In a historic building, a five-metre wall can be 2-5 cm out of plumb between base and top, a corner can be two degrees out of square, and the floor can vary by 1-3 cm. A standard piece of furniture, designed for right angles and straight walls, leaves visible gaps under those conditions, loses usable volume, creates crevices no one can clean, and ends up vibrating. Bespoke furniture, measured against the finished wall, closes flush and recovers roughly 5% to 15% of the room’s usable floor area, at a surcharge of between 15% and 35% depending on complexity. The steps that lead to that result are few, and they need to be followed in order.
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Why no hotel room is ever truly regular
Anyone furnishing only new-build properties can think in terms of modules. In Italy, however, a very large share of the hospitality stock sits in historic buildings and in properties originally built for other purposes.
The causes add up. Historic stone or solid-brick masonry, hand-plastered, is never truly plumb: differences of 2-4 cm between the base and top of the same wall are normal. Corners are rarely at 90 degrees, and a two-degree discrepancy, which no one notices by eye, opens a gap of over 2 cm at one end of a wardrobe 60 cm deep. In conversions of reinforced-concrete buildings, it’s common to find a column protruding 15-25 cm exactly where the wardrobe should go. Then there are dropped beams, window reveals in walls 40-70 cm thick, niches left by old fireplaces, and pipework and ducting that, in listed buildings, cannot be moved.
From this comes a practical rule: two rooms that look identical on the floor plan actually differ by a few centimetres in reality. Designing them as if they were the same is a recipe for an installation problem.
Measuring against the finished wall
This is the stage that determines everything that follows, and the one where most mistakes concentrate.
The design floor plan describes the intention, not the built reality. Between the drawing and the finished wall, construction tolerances build up: the actual thickness of plaster and skim coat, wall coverings, skirting, flooring and screed, and services stud walls added during the works. Added together, these easily shift a measurement by 3-6 cm. Measuring should therefore take place once the plaster, wall coverings and flooring are complete, or with the remaining thicknesses documented in writing.
On every wall due to receive a piece of furniture, the following are measured:
- the width at a minimum of three points: skirting level, mid-height and near the ceiling, the difference between them determining the fitting strip;
- the height at a minimum of three points along the wall, to catch variations in the floor slab and flooring;
- the squareness of corners, measured with diagonals or a laser tool;
- the plumb of the walls and the flatness of the floor in the footprint area;
- the position and height of every obstruction: columns, beams, pipework, sockets, switches, radiators, junction boxes;
- the dimensions of window reveals and splays, with the actual depth measured at two points;
- the access route, meaning door widths, headroom, stairwell turns, lift dimensions.
That last item is almost always skipped, and it shows on installation day: a perfectly made bespoke piece that won’t fit into the room is a useless piece. This matters especially in rooms with low ceilings, where a wardrobe almost as tall as the room crushes the perception of space unless it’s designed to measure.
Measuring isn’t done with the hotelier’s own tape measure. It requires proper equipment and knowledge of which dimensions are critical for manufacturing, which is why it’s the job of the manufacturer, while the property’s own technician supplies floor plans and services layouts. This service is part of the design stage, and anyone who skips it to save a few hours pays for it on site.
From survey to design: solving columns, corners and sloped ceilings
With the real measurements in hand, the geometry of the piece is decided, and the recurring choices are always the same.
A protruding column isn’t dealt with by reducing the whole wardrobe to the remaining depth, because that loses full-width hanging space at the front. Instead the piece is broken up: a full-depth section where the wall is clear, a reduced-depth module with shelves or open compartments where the obstruction sits, and a back panel shaped to the actual profile. An out-of-square corner is closed with a trapezoidal module or an open unit acting as a joint, rather than forcing two square-cut units against each other. Under a sloped ceiling or a beam, the side panel is cut to the measured slope, with doors of decreasing height or an open compartment at the low end.
On uneven floors, it’s also worth separating the plinth from the body: the plinth is levelled first, then the unit sits on it perfectly level. It costs nothing and transforms the quality of the result.
Installation tolerances to plan for
A bespoke piece isn’t manufactured to the exact dimensions of the opening. If the opening measures 268 cm, a unit that’s also 268 cm wide won’t fit, and if it did, it would jam.
The magnitudes typically used: between two walls, 15-25 mm of overall clearance is needed, closed by filler strips on both sides; with only one side against a wall, 10-15 mm is enough, with the other side left as an exposed panel; towards the ceiling, 20-40 mm is left, closed by a cornice or a strip fitted afterwards; at floor level, 10-20 mm is allowed for, absorbed by adjustable feet and the plinth; to work around a column, 10-20 mm per side is kept, closed by a shaped back panel and trim.
Adjustable feet need to be sized on their actual travel. A foot with 15 mm of adjustment isn’t enough on a floor with a 25 mm variation, and on site you end up wedging pieces of wood under the unit, a fix that doesn’t last and vibrates.
Filler strips and trims: the elements that absorb irregularity
Bespoke furniture is designed with specific components that absorb the error. There are few of them, and they recur.
The side filler strip, or trim, is a vertical profile in the same finish as the unit, typically 30-80 mm wide, fitted last and cut on site to follow the wall’s actual profile. It’s the element that closes the gap, and without it a shaped side panel would need to be produced to a measurement no survey can guarantee to the millimetre. The upper filler strip does the same job towards the ceiling, absorbing the variation in the floor slab above. The shaped back panel works around columns, flues and pipes, and needs cutting at the factory from the survey, not improvised with a jigsaw in the room. The reduced-depth side panel is used where the obstruction only occupies part of the wall.
