About 800 meters long, with a square area of 185,000 square meters and designed for up to six million passengers a year.
On 10 October 2012, Fraport and Lufthansa started operations in the extension of gate A at Rhein-Main airport, Frankfurt, which has been designed and implemented by the architects von Gerkan, Marg and Partners (gmp).
The new A+ gate extends the areas used by Lufthansa at Terminal 1 and was required independently of the extension of the airport extension program, in order to be able to adequately serve the Airbus A380 and Boeing B747-8 wide-body aircraft. gmp’s commission included the new construction of the link between gates A and A+, also called the “root”, the baggage claim area A, the required conversions of existing structures in Terminal 1 as well as the new construction of gate A+.
The design of this large project focused on three key areas: the conceptual integration of the new building into the existing ensemble while also creating an individual identity, complying with the new EU safety regulations for passenger handling, and creating a retail and lounge concept. Architectural concept of the “root”
The “root”, the central marketplace with an extensive range of shops, restaurants and lounges, is located at the building interface between Terminal A and gate A+. Its glazed, cone-shaped opening allows daylight to reach the interior, opens the view towards the sky and creates vistas across the different levels of the marketplace.
At the same time, passengers are able to see the apron and aeroplanes through a wide opening on the flight side. Individual, specialist retail and gastronomy concepts were tied into an over-arching design principle. Transparency and daylight combined with simple and natural materials generate a pleasant atmosphere. In this way the central marketplace forms a unique architectural space offering a pleasant environment for people to spend time in.
Architectural concept for gate A+
Gate A+ extends towards the west following on from the “root”, with a width of about 26 meters and a length of over 600 meters. Owing to new EU safety regulations which state that passengers arriving from non-Schengen states must be separated from departing passengers who have already been security screened, the gate had to be designed with four upper storeys.
This means that gate A+ is higher than the existing buildings but nevertheless resonates with the existing design. This was achieved with the help of the design manual, which applies to the entire airport, and which was used by gmp architects to give gate A+ its identity in spite of the existing material specification.
Materials such as natural stone, metal and wood were used in similar fashion to Terminal 1, which creates a flowing transition between the existing and new buildings. The further you progress, the more the materials are used in innovative ways; new variations and combinations result in the gate ultimately acquiring its own independent style.
The construction grid was optimised to suit commercial considerations, and the large span meant that the designers were able to omit one row of columns which otherwise would have obstructed the space.
Ancillary functions such as escape stairs, services ducts and sanitary facilities were located along the northern edge. This has created a completely open space flooded with daylight which provides clarity and easy orientation: passengers have a view of almost the entire length of the gate building, stretching over several hundred metres.
This helps passengers with orientation and also makes it easier to gauge the distance to the boarding gate. Here too, passengers have an open view of the apron and aeroplanes.
The lighting design supports the differentiation of spaces with architectural means. It is based on the juxtaposition of soft ceiling lighting as background illumination, and distinct functional areas with their own light quality.
Light islands and zones for the counter and boarding gate areas, and the retail and gastronomy zones, result in a lively canvas within the large space context and give further support for the orientation of passengers. In the evening, the artificial light flows to the outside through all openings and thus helps to define the architectural shape at night. The ensemble of the façade and roof structure, with its large opening in the “root” area, influences the appearance of the A+ extension at night, from the ground as well as the air. In this way the façade design reflects the large scale, but the detail provides a counter measure to this scale.
In spite of the differences between the gate building and the “root” area, the new development of the A+ area has been designed as an architectural unit and thus presents a cohesive appearance for the entire project, inside and out.
