NHBC Chapters 8.1, 8.2, 8.3 and 9.4, BS 7671, Approved Documents F, M and P

Second Fix Inspection Checklist

Doors, skirting and architrave, sanitaryware, kitchens, sockets and switches, radiators, testing and commissioning — the stage the customer actually sees and touches.

31 checks · Reviewed 27 August 2026 by the ProPlot site team · How we write these guides

In short

The second fix inspection covers everything installed after plastering: internal doors and ironmongery, skirting and architrave, kitchens and sanitaryware, sockets, switches and lighting, radiators and controls, and the testing and commissioning records that release the plot for handover.

Use it on site

Second fix is the first stage the customer will judge you on directly. Nobody at a handover looks at your cavity trays; everyone runs a hand along a skirting joint, opens every door and turns on every tap.

It is also the stage where the plot is at its most vulnerable. Finished floors, fitted kitchens and freshly painted walls share the plot with people carrying ladders and radiators. Most snags raised at handover are damage caused during second fix rather than defective installation.

Two things separate a plot that sails through pre-handover from one that comes back three times: sequencing the trades so nobody works over finished work, and inspecting each element the day it is installed rather than in one sweep at the end.

What happens at this visit

When it happens

After plastering has dried and decoration has started, running through to the pre-handover inspection. Usually the longest and most congested stage in the plot programme.

Who inspects

Site manager plot by plot, with the customer care team joining the final pass so the handover snag list is agreed internally before the customer sees it.

If it fails

Second fix defects are visible defects. They go straight onto the customer’s snag list, delay legal completion, and cost more in customer care time than they ever cost to fix on site.

How this visit is booked and recorded

Inspection type: Site quality inspection run by the site team plot by plot, feeding the pre-handover and warranty final inspections.
Notice required: Self-managed. Run it as each plot completes second fix and before decorating is signed off, so damage is charged to the trade that caused it.
What it signs off: Feeds the pre-handover inspection, the building control completion certificate and the warranty final inspection.

What the inspector will ask for

Electrical installation certificate and schedule of test results
Gas safe or unvented cylinder commissioning records
Ventilation commissioning sheet with measured airflow rates
Kitchen and sanitaryware drawings, with appliance specifications
Door and ironmongery schedule, including fire door specifications

Photograph these moments in time

Commissioning readings at the point they are taken
Fire door gaps and intumescent seals before decoration
Sealant lines at baths, showers and worktops
Radiator and control positions against the heating design
Any damage found, photographed and dated against the responsible trade

Concealed work cannot be re-photographed later. Take these before the element is covered and file them against the plot.

Reportable Item hotspots at this stage

A Reportable Item (RI) is a defect the inspector records against the plot. NHBC weigh each one by its Damage Potential, and the score feeds your site's Construction Quality Review. These are the ones raised most often here:

Fire doors fitted with the wrong gaps, missing seals or incorrect hinges
Ventilation airflow rates not achieving the design figures at commissioning
Unvented hot water system commissioned without the discharge pipework detail complete

How Reportable Items and Quality Common Scoring work

The second fix checklist

0 of 31 ticked — saved on this device

Doors, ironmongery and joinery

Check every internal door opens, closes and latches cleanly with even gaps to the frame (NHBC 8.5)
NHBC 8.5
Verify fire door leaves, hinges, intumescent seals and closers match the fire door schedule (AD B)
AD B
Confirm gaps around fire doors are within the tested tolerance on all four edges (AD B)
AD B
Check skirting and architrave joints are tight, scribed where required and fixed without visible fixings (NHBC 8.5)
NHBC 8.5
Verify stair handrails, balustrades and spindles are secure with the correct gap limits (AD K)
AD K
Confirm ironmongery and door furniture matches the schedule and operates as intended (AD M)
AD M

Electrical second fix

Check all accessories are fitted square, flush and at a consistent height throughout the plot (BS 7671)
BS 7671
Verify the installation has been tested and the certificate with schedule of results is on file (BS 7671)
BS 7671
Confirm smoke, heat and carbon monoxide alarms are fitted, interlinked and tested (AD B)
AD B
Check bathroom accessories and lighting suit the zone they are installed in (BS 7671)
BS 7671
Verify the consumer unit is labelled clearly and circuit identification matches the schedule (BS 7671)
BS 7671
Confirm external lighting, sockets and EV charge point are installed and weatherproof (AD S)
AD S

