircraft.

Types of PBBs

  1. Apron-Drive Bridges: The most common type, which is mounted on wheels and can move freely on the apron to align with the aircraft.
  2. Fixed Bridges: These have a fixed position at the terminal and are used for specific aircraft positions. They are often supplemented with an adjustable tunnel section.
  3. Dual Bridges: Designed for large aircraft, allowing simultaneous boarding and disembarkation from two different doors.
  4. Over-the-Wing Bridges: Specifically designed to board aircraft from above the wing, often used with smaller regional jets.

Global Growth Insights unveils the top global Passenger Boarding Bridge Companies:

  1. JBT Aerotech

JBT Aerotech

  1. ThyssenKrupp Access Solutions

ThyssenKrupp Access Solutions

  1. Hyundai Rotem

Hyundai Rotem

  1. MHI (Mitsubishi Heavy Industries)

MHI (Mitsubishi Heavy Industries)

  1. FMT

FMT

  1. ADELTE

ADELTE

  1. CEL

CEL

  1. ShinMaywa

ShinMaywa

  1. CIMC

CIMC

  1. Vataple

Vataple

Conclusion – The Future of Passenger Boarding Bridges

The passenger boarding bridge market is set for steady growth, driven by increasing air traffic, airport expansions, and a focus on sustainability. Companies such as JBT Aerotech, ThyssenKrupp Access Solutions, Hyundai Rotem, and CIMC are leading the way in technological advancements, while newcomers like Vataple and CEL are gaining momentum with cost-effective solutions. The future will likely see more innovations focused on automation, energy efficiency, and passenger safety.