In Bath the room is the specification, and the room was built before the kitchen existed
A kitchen brief in Bath starts with a room that was never designed to hold one. The terraces and villas that make up most of the city were laid out with a scullery at the back. A range against a chimney breast, and a ceiling height that was decided by the floor structure above it. Dropping a modern kitchen into that space is not a fitting job; it is a drawing job, and the drawings have to start from the room instead of from a cabinet range.
This guide is arranged the way that work is arranged. First the four house types that come up most often and what each one does to a layout, then the five readings that have to be taken before anything is specified. Then the three constraints that shape almost every period plan, then the specification worth comparing, and finally the practical question of getting a crated set into a terrace.
One thing is worth saying at the start, because it changes how the rest reads. A stainless body is cut, grooved and folded from sheet, which means an out-of-square wall is a drawing problem instead of a manufacturing obstacle. This is why a made-to-measure body suits a period room so well: the irregularity that defeats a fixed-size cabinet is simply a measurement on a drawing.
Four house types, five readings, and one build standard that has to survive all of them
A kitchen in a Bath terrace, villa, townhouse or upper-floor conversion is shaped by sash windows, chimney breasts, ceiling lines that step, and walls that are out of square by more than a modern kitchen expects. The buying sequence that works is to read the room first, resolve the three fixed constraints second, and compare the build standard third, the reverse of how most kitchens are sold. Get that order right and a period room takes a made-to-measure body without the usual compromises.
Custom kitchen cabinets bath: the four house types and what each one asks for
The city is more varied than it looks from the Royal Crescent. Most kitchens we see fall into four groups, and each group has a characteristic kitchen and a characteristic difficulty. Knowing which group a house belongs to shortens the brief considerably, because it predicts where the compromises will be needed.
The table below is descriptive instead of prescriptive. Its purpose is to let you recognise your own room and arrive at the survey already knowing which measurements matter most.
- House type: The kitchen it usually has. What it forces on the layout. What it allows
- Narrow terrace, two or three storeys: A single run along one wall, sometimes with a return under a window. Shallow base units, a tall block that has to be slim, everything in one line of sight. A full-height block at the end of the run, and a worktop cut around the window
- Semi-detached villa with a rear extension: A wider room with a chimney breast on one side and doors at the other. The run has to step around the breast, and circulation has to survive the stepping. An island or a peninsula, where the room is genuinely wide enough to take one
- Georgian townhouse, upper floor: A long narrow room with a sash window and a fireplace alcove. Ceiling height changes at the front wall, and the alcove is either used or lost. A tall larder in the alcove and a full-height block scribed to the window head
- Converted flat or basement: An irregular footprint with services along one wall and limited head height. Duct boxing, low soffits and a stepped floor all have to be resolved in the same drawing. A compact made-to-measure run that uses every millimetre of an awkward footprint
The five readings that decide a period kitchen
The second of those readings is the one that most often surprises a client from a modern house. Floors in older buildings are rarely level across a run, and ceilings are rarely parallel to them. That does not make a full-height kitchen impossible; it makes it a scribing job instead of a cutting job. The scribed line has to be taken in the room with the run already in position at the ends.
If you want the whole sequence of commitments that follows from these readings, the made-to-measure builds page sets them out in the order a project takes them. The custom build guide separates the body, the interior and the front so you can see which decisions survive a change of mind.
- Reading: Why it decides the plan. What goes wrong when it is assumed
- Every wall measured separately, at skirting and at worktop height: Period walls are out of square, and the difference often changes along the run. The end panel is short of the wall at the top and long at the bottom
- Ceiling height at both ends of the run and at the mid point: Floors and ceilings in older houses move independently of each other. A full-height block leaves a wedge of shadow at one end
- The chimney breast: width, projection and height of its opening: The breast is usually the strongest feature in the room and the hardest to work around. A dead recess behind the run, or a run that stops short of the wall
- Window: sill height, reveal depth, head height, and how the sash opens: The sink and the tall units are both positioned against this reading. A tap that cannot be raised, or a tall unit that fouls an opening sash
- Service positions: waste, water, power, and any boxing already in the room: They fix what can move and what has to be drawn around. A cabinet notched by hand on site because a pipe was not recorded
Chimney breasts, sashes and ceiling lines: the three constraints that shape the plan
Almost every period kitchen plan is decided by three features, and each of them has a small set of sensible responses. Choosing the response early is what keeps the rest of the room open.
