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Cours Philippe Chatrier Roland Garros


Flexlight range
Xtrem TX30-II
Shading structures
Translucent roofs
Project Participants
New architecture for the Philippe-Chatrier tennis court

A French Tennis Federation (FFT) initiative, the massive Roland Garros tournament modernization project, includes a restructuring programme of the central court scheduled to cover three years (2017-2020). The court's renovation had to meet three essential objectives set by the FFT: to enable games to be played throughout the day, even during inclement weather, to enable evening sessions to be organized and improvements made in occupant facilities, particularly for players. It is also important for the stadium to maintain its open-air status, bathed in sun and daylight.

An emblematic site steeped in history
Roland Garros represents much more than just an annual sporting event. It is also resonates with history and a unique atmosphere appreciated by players and public alike. Preserving the stadium's appeal and character was a key requirement in the renovation specifications. Stadia are often major landmarks in cities all over the world, distinguished by unique architectural characteristics and an environmental quality designed to protect the spectators. A powerful visual statement we can often discern from afar, invariably standing as a city's point of reference.


The concept

The concept

The project's architectural remit was to give the impression of the building becoming increasingly lighter the higher it rises; starting from a concrete base to finish with a steel framework covered in fabric. The roof as such consists of 11 wings which unfold independently. Once folded, they nest together over the court's north stand. The elements used in the design have evolved to evoke the tournament's eponymous aviator, Roland Garros, and the wings of his biplane.

retractable wings court Philippe Chatrier Roland Garros

The wing structure consists of steel beams made in the Venice region by Italian company Cimolai. The interlining is made of Serge Ferrari flexible composite membranes, selected according to rigorous criteria of durability, sealing, high translucency and acoustics. The double-curved tensile membrane, combined with Précontraint® technology, provides the dimensional stability needed to allow for the creation of the unique forms designed by the architect.

Want to know more about our Roland Garros Saga ? Check out the #2 episode

Want to know more about our Roland Garros Saga ? Check out the #3 episode


Architect and engineer DVVD, who designed the deployable coverage system

"Inspired by aviator Roland Garros' biplane, the elements used in the roof were inspired by aircraft wings in terms of their form, materials and structure,"