Under-Stairs Storage & Hallway Joinery

The under-stairs void and the hallway around it are among the most-requested joinery jobs I take on across Berkshire, and also among the most varied. No two staircases are built the same way, no two hallways carry the same mix of coats, shoes, meters and pipework, and no two households want the same thing from the space — which is why this hub links out to more than a dozen focused guides rather than one long page trying to cover everything at once.

Between them, the guides below cover the full range of problems homeowners bring to me: planning an efficient storage layout from scratch, engineering drawers and pull-out cabinets that carry real weight without sagging or catching on carpet, building boot rooms with hooks, benches and shoe trays, concealing gas and electricity meters cleanly, fitting custom wine racks into the coolest part of the house, converting an awkward void into a downstairs WC, working around angled gas pipes and fuse boxes, designing coat wardrobes for period properties with tall ceilings, choosing between pull-out drawers and hinged doors, soundproofing a home office tucked under a busy staircase, upgrading plain hallway walls with timber panelling, and building dens for family pets. There is also a guide on porch seating and outdoor boot storage for rural properties, and one looking specifically at renovation projects around Twyford.

Whether you live in a Victorian terrace in Reading, a 1960s semi in Bracknell, a new-build in Wokingham, or a rural property near Ascot or Sunningdale, the approach that follows below — how the process runs, what materials and mechanisms are typically used, how obstacles get handled, and how pricing and timeframes work — applies across all of it. Use the grid to jump straight to the specific problem you are facing, or read on for the fundamentals that sit behind every guide in this series.

Every job in this series starts the same way: a measuring visit rather than a quote from a description over the phone. I get down into the void with a tape measure and a torch, recording the width, depth and height at several points along the stair string, the profile of any bulkhead or spandrel panel, the position of the door or opening, and — critically — everything already inside the space that the design has to work around: meters, stopcocks, gas pipes, boiler flues, alarm panels, network cabling. Under-stairs voids are almost never a simple rectangular box, and a design based on a single measurement at the front of the opening will be wrong by the time it reaches the back wall.

From there we talk through the brief properly. Some households want maximum shoe and coat capacity for a busy family; others want a single striking feature — a wine wall, a WC, a soundproofed office nook. I put together a design and a fixed price based on the survey, and nothing goes to the workshop until you have seen both and are happy. The joinery itself — carcasses, doors, drawer boxes — is built off-site, where machinery cuts square and finishes are sprayed and cured properly, and that workshop stage is where most of the project's time actually sits. The on-site fitting is comparatively quick: carcasses are levelled and fixed back to the stair string and adjoining walls, then panels are scribed to the actual (rarely square) surfaces around them, and doors, drawers and any internal fittings go in last.

The material choice for hallway and under-stairs joinery is mostly a question of finish, wear and budget rather than one board being objectively "better" than another. Painted MDF is the most common front-facing material because it takes a sprayed or brushed finish beautifully, suits almost any hallway colour scheme, and is the natural match for a house that already has painted skirting, architrave and doors. Veneered MDF gives a genuine wood-grain appearance — oak, walnut, whatever the room calls for — at a lower cost than the solid equivalent, and is a common choice where a natural look is wanted without the price or movement of solid timber.

Solid oak and other hardwoods earn their place where a natural, load-bearing or high-wear surface matters: open shelving that will be handled daily, wine rack grids where the timber is on show, or panelling designed to match an existing oak staircase or handrail. Behind whichever front-facing material is chosen, carcasses and drawer boxes are typically built from birch ply or moisture-resistant MDF — stable, good at holding screws, and unaffected by the humidity swings that hallways and under-stairs voids often see, particularly on external walls. The right combination is usually a mix: a hardwearing structural carcass with a front-facing material chosen for how the room will actually look.

Under-stairs storage lives or dies on its mechanisms more than its materials. Pull-out drawers give the best access to a sloped, awkward void because the whole tray comes out into the hallway rather than requiring you to reach and crouch into a diminishing space — but they need heavy-duty, full-extension runners specified to the drawer's depth and expected load, and the drawer base itself has to be built low enough to clear the carpet or floor covering without catching as it slides. Hinged doors are simpler and cheaper where full drawer access is not the priority, but they need clear swing space in the hallway and give you a single opening to reach everything behind, which suits shallower or less frequently used storage better than daily shoe and coat retrieval.

Push-to-open mechanisms — where a panel releases on a touch latch rather than showing a handle — are popular for full-height hallway panelling that conceals a utility cupboard or meter box, because they keep the hallway wall visually uninterrupted. Whichever mechanism is chosen, the hardware behind it is what determines whether the storage still works well in ten years: quality runners and hinges are rated for tens of thousands of open-close cycles and their moving parts stay serviceable long after cheaper equivalents have started to sag or bind.