The chimney breast is the first. It is normally the reason a kitchen cannot be a single straight run, and it is also the reason a period kitchen can look better than a modern one. Treat it as part of the composition instead of as an obstacle. Boxing it flush and panelling the face is the usual answer; leaving a shallow recess behind the run is the usual mistake, because the recess is unlit, unreachable and visible from the doorway.
The sash window is the second. It fixes the position of the sink in most plans, and it sets the limit for anything full height. The measurement that matters is the head height and the depth of the reveal, not the sill height. This is because Those decide whether a tall block can run up to the window line or has to stop short of it. Where the sink sits under the window, the tap has to clear the sash when it is open, which is a number instead of a judgement.
The ceiling line is the third, and the quietest. In a house where the floor above has moved, the ceiling slopes gently across the room. A tall block cut to a nominal height will show that slope as a widening wedge of shadow. A block scribed to the measured line will not, and the scribe is decided at the drawing stage so that the top panel arrives cut instead of trimmed on site.
| Constraint | Response that works | Detail to settle before anything is cut |
|---|---|---|
| Chimney breast projecting into the run | Box the breast as part of the composition and panel its face to match the fronts | The exact projection at both edges, since the face may not be parallel to the wall |
| Sash window with a deep reveal | Return the worktop around the reveal and set the sink clear of the opening sash | Reveal depth and the swing of the sash at full opening |
| Ceiling sloping across the run | Scribe the top of a full-height block to a line taken in the room | Ceiling height at three points, with the run roughly positioned |
| Wall out of square along the run | Measure each wall separately and take the difference up in the closing end panel | The measurement at skirting level and at worktop level |
| Waste pipe boxed at skirting level | Notch the base and the plinth during manufacture to clear the boxing | The boxing dimensions and how far it runs |
| Floor that steps between two zones | Set the run on levelling feet and cut the plinth to the change in level | The height of the step and where it crosses the run |
| Fireplace alcove beside the run | Use the alcove for a tall larder drawn to the opening | The internal width and height of the opening, plus its depth |
Listed and conservation settings: what to settle before the design
A large part of Bath sits within a conservation area, and a smaller part is listed. That is a matter for the building instead of for the cabinets, and the sensible approach is to establish what applies to the property before a layout is fixed instead of after.
Two points are worth being clear about. The first is that a made-to-measure cabinet is normally treated as a fitting instead of a structural alteration. So The questions that come up tend to concern the fabric of the building: what is fixed to which wall, what is drilled into stone or into a party wall, and whether anything is being removed. The second is that this is a question for the local authority and, where the property is listed, for a specialist adviser, not for a kitchen supplier. We can describe exactly what our installation involves so that the question can be answered properly, but nobody should take a fabricator word on a planning matter.
The practical effect on the design is modest and usually helpful. A layout that keeps the chimney breast visible, uses the alcove as a tall larder. Closes against the ceiling with a scribed line instead of with a boxed bulkhead tends to be the layout that suits both the building and the people living in it. The designs that run into difficulty are the ones that remove a feature in order to gain a few hundred millimetres of storage.
The specification to compare before you choose a build
Kitchens in period rooms fail for the same small set of reasons: a body that goes out of square, a front that swells at a wet edge. A hinge that pulls out of a panel, and a top that pools water because the fall was set by eye. Every one of those is decided by specification instead of by style, and every one can be checked on paper before an order is placed.
Use the table below as the comparison grid. Whatever the design looks like, these are the eight rows that decide whether it lasts.
| Element | What to look for | Why it matters in an older room |
|---|---|---|
| Body grade | A named grade written part by part, with a mill certificate carrying a heat number | A wet, cold room with poor ventilation is where an unnamed grade shows itself at the fixings |
| Body gauge | Around 0.45 mm for the body sheet, with the front skin stated separately | A thinner body panel deforms when it is scribed to an out-of-square wall |
| Panel build | A bonded core instead of a hollow framework, with the finished thickness stated | A bonded panel stays flat across its whole face, which makes a long run read as one piece |
| Fronts | A stated skin thickness and a lacquer coating with a hardness figure | A period kitchen is wiped down far more often than a new one, and a soft coating marks early |
| Hardware class | Hinge and runner ratings given as load and cycle figures | A heavy door on an under-rated hinge pulls out of the panel, and that repair damages the front |
| Fixings | Inserts embedded during manufacture instead of drilled on site | Stone and brick do not forgive a fixing that has to be moved |
| Worktop and sink | A welded sink with the fall and the upstand resolved in the same sheet | An older room is rarely level, so drainage has to be built in instead of assumed |
| Lead time and access | Working days quoted from the approved drawing, and a crate plan matched to the route in | A period terrace has a specific set of doors and stairs that the crates have to fit |
Access, delivery and installation in a terrace
The last thing to get right is also the easiest to overlook. A made-to-measure run arrives crated, and the crate plan is decided by the access notes in the brief. In a modern house the assumption that a long run can be carried in as one piece is usually safe. In a narrow terrace with a turn at the top of the stairs, an internal door at the back of a passage and a step down into the kitchen, it very often is not.
