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Construction of new noise protection hangar

Noise reduction

Maintenance companies operating at Zurich Airport have to test engines installed in aircraft up to take-off power level as part of their work. Flughafen Zürich AG's new noise protection hangar is a state-of-the-art facility that offers residents in nearby communities optimum protection against the noise of aircraft engine testing.

The new noise protection hangar replaces the previous noise baffles (mufflers), which were no longer state-of-the-art. It was completed after a 20-month construction period in mid-June 2014 and commenced operations after a six-week training and test phase on 1 August 2014.

New noise protection hangar

The hangar

The noise protection hangar is built to let air through while reducing noise at the same time. It can accommodate aircraft up to the size of a Boeing 747-8 with a wing span of 68.5 metres and can thus be used by all aircraft types which are serviced regularly at Zurich Airport.

The hangar comprises the following main components: a support-free hall, a control room, doors and a steering element. The entire roof will be supported by an external, multi-coated steel construction consisting of both raised and flat grids as well as support elements across a maximum span of approx. 78 m. The hangar is 111 metres long when the doors are closed and 126 metres long when they are open. The interior height ranges from 12 metres at the side walls to 16 metres in the centre. A 10-metre-wide transverse element in the centre can accommodate the vertical stabilisers on long-haul aircraft (height 24 metres). The hangar itself and the door tracks are supported with pillars that are 42 metres long. All interior surfaces in the hangar must be fitted with highly effective acoustic cladding. This is achieved by the use of perforated plate cassettes.

The jet blast deflector at the rear of the hangar is 16 metres high and has a flat construction. It serves to redirect the high-speed air emissions up at an angle of 90° and is also clad with sound-insulating plates.


Converted space (SIA 416): 82,600 m³
Height: Max. 26 m (roof height)
New-build area: 5,200 m²
Length (closed) x width: 111m x 82m
Construction start: October 2012
Construction completion: June 2014
Operational start: August 2014

Involved parties

General planner:                        Engineering association:
WTM Engineers GmbH
Suisseplan Ingenieure AG
Steel construction: Aepli Stahlbau AG
Metal construction: G+H Schallschutz GmbH
Electrical installations: Burkhalter AG
Civil engineering works: Work association:
Walo Bertschinger AG
Implenia Bau AG
Specogna Bau AG
Beberhard Bau AG
Concrete construction: Specogna Bau AG
Posts: Brunner Erben AG


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