New floor built off the ceiling joists
Existing ceiling joists are sized to hold plasterboard, not people and furniture. Building a habitable floor on them causes deflection, cracked ceilings below and a structure building control will not pass.

Our Services
A full extra floor without losing a metre of garden, designed, engineered, built and signed off by one family firm, with the fire and escape requirements handled properly rather than argued about later.
40 years
of building experience behind the work
Family run
since 2013, you deal with Wayne Nolan
£2,000,000
public liability insurance in place
10-year guarantee
insurance-backed QANW cover on structural work
Mon–Sat, 9am–6pm
when you can reach us
A loft conversion converts roof space you already own into a habitable room with a permanent staircase, proper insulation, natural light and fire protection. In most Staffordshire semis and detached houses that means a large master bedroom with an en-suite, a self-contained office, or a teenager's bedroom that takes pressure off the floor below.
The reason it is often the best value project on a house is that the footprint, foundations and roof already exist. You are paying for structure inside an existing envelope rather than for new ground works, and you lose no garden at all, which matters on estate plots where the garden is the only outdoor space.
Loft conversions suit families who need one more room and have a roof with usable head height. The rough test is the height from the existing ceiling joists to the ridge: traditional cut roofs with around 2.2 metres or more usually convert straightforwardly. Modern trussed roofs can still be converted, but the trusses have to be replaced with a designed structure, which is engineering work, not carpentry improvisation.
It is the right choice when the ground floor already works, when the garden is too valuable to build on, or when an extension would need planning consent that a loft conversion would not.
A loft conversion is the most heavily regulated domestic project after a full extension. New floor structure has to be designed to carry habitable loads, spanning to load-bearing walls rather than resting on ceiling joists. Fire regulations require protection to the escape route, interlinked alarms and, in most two-storey-to-three-storey conversions, fire doors to habitable rooms off the stairwell. Staircase pitch, headroom, going and rise are all prescribed.
We prepare the architect's drawings and structural engineer's calculations, deal with building control through the build, and carry out the plumbing, heating and electrical works for the new floor ourselves so the programme does not stall waiting on other trades.
What goes wrong
Existing ceiling joists are sized to hold plasterboard, not people and furniture. Building a habitable floor on them causes deflection, cracked ceilings below and a structure building control will not pass.
Missing protected escape route, no interlinked alarms, no fire doors, these are not paperwork details. They are the difference between a room that can be signed off and one that cannot, and the retrofit means disturbing finished decoration on every floor.
The stair is the hardest planning problem in a loft conversion and has to be designed at the start. Fitted last, it usually steals a bedroom below or ends up too steep to comply.
Filling rafters with insulation and closing off the ventilation path leads to condensation in the roof void and, over a couple of winters, damp timber. It is invisible until it is expensive.
Unregulated loft rooms cannot be marketed as bedrooms and are queried by buyers' solicitors. The floor area gained adds far less value without the completion certificate.
How we work
Step 1
We measure head height, check the roof type, locate load-bearing walls below and work out where the staircase can land. You are told honestly if the roof does not suit conversion.
Step 2
Architect's drawings plus engineer's calculations for the new floor, steels, dormer or gable structure and any support for the staircase opening.
Step 3
An itemised written estimate priced from the drawings, including fire protection, insulation, glazing and finishes, not a shell price.
Step 4
Steels and new floor, dormer or roof alterations, weathering, insulation, staircase, plumbing and electrics, plaster, fire doors and finishes, with building control inspecting through the stages.
Step 5
Building control completion certificate obtained, snagging walked with you, and structural work covered by a 10-year QANW insurance-backed guarantee.
What you get
The plot stays exactly as it is while the house gains a bedroom, an office or both.
A conversion with a building control completion certificate can be described as a bedroom. A loft room without one cannot.
Converted roofs are insulated to current standards, which improves the thermal performance of the whole upper floor rather than just the new room.
Because we do the plumbing and heating, soil connections, pressures and pipe routes are planned with the structure, not chased in afterwards.
Escape route, alarms and doors are part of the drawings, so sign-off is a formality instead of a fight.
Structure, roofing, joinery, plumbing, electrics and plaster coordinated by the firm you signed with.
In detail
A rooflight conversion, often called a Velux conversion, keeps the roof shape and adds windows in the slope. It is the least expensive and least disruptive, and it works where head height is already generous. A dormer conversion builds out from the rear slope to create flat ceiling area and usable floor, and it is the most common conversion we build because it turns a marginal roof into a full room.