Send four things with the brief and the crate plan can be matched to the route instead of guessed: the width of the narrowest doorway. The width of the stair at its tightest turn, whether there is a lift, and whether anything has to be lifted over a wall or through a window. A set that has been planned for its route arrives in the order it will be installed, which shortens the installation and removes the reason installers improvise.
Installation itself is then largely assembly and levelling, because the panels arrive cut, grooved and finished. The work that remains is the joint at the wall, the scribe at the ceiling line, the top, and the connections: none of which involves cutting a cabinet open in your kitchen.
| Access situation | How the set is planned for it | What to send in the brief |
|---|---|---|
| Narrow doorway at the back of the house | The run is split into the shortest sections that still close cleanly | Clear width of the doorway with the door off its hinges |
| Stair with a turn at a half landing | Long units are built as two pieces joined on a manufactured joint instead of on site | Width of the stair at the tightest point and the height of the turn |
| Upper-floor townhouse kitchen | Sections sized to the landing and to the turn into the room | Whether there is a lift, and its internal dimensions if there is |
| Access over a wall or a basement area | Crates are split by weight as well as by length for lifting by hand | Whether the route involves lifting over a wall or down an area |
| Long, level approach with double doors | A longer run can be built as one piece, which shows fewer joints | Confirmation that the widest opening is a double door and that it is available on the day |
| Installation while the house is occupied | Crates are sequenced so the working room stays usable for as long as possible | The order in which you want the room to become unusable |
From survey to delivery: what the order looks like
A Bath order follows the same sequence as any made-to-measure kitchen, with one difference at the start: the survey has more to record. The two days spent on wall readings, ceiling heights and obstruction dimensions are the cheapest part of the whole project and the part most likely to prevent a problem later.
Production then runs about thirty-five working days from the approved drawing, with the fastest series coming through in about twenty-five. The clock starts at approval instead of at enquiry, so a brief that arrives complete tends to finish sooner than one that is corrected in stages: every correction costs queue position as well as drafting time.
Eight questions about kitchens in Bath period houses
These are the questions that come up most often once a period room has been measured and the drawings are on the table.
Can a modern kitchen be fitted into a period room without losing the features?
Yes, and the layout that does it is usually the one that treats the chimney breast and the alcove as part of the design instead of as obstacles. The breast stays visible and its face is panelled to match the fronts; the alcove becomes a tall larder drawn to the opening; the run closes against the ceiling with a scribed line instead of a boxed bulkhead. The kitchens that lose their character are the ones that remove a feature to gain a few hundred millimetres of storage.
How far out of square do period walls usually turn out to be?
Enough to matter over a run, and it varies along the wall as well as across it. This is why every wall is measured separately at skirting level and at worktop height instead of one figure being taken and the rest assumed level. A made-to-measure end panel absorbs a few millimetres invisibly; a filler strip absorbs a large gap visibly, and it is the first thing anyone standing in the doorway notices.
What happens if the ceiling slopes across the kitchen?
The top of a full-height block is scribed to a line taken in the room instead of cut to a nominal height, so the block follows the ceiling instead of showing the slope as a widening shadow. The scribe is decided at the drawing stage, which means the top panel arrives already cut. Trimming a panel on site to meet a sloping ceiling is the alternative, and it removes the protective edge in the process.
Do I need permission to fit new kitchen cabinets in a listed building?
That is a question for the local authority and, where the property is listed, for a specialist adviser instead of for a kitchen supplier. In practice the questions tend to concern the fabric of the building, what is fixed to which wall, what is drilled into stone or a party wall, and whether anything is being removed, instead of the cabinets themselves. We describe exactly what our installation involves so the question can be answered properly by the people qualified to answer it.
Is a stainless body suitable for an old, cold room?
