Padre Pio Pilgrimage Church
Renzo Piano
San Giovanni Rotondo, Italy
The newly inaugurated church, will serve the large number of pilgrims visiting the place where Saint Padre Pio used to live.
Visitors are guided up the slope, along a long straight pedestrian path with garden terrace zones extending along its sides.
The path is aligned with the entryway arch to the church and to the great cross that emerges, almost 40 meters tall, as a focal point on arrival. The first nine columns of the parvis, reaching a height of 25 meters, support the eight bells that form the original belltower of the church.
/Renzo PianoI have tried to arrange the vast spaces and surfaces in such a way that the gaze of visitors can be lost between the sky, the sea and the earth.
In the design by Renzo Piano, the worshippers are enveloped by a gigantic snail shape, the outline of which is formed by a three-quarter circle of steadily decreasing radius. The materials, selected to express simplicity and solidity, are local stone, wood and glass. The immense roof skin is finished in pre-patinated copper with a supporting structure of wood and limestone.
The supporting structure consists of two intermeshing rows of Apricena stone arches arranged in a circle, a total of 21, that form an inner and an outer ring with the arches of the outer ring representing scaled-down copies of the inner ones. The arches of the inner ring originate in the centre of the three-quarter circle, where the altar is located.
Since the spans of the arches steadily decrease, with the decreasing radius of the circle, a spiral shape is created that is reminiscent of a snail's shell. The radial structure, divided into sectors seating 300-400, brings the assembly as close as possible to the altar. The arch construction, together with a secondary structural system made of wood, supports the wood ceiling. To allow for a certain amount of play in the event of an earthquake steel cables have been stretched between the arches.
The area, enclosed by the three-quarter circle of the outline, forms the apex of a triangular square that slopes down towards the entrance. The huge stained glass window, set in the stone arch, filters the light entering the church that, otherwise, remains in semi-darkness with only a light well above the altar.
The pavement, covered with slabs of the same stone as the
arches, connects the church and the forecourt, and continues into
the hall, blurring the transition between the forecourt and the
interior. The forecourt holds up to 30,000 people who, because of
the open, connection between church interior and forecourt, can
take part in the celebrations. The crypt, chapels, confessionals
and several modern administrative and event rooms are located in
the 11,000 square meter basement.

Sketch courtesy Renzo
Piano

Drawing courtesy Renzo Piano Building
Workshop

Model photo courtesy Renzo Piano
Building Workshop

Model photo courtesy Renzo Piano
Building Workshop
The cost of the building, which took 10 years to design and
build, has been met entirely by contributions from the
faithful.
The use of the material TECU® Patina creates an interesting link
between tradition and innovation. Copper of the TECU® Patina brand
is already pre-patinated on one side using an industrial process at
the factory, and thus has the appropriate green surface right from
the outset while, at the same time, the working properties of
copper are fully retained. The green patina typical of church roofs
is therefore immediately present without having to wait for decades
of oxidation.
Facts about Padre Pio Pilgrimage Church
Church area:
6,000 m2
Outside court: 9,000 m2
Copper roof surface: 19,500 m2
Architects:
Renzo Piano Building Workshop S.R.L.
Structural engineering:
Consulting engineers:
Wood construction:
Merk Holzbau GmbH & Co KG
Acoustics:
Helmut Müller, Germany
Construction:
Fabbrica Della Chiesa Soc. Consortile S.R.L., Cantiere
Copper specialists:
Copper processor:
WAL S.R.L., Bregnano / Como
Client:
Frati Minori Cappuccini (Foggia province)
Photos courtesy Christian Richters, Münster
Last updated: December 17, 2012
See also
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ExhibitionsRichard Meier. Architecture and Design
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