Plumbing, heating and hot water

Check sanitaryware is secure, level and sealed, with no movement in wall-hung units (NHBC 8.3)
NHBC 8.3
Verify all traps are fitted, sealed and accessible, and that every appliance runs away freely (AD H)
AD H
Confirm radiators are level, correctly positioned, on the design flow and fitted with working controls (AD L)
AD L
Check the heating system has been flushed, filled with inhibitor and balanced, with the record on file (NHBC 8.1)
NHBC 8.1
Verify the hot water system has been commissioned, including discharge pipework where unvented (AD G)
AD G
Confirm hot water delivery temperature and any thermostatic protection meets the requirement (AD G)
AD G

Kitchen, bathroom and wet areas

Check kitchen units are level, scribed to the wall and securely fixed to the noggins provided (NHBC 8.5)
NHBC 8.5
Verify worktop joints are tight, sealed and supported, with cut edges sealed against moisture (NHBC 8.5)
NHBC 8.5
Confirm tiling and waterproofing behind baths and inside showers is continuous with no gaps at junctions (NHBC 8.3)
NHBC 8.3
Check sealant lines are continuous, of consistent width and tooled to a clean finish (NHBC 8.3)
NHBC 8.3
Verify appliance services are correct and appliances have been run and left working (NHBC 8.1)
NHBC 8.1

Ventilation and commissioning

Check every extract and supply terminal is fitted, unobstructed and correctly oriented (AD F)
AD F
Verify measured airflow rates meet or exceed the design rates and the commissioning sheet is complete (AD F)
AD F
Confirm trickle vents are fitted and operable where the design relies on them (AD F)
AD F
Check the MVHR unit is accessible for filter changes and the user has instructions (AD F)
AD F

Finish, protection and accessibility

Check decorated surfaces are free of defects visible in normal daylight from a normal viewing distance (NHBC 8.5)
NHBC 8.5
Verify accessible switch and socket heights, door widths and threshold detail meet the access requirements (AD M)
AD M
Confirm floor finishes are laid, protected and free of damage, with movement gaps left at perimeters (NHBC 8.6)
NHBC 8.6
Check all protection is still in place on completed work and that the plot is secure (NHBC 8.5)
NHBC 8.5

Above and beyond: protect the finish and prove it worked

The compliance items are the easy part. These are the habits that decide whether a plot hands over clean. No inspector will fail the visit on these — they are the difference between a plot that passes and a plot that hands over clean.

Keep floor and stair protection down until the day of the clean
Every scratch in a new floor at this stage is a customer care visit. Protection is the cheapest insurance on the plot.
When: From the start of second fix to the final clean.
Inspect and photograph each room the day it is completed
Damage found a week later belongs to nobody. Damage found the same day belongs to whoever was in the room.
When: Daily, as rooms complete.
Check every door in the plot opens, closes, latches and does not bind
Doors are the single most common handover snag, and most are a hinge adjustment that takes two minutes before the paint hardens.
When: As soon as ironmongery is fitted.
Fill and test every appliance and outlet yourself before the customer does
Run the shower, fill the bath, flush every WC, run the dishwasher point. A customer finding an airlock is a complaint; you finding it is a job.
When: Before pre-handover.
Photograph the commissioning readings, not just the certificate
A picture of the anemometer reading at the terminal settles any later question about whether the system was ever balanced.
When: At commissioning.
Cut sealant lines to a single consistent width and tool them properly
A ragged sealant line at a bath is the detail every customer photographs, and it reads as poor work everywhere else in the house.
When: At sanitaryware and worktop completion.
Leave the plot locked with a controlled key issue once it is complete
An unsecured completed plot becomes a store, a tea room and a route through. Controlled access is what keeps the plot in the state you signed off.
When: The moment the plot is finished.

Full inspection point register

97 inspection points that apply at the second fix stage, each written in our own words from openly published guidance, with how to check it on site and what counts as acceptable. Use the checklist above on the day and this register when you need to settle a detail.

