Comas-Pont arquitectes Carve a Steel Staircase into a Cliff to Restore a Lost Pilgrimage PathComas-Pont arquitectes Carve a Steel Staircase into a Cliff to Restore a Lost Pilgrimage Path

Comas-Pont arquitectes Carve a Steel Staircase into a Cliff to Restore a Lost Pilgrimage Path

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Some infrastructure projects announce themselves. Others slip into a landscape so quietly that the real achievement is only legible once you understand what was missing. The Landscape Staircase in the Vall del Pardís, completed in 2025 by Comas-Pont arquitectes (led by Jordi Comas and Anna Pont), belongs to the second category. Bolted to a stratified sandstone cliff in Manresa, Spain, this 643 square meter intervention recovers a section of the Camino de Ignacio de Loyola, the pilgrimage route Ignatius walked in 1522 while composing the Spiritual Exercises. The path once linked the medieval Pont Vell and Creu del Tort with the Pou de Llum, and served residents of the Les Escodines neighbourhood, particularly women, who used it to reach the Cardener River below.

What makes the project worth close attention is not the fact that it reconnects two points on a map. It is the material and structural logic through which it does so. Comas-Pont treat the cliff face not as an obstacle to overcome but as a geological surface to inhabit. The staircase zigzags against exposed sedimentary rock, held in place by a metal structure and concrete anchors, while its weathering steel skin slowly converges in tone with the amber and rust hues of the stone itself. The result is a piece of public infrastructure that reads simultaneously as landscape, archaeology, and engineering.

Against the Rock

Frontal view of the perforated steel stair tower emerging from layered sedimentary rock beside mature trees
Frontal view of the perforated steel stair tower emerging from layered sedimentary rock beside mature trees
Layered sandstone cliff face with concrete retaining wall above and vegetation filling the lower ravine
Layered sandstone cliff face with concrete retaining wall above and vegetation filling the lower ravine
Vertical metal screen staircase with slatted treads against a stratified stone wall in dappled sunlight
Vertical metal screen staircase with slatted treads against a stratified stone wall in dappled sunlight

The cliff face is the true protagonist here. Layers of sandstone, deposited over millennia, provide a geological canvas against which the staircase reads as a precise, almost surgical, incision. Comas-Pont do not try to mask the rawness of the rock; instead they expose it, allowing the staircase structure to rest against strata of orange and grey stone that look as if they might peel away at any moment. A concrete retaining wall appears where the terrain needs stabilization, but it is kept deliberately modest, yielding visual authority to the geology.

The slatted corten steel enclosure acts as a filter rather than a barrier. From inside, the stone wall is always present at arm's length, textured and warm in afternoon light. From the outside, the tower reads as a vertical element that echoes the verticality of the cliff itself, its perforated skin dissolving into shadow and foliage depending on the hour.

The Descent and the View

Metal staircase descending a weathered stone cliff face beneath colorful residential buildings and summer foliage
Metal staircase descending a weathered stone cliff face beneath colorful residential buildings and summer foliage
Vertical corten steel staircase tower with a person standing on a platform surrounded by dense vegetation
Vertical corten steel staircase tower with a person standing on a platform surrounded by dense vegetation
Upper platform deck framing a view of distant jagged mountains across a valley of trees
Upper platform deck framing a view of distant jagged mountains across a valley of trees

Arriving from the neighbourhood above, the staircase appears beneath the colorful residential buildings of Les Escodines, threading between summer foliage and weathered stone. It is a genuinely urban condition: the structure mediates between the domestic scale of the houses and the wild topography of the ravine. A person standing on one of the intermediate platforms is simultaneously in the city and outside it, occupying a threshold that the lost path once defined and that decades of neglect erased.

At the upper level, a concrete platform with metal deck and railings opens onto a panoramic frame. The distant jagged mountains of the Catalan pre-Pyrenees appear across a canopy of trees, calibrated by the horizontal line of the railing. It is a deliberately composed moment of stillness within an otherwise kinetic sequence of switchbacks and landings.

Structure as Ornament

Looking up through the staircase core with weathered steel slats and exposed rock walls casting shadows
Looking up through the staircase core with weathered steel slats and exposed rock walls casting shadows
View through the narrow metal stair enclosure with rod balusters framing weathered stone and vegetation below
View through the narrow metal stair enclosure with rod balusters framing weathered stone and vegetation below
Interior view through vertical rod balusters with stone cliff face on one side and green landscape beyond
Interior view through vertical rod balusters with stone cliff face on one side and green landscape beyond

Looking up through the staircase core, the logic of the structure is exposed without apology. Weathered steel slats, rod balusters, and mesh balustrades layer against each other, casting compound shadows on the rock. There is no applied finish, no decorative gesture. The ornament, such as it is, emerges from the repetition of structural members and the interplay of light passing through open treads. This is a project that trusts its construction to do the expressive work.

From inside the narrow stair enclosure, the vertical rods frame alternating views: stone on one side, green landscape on the other. The effect is cinematic, each step shifting the proportion of rock to sky. Comas-Pont clearly studied these sequences; the staircase is not merely a means of getting from top to bottom but a calibrated walk through shifting visual registers.