Dimensions
Footprint area 45,000 square meters
Gross floor area 188,000 square meters
Existing building converted 12,000 square meters
Gross volume 960,000 cubic meters
Length of overall project 885 meters
Length of gate A+ building 650 meters
Height of gate A+ building 22 meters
Glass façades 15,000 square meters
Bridge buildings
Seven bridge buildings
– providing seven intercontinental positions for wide-body aeroplanes
– or alternatively, 4 double positions and 3 single positions for Code C (total of 11 positions)
Bus gate positions 12
Gross floor area of bridge buildings 1,300 square meters
Gross volume 6,800 cubic meters
Other details
Security control points 49
Retail and gastronomy units 62 with a total floor area of 12,000 square meters
Lufthansa lounges 5 (First Class, Senator, Business)
Doors approx. 2,300, of which about 800 safety doors
Lifts 32
Moving walkways 31
Escalators 46
Lifting platforms 6
Parking spaces 280
Facts and figures
Competition
2006 – 1st prize
Design
Meinhard von Gerkan and Jürgen Hillmer
Project Leaders
Susanne Winter, Reiner Schröder
Competition design team
Klaus Lenz, Sebastian Flatau, Ingo Beckmann, Kai Beckmann, Markus Carlsen, Christian Dahle, Henning Fritsch, Ben Joscha Grope, Markus Helmin, Matthias Holtschmidt, Silke Jessen, Eduard Kaiser, Raimund Kinski, Prisca Marschner, Rouven Oberdieck
Scheme and detail design team
Bernd Adolf, Winfried Albert, Peter Autzen, Martin Backhaus, Heike Bavosi, Sebastian Becker, Kai Beckmann, Karl¬Heinz Behrendt, Mike Berrier, Rainer Binnig, Sarah Bolius, Johann von Bothmer, Dirk Buchhalla, Friedhelm Chlosta, Klaus Debus, Karlo Demrowski, Nils Dethlefs, Daisy Dewanto, Peter Diemer, Renata Dipper, Christian Dirumdam, Andreas Ebner, Jürgen Feyrer, Arnd Fickers, Falko Fock, Jelena Formentunovic, Brita Gast, Jessica Gerlach, Regine Glaser, Hendrik Goossens, Daniel Günther, Jörg Graul, Hol¬ger Großmann, Alexander Hardieck, Julian Heick, Markus Helmin, Hendrik Hoffmeister, Michael Horn, Oliver Hintz, Torsten Hinz, Eike Holst, Matthias Holtschmidt, Raimund Kinski, Moritz Koppe, Bernd Kottsieper, Carsten Kromschröder, Detlef Krug, Carmen Kunz, Markus Lehnhardt, Alexander Lellig, Klaus Liebscher, Verena Lücking, Susanne Maisel, Prisca Marschner, Katja Mezger, Alexis Michalec, Alexander Mittenberger, Alan Moquet, Wiebke Morlang, Sigrid Müller, Sebastian Muschko, Christian Neunzig, Rouven Oberdieck, Cordula Oel, Jun-Florian Peine, Rüdiger Picht, Simon Ranzenberger, Dominik Reh, Stefan Repnow, Uli Rösler, Peter Roch, Hedieh Sabet, Monica Sallowsky, Mark Schiebler, Sabine Seelbach, Barbara Sellwig, Robert Schlett, Angela Schmidtutz, Sarah Schöbel, Christoph Schrade, Sabine Spars, Amra Sternberg, Arne Thomsen, Dirk Tietgen, Hito Ueda, Lorenza-Tiziana Vacir-ca, Niels Vagt, Stefan Wagner, Mohamed Wahby, Ralf Walter, Lena Wegener, Andre Wegmann, Felix Wegmann, Andreas Weihnacht, Birgit Weinland, Simon Wenig, Jens Wiedenhöft, Petra Wiemer, Alexander Will, Hendrik Winter, Gabi Kottsieper, Hartwig Zehm, Iris Grüning, Sarah Schöbel, Gisela Steinmann, Christina Knesevic, Iris Sengebusch, Hannes Schulz, Regine Saunders, Andrea Seegers, Frank Görge, Evgeny Stolyarov, Alice Pape, Micha¬el Langwald, Jakub Witecki, Nina Hollberg, Yi Jiang, Magnus Kessler, Julia Bauer, Nicolas Balacco, Daniela Gaede
Specialist engineers
– Structural design: Weber and Poll Consulting Engineers
– Fire safety: hhpberlin
– Mechanical and electrical services: Arup GmbH
– Transport planning: VSU Verkehr Städtebau Umweltschutz GmbH
Client: Fraport AG
Project start: January 2007
Construction period
2007-2012 (conversion of existing area in Terminal 1 until August 2013)