Access for System Maintenance and Repair
How to check
Confirm that the installed heat pump system, controls, and components have clear, safe, and unobstructed access for future maintenance activities.
Acceptable when
All heat pump systems, including their associated switchgear and controls, must be installed with appropriate arrangements to allow safe and practical access for routine cleaning, inspection, maintenance, and future repair or replacement. Access provisions should strictly adhere to the manufacturer's guidelines.
Acoustic Insulation for Soil and Vent Pipes
How to check
Verify that all soil and vent pipes are adequately sound-insulated where they pass through or near habitable spaces.
Acceptable when
To mitigate noise transmission within dwellings, all soil and vent pipework must be sound insulated, especially when passing through or adjacent to habitable rooms. This applies to both vertical and horizontal sections of the pipework, including those within floor voids. Effective soundproofing prevents disturbance from wastewater flow.
Acoustic sealing at skirting boards
How to check
Confirm the presence and correct installation of specified acoustic sealing material beneath skirting boards in relevant areas.
Acceptable when
Where acoustic performance is specified, resilient or acoustic foam should be installed as a seal between the bottom edge of skirting boards and the floor structure. This measure helps prevent sound flanking paths and ensures compliance with specified sound insulation requirements.
Airing cupboard cable management
How to check
Verify that all cables in airing cupboards are neatly clipped and routed, free from tangles or loose sections.
Acceptable when
Electrical cables within airing cupboards, particularly those associated with hot water cylinders or heating controls, must be neatly routed and securely clipped. This prevents accidental damage, ensures safety, and maintains a tidy appearance in what is often a storage area.
Annual Servicing for Systems
How to check
Certain mechanical and electrical systems within a dwelling, such as boilers, hot water cylinders, and solar panels, require regular annual servicing to ensure their continued safe and efficient operation and to maintain product warranties.
Acceptable when
Certain mechanical and electrical systems within a dwelling, such as boilers, hot water cylinders, and solar panels, require regular annual servicing to ensure their continued safe and efficient operation and to maintain product warranties.
Balustrade spindle gaps
How to check
Measure the gaps between balustrade spindles or newels to ensure they do not exceed 99mm.
Acceptable when
The maximum gap between balustrade spindles or newel posts is strictly limited to prevent a child from passing through, thus ensuring safety on staircases and landings. This is a critical safety measure to protect occupants from falls.
Bath Installation and Pipework
How to check
Confirm the bath is securely fitted and level, checking for stability and that waste pipework is concealed or neatly routed.
Acceptable when
Baths must be installed securely and level, with adequate support for the base and edges. Exposed waste pipes should be minimised through careful routing behind finishes or within pedestals where possible, maintaining a neat appearance.
Boiler Pipework and Certification
How to check
Ensure boiler pipework is neatly installed and that all required gas, electrical, and ventilation commissioning certificates are present.
Acceptable when
Boiler pipework must be installed in a neat and organised manner, adhering to relevant British Standards and manufacturer's instructions. Upon completion, all gas, electrical, and ventilation installations associated with the boiler require appropriate certification by competent persons.
Combustion Air Supply for Solid Fuel
How to check
Verify that appropriate ventilation, such as a permanent air vent, has been installed to provide the necessary combustion air for the solid fuel appliance.
Acceptable when
Solid fuel appliances require a dedicated and adequate supply of combustion air, typically drawn from outside the building either directly or indirectly. This ensures complete combustion, prevents the accumulation of dangerous gases, and maintains efficient appliance operation.
Compliance of garage services
How to check
Ensure that all installed services within the garage meet the required regulatory and quality standards.
Acceptable when
When services or appliances are integrated into garages, their installation must align with the relevant sections of building regulations and industry standards. This includes specific guidance for drainage systems and all internal service provisions.
Continuous Stair Handrail Provision
How to check
Ensure that the handhold is continuous, or that any break in continuity allows for a safe and easy hand transfer.
Acceptable when
Where a handrail is required, it should be continuous over the entire rise of the staircase to avoid the need for users to change hands mid-flight. At corners or turns, handrails do not necessarily need to be joined, provided they extend adequately into the corner and facilitate an easy and safe transfer of handhold from one section to another.
Cylinder Installation and Accessibility
How to check
Verify the cylinder is installed plumb, level, accessible for maintenance, with all pipework insulated and clearly labelled.
Acceptable when
Hot water cylinders must be installed to allow for future maintenance and access to connections and components. All associated pipework requires insulation in accordance with Building Regulations to minimise heat loss, and services should be clearly labelled. The cupboard containing the cylinder should be fully finished before installation.
Earthing for metal splashbacks in kitchens
How to check
Verify that no unnecessary supplementary bonding has been installed, as per IET guidance.
Acceptable when
In UK kitchen installations, metal splashbacks, including those incorporating electrical accessories such as socket outlets, do not require supplementary earth bonding. This guidance aligns with electrical safety standards which consider these items as part of the overall protective equipotential bonding.
Electrical Installation Periodic Inspection and RCD Testing
How to check
Ensure a valid Electrical Installation Condition Report (EICR) is available for existing installations and confirm RCDs are present and functioning during commissioning.