Hip-to-gable conversions apply to houses with a hipped roof end: the hip is built up to a vertical gable, which adds significant volume and usually pairs with a rear dormer. Mansard conversions reconstruct the roof to a near-vertical slope, giving the most space of all, but they are the largest structural undertaking and usually need planning permission.
New floor joists span between load-bearing walls, usually supported on steel beams positioned to avoid loading the existing ceiling structure. The engineer's calculations set the steel size, bearing details and padstone requirements, and the floor build-up is designed for both load and acoustic separation from the rooms below.
Trussed roofs need the truss webs removed only after a replacement structure, typically purlins, steels and new rafters, is designed and installed. This is the point where DIY and unqualified work most often goes badly wrong, because the roof is temporarily reliant on what has been put in to replace it.
Converting a two-storey house to three storeys triggers specific requirements: a protected stairway from the loft to a final exit, fire doors to habitable rooms opening onto that stairway, interlinked mains-powered smoke alarms on every level, and 30-minute fire resistance to the new floor construction. Where a protected stairway is not achievable, alternative approaches such as a sprinkler system may be considered with building control.
Escape windows are required in habitable loft rooms in most cases, sized and positioned so they can be used, and the staircase itself must meet rules on pitch, headroom, going and rise. These are the details we design around at drawing stage, because they dictate where walls and the stair opening go.
Roofs are insulated as either warm or cold constructions depending on the build-up, with ventilation paths maintained where required to keep timber dry. Dormer cheeks, flat roofs and knee walls all need continuous insulation so the room does not carry cold corners.
Glazing is a mix of rooflights in the slope and windows in the dormer or gable, positioned for light and for escape requirements. En-suites are planned around soil pipe routes and available water pressure; where pressure is marginal, that is identified at survey rather than discovered at second fix.
We convert lofts across Cannock, Hednesford, Rugeley, Lichfield and Stafford, and out into Birmingham, Solihull, Telford, Newcastle-under-Lyme, Stoke-on-Trent and Derby. Interwar and post-war semis across this area typically have cut roofs that convert well; newer estate housing more often needs the trussed-roof approach described above.
Questions
It depends on conversion type, structural work, staircase position, glazing and whether an en-suite is included. We price from drawings and issue a written, itemised estimate rather than a per-square-metre guess.
It varies with the type of conversion and the structural work involved. You receive a realistic programme with the estimate, and we tell you early if anything on site changes it.
As a rough guide, around 2.2 metres from the existing ceiling joists to the ridge usually works for a traditional cut roof. We measure at survey and tell you honestly if it does not suit.
Rear dormers and rooflight conversions often fall within permitted development, subject to volume limits and the property not being listed or in a conservation area. Mansards and front-facing dormers usually need permission.
Always. Structure, fire safety, insulation, stairs and escape all fall under building regulations. We prepare the drawings and calculations and deal with building control through the build.
In most conversions, yes. Soil connection routes and water pressure are checked at survey, and because we carry out plumbing and heating works the bathroom is built into the programme.
Not usually. The stair position is designed at drawing stage precisely so it takes landing or circulation space rather than a room. Where it is genuinely tight, we show you the options before you commit.
Yes, but the trusses must be replaced with a designed structure of steels, purlins and new rafters. That is engineering work and it is priced accordingly.
Structural work is covered by a 10-year insurance-backed guarantee through QANW, and we carry £2,000,000 public liability insurance during the works.
Cannock, Lichfield, Stafford, Birmingham, Solihull, Telford, Newcastle-under-Lyme, Stoke-on-Trent, Derby and the surrounding Staffordshire and West Midlands towns.
Single and double storey extensions that add genuine living space and lasting value to your home.
A fast route to an extra room, fully insulated, plastered and finished to match the rest of the house.
Wall removals, steel beams and open-plan reconfigurations, calculated and installed properly.
Plans and engineer's calculations prepared for you, so planning and building control run smoothly.
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One visit, one written itemised estimate, one team from start to finish: backed by £2,000,000 public liability cover and a 10-year QANW insurance-backed guarantee on structural work.
Next step
Send a few details and Wayne will arrange a visit, talk through the options and put a written, itemised estimate together. No obligation.
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