Rebar Detailing and Fabrication

Layered rebar steps with vertical rods penetrating horizontal slat treads
Layered rebar steps with vertical rods penetrating horizontal slat treads
Detail of rebar junction with threaded couplers connecting vertical and diagonal members framed by vegetation
Detail of rebar junction with threaded couplers connecting vertical and diagonal members framed by vegetation
Fabrication workshop with rebar assemblies and a worker in high-visibility vest under blue steel trusses
Fabrication workshop with rebar assemblies and a worker in high-visibility vest under blue steel trusses

The detail photographs reveal something unexpected: the balusters and many of the visible structural members are fabricated from standard reinforcing bar, the kind normally buried inside concrete. Rebar becomes the primary visual material of the staircase, its ribbed surface left exposed and threaded couplers visible at junctions. This is a deliberate inversion of construction hierarchy, bringing a typically hidden element into the foreground and letting it oxidize and weather alongside the corten panels.

Workshop images show the assemblies being prepared under steel trusses, workers bending and connecting bar with the same precision that might go into a bespoke steel sculpture. It is an economical strategy that avoids the cost of custom steel profiles while producing a visual texture that is rough, honest, and entirely appropriate to the geological setting. The diagonal cross-bracing visible in several frames gives the railing a tensile, almost woven quality.

Canopy and Ground

Metal frame stair structure under leafy tree canopy beside a dry-stacked stone retaining wall
Metal frame stair structure under leafy tree canopy beside a dry-stacked stone retaining wall
Aerial view of the concrete plaza with metal deck and railings adjacent to dense tree canopy
Aerial view of the concrete plaza with metal deck and railings adjacent to dense tree canopy
Exposed rebar railing with diagonal cross-bracing against a backdrop of green foliage
Exposed rebar railing with diagonal cross-bracing against a backdrop of green foliage

Where the staircase meets the valley floor, the character shifts. Mature trees form a dense canopy overhead, and the metal structure passes through their branches like a scaffold among trunks. Dry-stacked stone retaining walls, likely remnants of earlier agricultural terracing, appear alongside the new construction, establishing a material dialogue between centuries. At the top, an aerial view shows the concrete plaza acting as a threshold: hard surface on one side, tree canopy on the other, the metal deck mediating between built ground and living landscape.

The rebar railing with its diagonal bracing recurs at the upper levels, framed against green foliage and creeping ivy. There is a deliberate roughness to this edge condition, as if the architects wanted the boundary between infrastructure and nature to remain unresolved, subject to slow botanical negotiation over the coming decades.

Plans and Drawings

Site plan drawing showing a path traced in orange connecting labeled landmarks across topographic contours
Site plan drawing showing a path traced in orange connecting labeled landmarks across topographic contours
Site plan drawing showing angular building volumes nested within contoured topography and scattered vegetation
Site plan drawing showing angular building volumes nested within contoured topography and scattered vegetation

The site plans trace the recovered path in orange, connecting labeled landmarks (Pont Vell, Creu del Tort, Pou de Llum) across topographic contours. What is immediately striking is the linearity of the intervention within a landscape of curved contours and scattered vegetation. The staircase is not a single straight line but a sequence of angular moves, each responding to a specific condition in the rock or the tree canopy above. Building volumes nest within the contours with a precision that suggests extensive surveying of both the geology and the existing root systems.

Section drawing revealing the structure stepping down a sloped site with integrated landscaping
Section drawing revealing the structure stepping down a sloped site with integrated landscaping
Longitudinal section drawing showing multiple floor levels cascading across the hillside terrain with trees
Longitudinal section drawing showing multiple floor levels cascading across the hillside terrain with trees
Construction detail drawings depicting timber truss connections and structural assembly with labeled transversal and longitudinal sections
Construction detail drawings depicting timber truss connections and structural assembly with labeled transversal and longitudinal sections

The section drawings are revelatory. They show the structure stepping down the slope in a cascade of levels, each platform integrating landscaping and planting to blur the edge between built and unbuilt ground. A longitudinal section exposes the full drama of the descent, multiple levels dropping through tree canopy and rock, while construction detail drawings depict the truss connections and structural assembly with labeled transversal and longitudinal sections. The precision of these drawings confirms what the photographs suggest: every joint, every angle of descent, was calculated to work with the specific geology of the site.

Why This Project Matters

Public infrastructure in historic landscapes is notoriously difficult to get right. Too timid, and the intervention disappears into irrelevance. Too bold, and it overwhelms the context it claims to serve. The Landscape Staircase finds a productive middle register: it is unmistakably contemporary in its materials and detailing, yet it defers constantly to the cliff face, the trees, and the memory of a 500-year-old path. The use of rebar as an exposed finish material is particularly compelling, offering a roughness and economy that more polished approaches would have undermined.

Comas-Pont have produced something that functions simultaneously as pilgrimage infrastructure, neighbourhood connector, and geological observation platform. In an era when many cities are rediscovering their topographies after decades of car-centric planning, this project in Manresa offers a concise lesson: the steepest, most difficult terrain often holds the richest architectural opportunities, if you are willing to climb.


Landscape Staircase in the Vall del Pardís, designed by Comas-Pont arquitectes (Jordi Comas and Anna Pont), Manresa, Spain. 643 m², completed 2025. Photography by Adrià Goula.


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