Bloc: Modular Urban Furniture That Reclaims the City's Forgotten Spaces

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This article was written by UNI and published on uni.xyz, a platform for design professionals and creative thinkers.

Q: What is "Bloc: Modular Urban Furniture That Reclaims the City's Forgotten Spaces" about?

This article covers topics related to Urban Furniture, Modular Furniture, Blocs, Expandable Furniture, Furniture Design, Urban Intervention, Urban Bench, Tactical Urbanism, Flexible Spaces, Product Design, Urban Fabric, Street Furniture, Modern Furniture. A cellulose-polymer kit of parts turns extra-wide sidewalks and parking buffers into seating, bike racks, and performance stages.

A cellulose-polymer kit of parts turns extra-wide sidewalks and parking buffers into seating, bike racks, and performance stages.

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Every city has them: the oversized sidewalk that nobody sits on, the parking buffer that collects litter, the ambiguous strip between road and building that serves no one. These interstitial zones are byproducts of zoning geometry, and they rarely attract the kind of design attention that parks or plazas receive. Bloc proposes that the fix doesn't require permanent construction or massive budgets. It requires a box. Two cubes, each 48"x40"x37", snap together with simple connectors to form benches, planters, bike racks, amphitheater seating, or performance platforms. Rearrange them next week when the need changes.

Designed by Sam Lynch, Vicki Myers, Jordan Rhodes, and Robert Taylor, Bloc was a Runner-up entry in Urbanscape 2018. The competition asked entrants to rethink urban landscapes, and this team responded with a system rather than a single object: a toolkit of identical modules whose power lies in recombination. The result is a convincing argument that the smallest unit of urban design can also be the most adaptable.

Reading the Gaps in a Streetscape

Street view of historic brick storefronts with a paved plaza and orange compact car under dramatic clouds

Axonometric drawing of white slatted benches and planters with integrated vegetation in modular arrangement

The street-level view shows the kind of site Bloc is designed for: a paved plaza fronting historic brick storefronts, wide enough to accommodate pedestrian flow and then some, but empty of any reason to linger. It is a space defined by absence. The axonometric drawing reveals how Bloc fills that absence without overwhelming it. White slatted benches and integrated planter modules slot into the streetscape at human scale, introducing vegetation and seating without blocking sightlines or requiring permanent footings.

The modular arrangement is deliberate: planters anchor clusters of seating, creating micro-zones that give individuals permission to stop, sit, and stay. Because every module shares the same base dimensions, the layout can be reconfigured seasonally or event by event. A café might pull benches into conversational groupings on a weekend morning; a market organizer might line them up as display surfaces by Friday afternoon.

One Module, Multiple Identities

Two bicycles locked to a white vertical slat bike rack in a rendering

Perspective rendering of white slatted platform with enclosed seating area and dark chairs

The bike rack rendering demonstrates how the same slatted vocabulary serves a completely different programme. Vertical slats provide secure locking points for bicycles while maintaining visual transparency, so the rack reads as furniture rather than infrastructure. Compare that with the enclosed seating platform in the next image, where the slats form a raised deck with low walls and dark chairs tucked inside. Same material language, same connector logic, entirely different spatial experience.

This versatility is the core proposition of Bloc. The designers aren't offering a bench catalogue; they're offering a grammar. Connectors allow modules to be stacked, rotated, and linked end to end, producing configurations that range from intimate two-person seats to amphitheater-style terraces for cultural events. The consistency of the 48"x40"x37" unit keeps visual coherence across all configurations, so a streetscape furnished with Bloc reads as a designed system rather than a collection of unrelated objects.

Cellulose Polymer and Embedded Intelligence

Public plaza with white modular seating elements and pedestrians beneath murals on brick party walls

Material choice matters when furniture lives outdoors year-round. Bloc's modules are fabricated from a cellulose-based polymer derived from repurposed waste products. The material is biodegradable, nontoxic, fire-resistant, and requires no chemical treatment, giving it clear advantages over conventional wood or painted steel. Its strength-to-weight ratio means modules are light enough for citizens to reposition without equipment, reinforcing the ethos of community ownership.

The public plaza scene with its white modular elements, pedestrians, and mural-covered party walls hints at the technology layer embedded in each module. Surfaces carry a photocatalytic coating that reacts with airborne pollutants to self-clean, cutting municipal maintenance costs and eliminating the need for harsh cleaning chemicals. Printable nanosensors can turn module faces into interactive displays responsive to touch and deformation. LED strips powered by integrated solar cells provide task and ambient lighting after dark, controllable via Bluetooth. These features don't dominate the design; they operate quietly beneath the slatted skin.

Scaling from a Corner to a City Block

Street corner with white slatted furniture, bike racks, pedestrians, and cylindrical brick building in background

Rendering of a white corrugated installation winding through a vacant urban lot with pedestrians and brick buildings

Two renderings show Bloc at different scales. At the street corner, a compact cluster of benches and bike racks activates a single intersection, turning dead pavement into a node of pedestrian activity alongside a cylindrical brick building. In the vacant lot rendering, a longer corrugated installation winds through an entire block, creating a pathway, seating sequence, and informal boundary all at once. Pedestrians move through and around the structure, which defines space without enclosing it.

The jump in scale is significant. Many modular furniture proposals work at the single-bench level but lose coherence when multiplied. Bloc maintains its visual identity across both conditions because the slatted module remains legible at every quantity. A single cube is clearly a seat. Twenty cubes linked end to end become a landscape. The system scales because its base unit was designed to be a fragment of something larger, not a finished object in isolation.

Why This Project Matters

Interstitial urban space is one of the largest untapped resources in any city, and it is growing as roads narrow and parking lots shrink. Bloc addresses this resource with a strategy that is genuinely bottom-up: lightweight, reconfigurable, and legible enough for non-designers to assemble. The choice of biodegradable cellulose polymer aligns environmental responsibility with practical performance, and the integrated sensor and lighting technologies offer a plausible path toward smart street furniture without the dystopian overtones of surveillance infrastructure.

What distinguishes the work of Lynch, Myers, Rhodes, and Taylor is their refusal to treat urban furniture as static decoration. Bloc is a civic tool. It gives communities the agency to reshape their own streetscapes in response to shifting needs, whether those needs involve morning commuters locking bikes, afternoon crowds gathering for a pop-up performance, or evening strollers looking for a well-lit place to sit. That kind of temporal flexibility, built into a single repeated module, is a quietly radical idea, and it deserved every bit of its Runner-up recognition at Urbanscape 2018.