Most custom seating problems are not about style; they are about the building. Older buildings, mezzanines and adaptive-reuse projects present conditions that standard sections cannot meet, and site-built millwork is slow, inconsistent and hard to upholster well. This collection is our engineering line: frames designed around the condition, with the details that make them buildable and maintainable.
Conditions and how we resolve them
| Site condition | Item | Key engineering detail |
|---|---|---|
| Long unbroken wall | Continuum Run | Sections joined on seam lines; one continuous top trim |
| Curved or segmental wall | Variable-Radius Curve | Frame built to surveyed radii; back follows the curve |
| Structural column | Column Wrap | Four-sided seating built around the column cladding |
| Sloped ceiling, under-stair | Raked-Back | Back height steps down to follow the rake |
| Stepped floor levels | Stepped Tier | Base and seat step with the floor |
| Out-of-square corner | Radius Corner | Square to the walls outside, radiused inside |
| Mezzanine edge | Guardrail Banquette | Guard and seating as one assembly, engineered to code |
| Radiator under window | Sill-Height Banquette | Low back below the sill; grille for convection |
| Services in the wall | Service-Access Banquette | Removable back panel and ventilated base |
| Views or stage | Tiered Viewing | Raised rear row on a platform |
What we need from you
A dimensioned survey of the actual condition (not the design-intent plan), floor finish and level, wall construction behind any fixing point, and the access route into the space. For curved walls we work from either a radius schedule or a set of offsets taken at regular intervals along a chord. For guards and anything that takes structural load, the project engineer of record must review and approve the fixing and load path; we supply the frame design and calculations basis for that review.