PRODUCT PROFILE
Passenger Boarding Bridge
AIRPORT GROUND SUPPORT EQUIPMENT
Passenger Boarding Bridge
Spain · verified
- COUNTRY
- Spain
- PROGRAMME STATUS
- verified
Specifications
- Function
- Provides a weather-protected, climate-controlled elevated walkway for passengers transitioning between the terminal gate and the aircraft.
- Structure
- Telescopic tunnels supported by a motorised vertical elevating system and a steerable wheel bogie for apron movement.
- Platform fit
- Adjustable height and telescopic reach allow for connection to most commercial aircraft ranging from regional jets to large wide-body airliners.
- Commercial model
- Typically sold via capital expenditure contracts involving design, installation, and long-term maintenance service levels.
- Deployment status
- Currently in active service and production at numerous international airports as a standard gate interface.
- Evidence to demand
- Public records show multiple contract awards for terminal expansions where glass-walled aesthetics are preferred for modern architectural alignment.
Description
This passenger boarding bridge (PBB) is a mobile telescopic tunnel designed to connect airport terminals directly to aircraft cabin doors. Manufactured by Spain-based ADELTE (Adelte Group S.L.), these units are specifically noted for their glazed or glass-walled aesthetics, offering natural light and visibility compared to traditional steel-clad tunnels. The lineage of these bridges stems from the former Team-Iberia partnership, focusing on electromechanical apron-drive systems that allow for flexible positioning across diverse aircraft types and parking configurations. Procurement typically occurs through major airport infrastructure projects or terminal upgrades. The customer base includes national airport authorities and private operators globally, with installations documented at hubs such as Barcelona-El Prat, Madrid-Barajas, and various international terminals across the Middle East and the Americas. They are sold as bespoke civil engineering assets, often integrated with pre-conditioned air units and ground power systems to centralise gate services. From a technical perspective, the glass-walled construction requires specific evaluation of thermal insulation properties and maintenance regimes for the glazing seals. The Aerospace Garage desk would verify the specific drive mechanism type—electromechanical versus hydraulic—and the fire-rating compliance of the glass panels used in the corridors. Buyers should also confirm the compatibility of the docking sensors with specific narrow and wide-body fuselage profiles to ensure safe approach speeds and alignment.
Linked stories
No newsroom coverage tied to this product yet.
LAST VERIFIED
6 Sept 2026
SOURCE CITATION
Maker website on record