Ovaland Bridge: A Timber Organism That Breathes Above Copenhagen's Canals

What if a bridge behaved less like infrastructure and more like a living organism? Ovaland Bridge takes that provocation seriously, proposing a laminated timber exoskeleton that swells into three bulbous volumes over Copenhagen's canal network. Organized around two spatial "cores" modeled on the logic of biological cells, the structure communicates through visual transparency, spatial permeability, and continuous movement. It is simultaneously a crossing, a public square, a gallery, a café, and a reading room: a single architectural system that refuses to accept the bridge as a transitional afterthought.

Designed by Hanan Jewhar and Emily Pearce, the Ovaland Bridge is conceived as Copenhagen's first modern timber hybrid bridge. The project responds directly to the city's deep cycling culture, environmental commitments, and appetite for progressive urban design. Rather than adding another flat slab across the water, the designers propose a curvaceous rib structure that twists and flows along its length, admitting light, air, and canal views while stacking public programme across multiple levels.

Three Bulbous Volumes Over the Water

From the waterfront, the bridge reads as three swollen timber shells connected by a continuous exoskeleton, their organic silhouette softening the hard canal edge. Boats pass beneath the structure, and the opening mechanism reinforces the idea of the bridge as an adaptable organism rather than a fixed object. The laminated timber ribs define the enclosure while keeping it porous: gaps between members let the sky in and allow occupants to track weather, water, and boat traffic from the interior.

Inside, the spatial logic becomes immediately legible. A yellow-coded ramp sweeps cyclists and pedestrians through the structure beneath the curved timber ceiling. Three distinct circulation tracks, fast, slow, and high, separate users by speed and intention. The fast track offers a direct crossing for commuters. The slow track meanders through interior public spaces, inviting pauses and exploration. The high track ascends to an elevated lookout with panoramic views of the canal and city skyline. Separating these flows ensures both safety and the freedom to choose your own experience of the bridge.

Spiraling Ramps and Bicycle Parking Below the Ribs

At ground level, the programme thickens. A spiraling red ramp connects the canal-side approach to the upper circulation levels, while bicycle parking and planted beds occupy the sheltered zone beneath the timber structure. The ramp geometry keeps vertical movement fluid and uninterrupted, avoiding the stair-and-landing model that tends to stall foot traffic. Planted beds soften the base and begin to blur the boundary between architecture and landscape, reinforcing the biological analogy at the project's conceptual core.

The riverside elevation, seen under a heavy Copenhagen sky, reveals the full drama of the exoskeleton. Laminated timber arches span between the solid base cores that anchor the structure on either bank, their rib spacing tightening and loosening to modulate light and enclosure. The effect is less engineered truss and more whale skeleton: a structural expression that feels grown rather than assembled. By making the primary material do both structural and spatial work, the designers compress the typical layering of structure, cladding, and interior finish into a single legible system.

A Café and a Library Inside a Bridge

The most unexpected moments happen when the bridge stops behaving like a bridge altogether. A café occupies one of the interior volumes, its curved service counter and yellow seating nestled beneath angled timber framing. Light filters through the rib gaps, casting shifting patterns across surfaces throughout the day. The space feels genuinely hospitable, not like a concession stand bolted onto infrastructure, but like a destination in its own right.

Deeper into the structure, a reading room lines its walls with curved bookshelves beneath intersecting timber arches. Reading tables follow the organic geometry, and the overall atmosphere suggests a contemplative pocket carved into the body of the bridge. These programmatic insertions, along with galleries and a central piazza described as a green inhabitable void, transform everyday movement across the canal into a shared urban experience. Visual permeability between levels means occupants are always aware of other activities happening above, below, and across the structure, fostering the kind of casual social connection that most bridges simply cannot provide.

Why This Project Matters

Ovaland Bridge matters because it takes a piece of infrastructure that cities rarely question and asks it to do significantly more. Copenhagen already leads in cycling infrastructure and sustainable urban policy. The provocation here is that the bridge itself can be a site of public life, not merely a conduit between two points. By stacking café, gallery, library, piazza, bike storage, and three distinct circulation tracks into a single timber shell, Jewhar and Pearce demonstrate that density of programme and clarity of movement are not mutually exclusive.

The commitment to timber as the primary structural and spatial material also carries weight. Proposing Copenhagen's first modern timber hybrid bridge is a bold claim, but the design backs it up with a coherent logic: the rib framework simultaneously carries load, defines enclosure, and filters light, eliminating redundant material layers. If cities are serious about decarbonizing infrastructure, projects like Ovaland Bridge suggest that the timber bridge is not a nostalgic gesture but a forward-looking structural proposition with genuine urban potential.

View the Full Project

About the Designers

Designers: Hanan Jewhar, Emily Pearce

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Project credits: Ovaland Bridge by Hanan Jewhar, Emily Pearce.