It is well suited to it, provided the grade is named part by part and carries a mill certificate with a heat number. A wet, poorly ventilated room is exactly where an unnamed grade reveals itself, at the fixings instead of on the face. Stainless also does not swell at a wet edge the way a timber-based front can, which matters in a room that is wiped down more often than a modern one.
A tall unit will not fit my ceiling. What are the options?
Three, and all of them are drawing decisions. The block can be scribed to the measured ceiling line, which keeps it full height and looks continuous. It can stop deliberately below the ceiling with a shadow gap sized as a design detail instead of left as an accident. Or the alcove beside the chimney breast can take the tall storage instead, which is often the neatest answer because the alcove already has a head height of its own.
How do the crates get into a narrow terrace?
The set is planned for its route. Long units are built as two pieces joined on a manufactured joint, and crates are split by length and by weight so they can be carried through the narrowest doorway and turned on the tightest stair. That planning depends on four things being sent with the brief:
- The clear width of the narrowest doorway.
- The width of the stair at its turn.
- Whether there is a lift.
- Whether anything has to be lifted over a wall.
How long does an order take from the survey to delivery?
Production runs about thirty-five working days from the approved drawing, with the fastest series at about twenty-five. The survey and the drawing sit in front of that clock, and the clock starts at your written approval instead of at the enquiry. Sending the room readings and the appliance schedule together is the most reliable way to shorten the whole programme, because a drawing approved once is faster than a drawing approved three times.
Where to go next
Send the room readings with every wall measured separately, the ceiling height at three points, the chimney breast dimensions and the window reveal. The reply comes back as a drawing instead of a range card: the run cut to the room, the alcove used. The scribe line set, and the grade, the gauge, the core, the hardware rating and the lead time named in writing.
The product tickets show the systems a period layout is measured against, the Aarhus light grey run is a made-to-measure kitchen with its appliance column drawn in. The Copenhagen pantry wall is a full-height block built as one piece for an alcove. The delivered projects show how a set like that is packed for access, and the quality process records what is checked before it is crated.
If the room is the open question, the made-to-measure builds page lists the commitments a period order takes in sequence, and the small kitchen ideas covers the tighter end of the same problem. Two more that pair with this guide: the 2026 renovation ideas for work that starts from a room in use, and the cleaning routine that keeps a stainless front looking right in a hard-water city.
Related pages
Custom kitchen cabinets as a ladder of commitments
The eight decisions a made-to-measure order takes, and the point at which each one stops being reversible.
How a custom kitchen build gets decided
The body, the interior and the front separated, the fastest way to read a quotation for a period room.
Small kitchen ideas that hold their width
What to do when a narrow room has to carry storage, work surface and circulation at the same time.
Period readings against a cold-climate brief
The same survey discipline applied to a Calgary room, where the window wall and the heating season decide more than the ceiling line.
Content record: Written by the Bogeqi content team and reviewed by the Bogeqi export sales team on October 5, 2026; last updated October 5, 2026. The four house types and the survey readings come from our own export and UK enquiry records and from the survey sheets we use in Foshan. Instead of from a survey of published guides; the conservation and listing points are matters for the local authority and for a specialist adviser, not for a cabinet supplier. The build we produce is a food-grade 304 body with the grade named part by part, a grade of 18/8 carrying chromium at 18 percent or more and nickel at 8 percent or more.
The core is an aluminium honeycomb bonded under a polyurethane chemical cure. It finishes at 18 to 25 mm, and it lands about a third lighter than a comparable timber-core door: about 8 kilograms per square metre against about 12. A 0.45 mm body gauge with a 0.6 mm pressed door skin and a 0.8 mm natural brushed door. A lacquer front sprayed electrostatically and cured at 220 degrees Celsius for thirty minutes at a coating of 60 to 120 micrometre and a surface hardness above 6H. Wood-grain transfer over a pressed profile on a 201 skin for the patterned range. Formed front returns with a closed edge, pre-embedded hinge inserts with a copper core and six-sided 304 nuts, and multi-point clip-on hinges rated around 20 kg through 100,000 cycles over full-extension runners rated for the loaded drawer.
Worktops are 304 with the sink welded in and the upstand formed from the same sheet. Material arrives with a mill certificate carrying a heat number, a third-party test report, and compliance with ASTM, REACH and RoHS. Standard production runs about thirty-five working days from the approved drawing, with the fastest series at about twenty-five, on fifty percent with the order and the balance before shipment by T/T. Crated to sea standard with pearl wool and corner guards under a ten-year warranty on the cabinet body written into the contract.