Almost every under-stairs void in Berkshire has something already in it that was never designed with joinery in mind — a gas or electricity meter, a stopcock, a run of pipework, a boiler flue, or a consumer unit fixed to the back wall. These are surveyed carefully during the measuring visit, because they dictate the design far more than the client's wish list does. The usual solutions are a removable or hinged access panel sized to whatever needs periodic reading or servicing, shelving and drawer runs notched or set back to clear a pipe run, or simply designing the storage to stop short of an obstacle rather than fighting it.

Where pipework or a meter genuinely needs to move rather than be built around, that work sits with a Gas Safe registered engineer or qualified electrician rather than with the joinery — I coordinate around trades where a project needs it, but relocating live services is outside a carpenter's remit. The good news is that relocation is rarely necessary: in the great majority of projects, a well-designed access panel or a shelf set back by the right number of centimetres resolves the obstacle without anyone needing to touch the services themselves.

Off-the-shelf under-stairs units and flatpack hallway storage are priced for a standard rectangular space, which an under-stairs void almost never is. The moment the sloped ceiling, the stair string, or an obstacle enters the picture, off-the-shelf furniture needs cutting down, propping up, or simply leaving a gap — and the saving on the sticker price is usually spent again on the compromises: wasted volume at the shallow end of the void, a door that will not close cleanly, or a drawer that stops short of its own runners. Bespoke joinery costs more per item because every panel is measured and cut to your actual space, but it uses the entire void, including the awkward low corners a standard unit has to ignore.

What genuinely moves a bespoke price is the same short list across every guide in this series: the number and complexity of drawers versus simple shelving or hanging space, the door or panel finish, and how much the design has to work around obstacles inside the void. A simple run of adjustable shelving behind a single door sits at one end of the market; a bank of heavy-duty pull-out drawers, a concealed meter panel and a bespoke wine grid in the same project sits at the other. I price every job from the survey rather than a standard rate per metre, because two under-stairs voids of the same width can differ hugely in what they actually contain.

If budget is tight, the sensible place to economise is rarely the hardware. Quality runners and hinges are the parts you touch every single day, so keeping a good specification there while simplifying the layout — fewer drawers, more fixed shelving, a plainer door finish — nearly always gives a better long-term result than the reverse. A simpler design built with proper hardware will still be opening smoothly in a decade; an ambitious layout built down to a price on cheap runners rarely lasts as well, whatever it looked like on installation day.

Most under-stairs and hallway projects run four to eight weeks from the first measuring visit to a finished installation, though the range either side of that is genuinely wide. A straightforward set of shoe drawers or a single shelving unit can be turned around faster; a full boot room combining benches, hooks and shoe trays, a WC conversion involving plumbing and electrics, or panelling that wraps an entire hallway will sit at the longer end. In almost every case, the survey and design stage takes a week or two, the workshop build accounts for most of the remaining time, and the on-site fitting itself is measured in days rather than weeks — which keeps disruption to your hallway, the busiest thoroughfare in the house, as short as possible.

With over a dozen guides in the grid above, the quickest way to find the right one is to start from the problem rather than the solution. If you are still at the "what could this space even become" stage, the planning and layout guide is the place to begin — it covers the fundamentals that every other guide builds on. If a specific obstacle is the sticking point, there is very likely a dedicated guide for it: meters and pipework, a narrow hallway under 900mm wide, a period property with a tall ceiling, or a staircase with a home office underneath that needs soundproofing. If the ambition is a specific feature — a WC, a wine rack, a boot room, a dog den — those each have their own guide covering the design decisions and constraints specific to that feature.

Most real hallways combine two or three of these problems rather than presenting a single tidy one, and that is entirely normal — a narrow Victorian hallway with a gas meter and a request for coat storage is a completely typical brief, not an edge case. Reading the guide closest to your primary problem will get you most of the way to understanding what is possible; the measuring visit is where the rest gets resolved, because it is the only way to see exactly what your particular void or hallway is offering to work with.

It is also worth reading beyond the single guide that seems to match, because ideas from one problem often solve another. A household planning shoe drawers frequently ends up adding a meter panel to the same run once they realise it is one project rather than two; a WC conversion enquiry often turns into a boot room brief once the available depth is properly understood. Treat the grid above as a menu rather than a set of separate jobs — most of what I build in Berkshire hallways ends up combining two or three of these guides into a single, coherent piece of joinery.