For bespoke hotel wardrobes, these elements are part of the design from the outset, not fixes bolted on partway through the job.
Manufacturing and labelling by room
This is where bespoke work stands clearly apart from modular furniture: the panel is cut and edged to the measured dimension, rather than chosen from a catalogue of standard sizes. This is what a controlled supply chain applied to hotel contract furnishing actually means.
There’s a simple piece of organisation that avoids days of trial and error on site: every piece leaving our supply chain carries a label with the room number and position, because the piece made for room 204 won’t fit room 205. The survey records stay archived by job, and eight years from now, when an element needs replacing, they’re worth a site visit.
Installing bespoke furniture in the room
With bespoke furniture, installation is part of the product. A well-designed piece badly installed simply doesn’t work.
Four operating conditions need to be insisted on. Finished rooms, with flooring laid, walls painted and services closed up: installing bespoke furniture where painters or tilers still need access means delivering it damaged. Checking the critical dimensions before unloading pieces on the floor. Wall anchoring for every tall unit, with fixings chosen for the actual substrate, since stone, solid brick, hollow brick and plasterboard all need different systems, and the decision is made drill in hand. On-site cutting limited to filler strips only: if side panels or shelves need cutting on site, the survey was wrong, and a side panel cut with a jigsaw has a raw edge that swells with humidity.
Silicone sealant should be used only where it’s genuinely needed, typically on bathroom worktops and horizontal surfaces, and never as a fix for poorly closed vertical gaps. In-house installation teams allow for tighter tolerances, because the people fitting the furniture speak directly to the people who made it.
Bespoke versus modular: comparing the costs
The surcharge for bespoke furniture over a standard piece of comparable build quality is typically between 15% and 35%, with higher figures where there’s complex shaping or sloped-ceiling profiles involved. The comparison between the two quotes, however, almost never accounts for what the standard piece brings with it: building work to adapt it, joinery work on site to close gaps and voids, lost storage volume that translates into complaints about a wardrobe being too small, unusable floor area, and recurring cleaning of the gaps.
A practical way to assess it: in a 16-18 m² room with an irregular wall, bespoke furniture typically recovers 20-40 cm of linear wardrobe space compared with the modular solution. In terms of hanging space, that means serving two guests instead of one and a half. Bespoke costs more than standard, but it recovers floor area that would otherwise be lost, and it should always be weighed within the overall picture of how much it costs to furnish a hotel, room by room.
When modular is the better choice over bespoke
The opposite also needs saying. In regular rooms in recent buildings, with plumb walls and square corners, a good modular contract product is the rational choice: it costs less and is easier to replace. The survey exists precisely to establish which of the two situations applies.
Frequently asked questions about bespoke furniture for irregular hotel rooms
Why can’t I use standard furniture in a historic building?
Because standard furniture assumes plumb walls and 90-degree corners, conditions that almost never occur in historic masonry. The result is irregular gaps of up to 3-5 cm, lost storage volume and crevices that can’t be cleaned. Standard furniture only works where the survey shows the wall is genuinely regular.
When should the survey be carried out?
Against the finished wall, meaning once plaster, wall coverings and flooring are complete, or with the remaining thicknesses documented. A survey carried out at shell-and-core stage is typically wrong by 4-6 cm, because it doesn’t account for plaster, adhesive, flooring, screed and skirting. It’s the most common cause of furniture that doesn’t fit on site.
How much more does bespoke furniture cost than standard?
Typically between 15% and 35% for the same build quality, with higher figures for complex shaping, sloped-ceiling work or corners well out of square. The comparison should include the building work needed to adapt a standard piece, on-site joinery, and the storage volume the standard solution loses.
How do you deal with a column in the middle of the wardrobe wall?
By breaking the unit up rather than reducing the whole thing to the remaining depth: a full-depth section where the wall is clear, a reduced-depth module with shelves or open compartments at the column, a back panel shaped to the actual profile, and a vertical trim to close it off. The back panel is cut at the factory from the survey.
Can I insist on zero gap between furniture and wall?
Technically no. Gaps exist that are closed by the filler strip, the element designed to absorb the wall’s irregularity and cut on site to the actual profile. A supplier who promises zero gaps without allowing for compensating elements either doesn’t know what they’re saying or plans to cut structural parts on site.
Can a bespoke piece be moved to another room?
Generally not, and it’s a limitation to bear in mind from the moment of ordering. A piece made to the dimensions of a specific room rarely fits another, even a nominally identical one. This is why bespoke furniture is justified for rooms that remain as they are for the whole life of the furnishings, typically twelve to fifteen years.
Who should carry out the survey, the supplier or my own technician?
The manufacturer, because they know which dimensions are critical for production and take responsibility for the result. The property’s own technician provides floor plans, constraints and services layouts. A survey carried out by the client with a tape measure isn’t a sufficient basis for a bespoke order.
How much space is actually recovered?
In a 16-18 m² room with irregular walls, typically 20-40 cm more of linear wardrobe space than with a modular solution, plus the volume above the unit when it’s built up to the ceiling. In terms of the room’s usable floor area, the recovery is typically between 5% and 15%, concentrated exactly where it’s needed.
