Ice Cube Sochi – Russian Curling Centre

Ice Cube Curling Centre, Olympic Park Sochi, Russia, Pictures

Ice Cube Sochi : Russian Curling Centre

Russian Sports Venue

5 Feb 2014 + 23 Jul 2013

Ice Cube Curling Centre

‘Ice Cube’ Curling Centre in the Olympic park of Sochi, Russia

Capacity: 3,000
Construction cost: $14 m
Events: Curling

The construction of an Olympic sports facility in Sochi – The Ice Cube Curling Centre:
Ice Cube Curling Centre Sochi Russia
photo by SC Olympstroy, all rights reserved

The construction of winter sports facilities is always a significant challenge for building engineers as there are so many intricacies to consider, such as the need for multilevel ventilation. Much depends on how well services such as mechanical ventilation and air conditioning are performing, in terms of both the comfort and well-being of athletes and fans – and the condition of the ice and of the building itself. In the event of the failure of any systems, moisture in the form of condensed water vapor can settle within the building structures and the utilities, thereby potentially shortening the life of a facility and making conditions unpleasant – or even unsafe – for occupants, especially if it affects the ice rink. Such complex structures demand high quality materials with proven performance and reliability.

The Ice Cube Curling Centre is one of the key sports facilities within the Olympic park. Taking inspiration from the shape of a curling stone, the designers specified hi-tech materials in different tones varying from gray to silver to decorate the curving structure. The building has been clad with ‘sandwich’ panels applied as element-by-element assembly, the key elements of which include base structure, insulation, membrane and exterior cladding.

In order to ensure the smooth operation of ventilation and to reduce air conditioning costs a total of 12,000 square metres of DuPont™ Tyvek® advanced breather membranes have been applied to the walls and roof of the building. DuPont™ Tyvek® membranes have unique properties offering protection against weather conditions such as rain, snow and wind. In addition, moisture vapour diffuses freely through the natural pores in the membrane structure, optimising interior climate, while the airtight membranes work as part of a holistic solution for improved thermal performance and energy-efficiency.

The lower level of the stadium façade is constructed from insulated glass units with a mirror-like finish to echo the reflectivity of the ice within. To the interior, the ice curling field is made up of 4 tracks, surrounded by facilities for the athletes and their support teams, plus referees and press, with stadium seating above. The second tier of the arena features facilities for officials, families and VIPs.

The first trial competitions in the arena took place in February 2013. The ice rink hosted the Wheelchair Curling World Cup followed by the Junior Curling World Cup in March. Competitors, officials and spectators alike were full of praise for the quality of the rink and the arena as a whole.

Construction of an Olympic sports facility in Sochi – Ice Cube Curling Centre:
Ice Cube Curling Centre Sochi Russia Ice Cube Curling Centre Sochi Russia
photos by SC Olympstroy, all rights reserved

About DuPont™ Tyvek® ( – Invented by DuPont research and development laboratories in the late ‘60s as a premium material for personal protection and packaging, DuPont™ Tyvek® is manufactured using a unique, proprietary technology, and has, over time been discovered and developed as ideally suited to a variety of further applications and markets. Around 1990, it was first adopted as a breather and water proof membrane for roofs and walls for building construction in certain countries in Europe.

Between 1990 and 1995, it was introduced to the Nordic Countries (Scandinavia), Switzerland, Germany and then to the United Kingdom. Today, DuPont™ Tyvek® is marketed in 35 countries in the Europe Middle East and Africa region, in addition to the USA, Canada and many other countries in the other regions. In 2005, the entire range of DuPont™ Tyvek® membranes achieved CE certification, the first to do so in the building membrane market.

About DuPont Building Innovations – DuPont™ Tyvek® is a product of DuPont Building Innovations. From innovative energy-saving systems to beautiful and long-lasting surfacing solutions, the extensive offering of DuPont Building Innovations delivers safety, durability, beauty and energy efficiency, providing a major contribution to the modern built environment – across the spectrum of building and architecture, roads, bridges and other infrastructure and also to landscaping and gardens, as well as to the preservation or the renovation of contemporary and historical constructions.

The main products and brands managed by DuPont Building Innovations are DuPont™ Corian® (high efficiency finishing surfaces for interior design and architecture), DuPont™ Tyvek® (hi-tech building membranes), DuPont™ Energain® (energy saving panels), DuPont™ Typar® (geotextiles for the building industry), DuPont™ Plantex® (geotextiles for the landscape gardening).

DuPont has been bringing world-class science and engineering to the global marketplace in the form of innovative products, materials, and services since 1802. The company believes that by collaborating with customers, governments, NGOs, and thought leaders we can help find solutions to such global challenges as providing enough healthy food for people everywhere, decreasing dependence on fossil fuels, and protecting life and the environment. For additional information about DuPont and its commitment to inclusive innovation, please visit

Ice Cube Curling Centre images / information received 230713

To see all listed projects on a single map please follow this link.

Russian Architecture

Sochi Architecture

Federation Island Sochi
Erick van Egeraat Architects
Federation Island Sochi
image from architects

Sochi Building

Snow Russia
Architects: A.Asadov, K.Saprichan, V.Korotaev, A.A.Asadov, M.Malein, B.Nasyrov
Snow Russia Design
image from architects

Snow Russia

Sputnik Sochi

DuPont® Links

The Cineroleum
The Cineroleum London
photo courtesy of The Cineroleum, all rights reserved

DuPont AirGuard Smart

DuPont Building Innovations

DuPont Energain

Russian Architecture

Russian Building Developments

Nizhny Novgorod Sports complex
Wilkinson Eyre Architects
Nizhny Novgorod Sports complex
image from Caro

Russian Sports complex

Rostov Stadium, Rostov-on-don
Rostov Stadium Russia
image from architect

Rostov Stadium

Dynamo Stadium, Moscow – 2018 FIFA World Cup Venue
Dynamo Stadium Moscow
image © (Designed by) Erick van Egeraat
Dynamo Stadium

Russian Buildings

Comments / photos for the Ice Cube Curling Centre page welcome

Ice Cube Curling Centre