Our design responds to local climate to create an environmentally sensitive solution that embraces passive design and renewable energies and responds to both the summer and winter climate. The Wider masterplan will include offices, a hotel, business centre and a high-speed railway station that will connect Moscow, Adler and Rostov-on-Don.
Following a two stage international design competition Twelve Architects has been confirmed as the preferred architects for the £607 million airport terminal hub for Southern Russia that will serve football fans visiting the 2018 World Cup.
The Yuzhny Greenfield Airport is funded by the Airports of the Regions, part of the Renova Group, the largest airport holding company in Russia. The terminal will meet an initial demand of 5 million passengers a year and be delivered across two phases as part of a wider transport development programme.
The Masterplan designed by Twleve Architects retains the location of the buildings as defined in the client brief and the design makes reference to the River Don which is the origin of the city, through the design of the central landscape feature that connects the airport terminal to the train station, car park, hotel and office buildings. The concept for the airport terminal is inspired by the analogy that an airport is the ‘sky-bridge’ that connects cities and countries together.
This is realised through the design of the roof which is formed from a series of elegant bridge arches. The division of the international and domestic zones within the terminal is represented by the orientation of the roof arches and an 8m wide, glazed skylight. The expression of the three larger arches celebrate the principal routes for passengers when going through the arrival and departure process and also provide covered zones to the drop off and adjacent hotel and business centre.
The terminal building is organised on an orthogonal and repetitive 16x16m grid and has been designed to easily accommodate future expansion. The roof is composed from four repeated elements arranged in an asymmetric composition.