Acceptable when
Electrical installations in UK dwellings must be periodically inspected and tested as prescribed by BS 7671 to ensure continued safety. Residual Current Devices (RCDs) are crucial protective devices that should be regularly tested by the user by pressing the test button to confirm operation, typically every six months.
Electrical installation standards compliance
How to check
Confirm that the electrical contractor is certified and that the installation is proceeding in accordance with BS 7671 and will have appropriate certification.
Acceptable when
All electrical installations within a new build property must fully comply with the current UK electrical safety regulations. This includes adherence to BS 7671, which specifies the requirements for electrical installations.
Electrical installations for heating systems
How to check
Check that the electrical installation for the heating system is certified and complies with BS 7671.
Acceptable when
All electrical installations associated with heating systems must fully comply with the current UK wiring regulations, BS 7671. This ensures safety and proper functionality of the electrical components within the heating system.
Electrical isolation for heating system maintenance
How to check
Verify that a clear and accessible means of electrical isolation is provided for the heating system.
Acceptable when
The electrical supply to heating systems must incorporate a means of isolation from all other electrical sources for safe maintenance or testing. This is typically achieved with an unswitched shuttered socket or a double-pole fused spur with sufficient contact separation.
Electrical system isolation for safety
How to check
Ensure that main isolation switches are clearly marked and fully functional, cutting power to the entire system or designated circuits.
Acceptable when
For safety during maintenance or testing, every electrical installation must incorporate a means to completely isolate it from all incoming power sources. This isolation capability is crucial for protecting workers and preventing accidental re-energisation.
Escape window clear opening
How to check
Open each escape window fully and measure the clear openable area, the height, the width and the sill height above floor level.
Acceptable when
0.33 m² clear openable area, at least 450 mm in both height and width, with the opening 800–1100 mm above floor level
See the measured value
Extract ventilation rates on test
How to check
Measure the rate at each terminal with an anemometer after commissioning, not at the fan.
Acceptable when
Kitchen 30 l/s next to the hob or 60 l/s elsewhere, utility 30 l/s, bathroom 15 l/s, WC 6 l/s
See the measured value
Fan Isolator Placement and Door Bar Installation
How to check
Verify the fan isolator is correctly located outside the room and the door bar is installed neatly and centrally under the closed door.
Acceptable when
Electrical isolator switches for extract fans should be positioned in an accessible location, typically outside the room served, to facilitate maintenance and safety. Door threshold strips, also known as door bars, are installed at the junction of different floor finishes between rooms to provide a neat transition and protection.
Fire Door Installation
How to check
Review the manufacturer's installation instructions for fire doors and check that all aspects, including gaps and ironmongery, are compliant.
Acceptable when
Fire doors must be installed strictly in accordance with the manufacturer's specific instructions. Any permissible tolerances for their installation should not compromise the fire resistance performance or ventilation requirements of the door assembly.
Fire door installation and labelling
How to check
Check that fire doors are installed correctly by competent personnel, function properly, and their certification labels are present and legible.
Acceptable when
Fire doors are critical safety components and must be installed by operatives competent in their specific requirements, including correct gaps, intumescent strips, and seals. The integrity of the fire door, including its certification labels, must be maintained throughout installation and not be painted over or removed.
Fireplace surround fixing methods
How to check
Confirm that mechanical fixings are used for the fireplace surround and that adhesive is not the sole fixing method.
Acceptable when
Fireplace surrounds must be securely fixed to the building structure using durable mechanical fixings appropriate for both the surround material and the supporting wall or floor. Fixings should typically be stainless steel to ensure adequate strength and corrosion resistance. Adhesive-only fixing methods are not acceptable for securing fireplace surrounds.
Fireplace surround installation requirements
How to check
Verify that the fireplace surround is securely fixed to the structure using appropriate mechanical fixings and appears stable.
Acceptable when
Fireplace surrounds must be designed, specified, and installed to ensure their stability and long-term performance. The fixings and supports must safely bear the weight and dimensions of the surround, which may be multi-piece. The surrounding building structure (walls and floors) must also be capable of safely accommodating the imposed loads.
Fixed and built-in fitments installation
How to check
Confirm that all fixed and built-in fitments are installed in their specified locations, dimensions, and securely fixed according to the design.
Acceptable when
The installation of fixed and built-in fitments, such as cupboards and other furniture, must be carried out precisely according to the project specification. This includes adhering to specified locations, dimensions, and fixing methods. Correct installation ensures functional and aesthetic compliance.
Fixings for heating systems
How to check
Verify that heating system fixings match the manufacturer's specifications for type, size, and quantity.
Acceptable when
Materials and components used in heating systems must meet recognised performance standards or have equivalent approval. The specific type, size, number, position, and tolerance of fixings should always adhere to the manufacturer's precise recommendations for secure installation.
Flue Pipe Design and Safety
How to check
Visually inspect the flue pipe installation for correct sizing, secure jointing, and proper separation from combustible elements.
Acceptable when
Flue pipes, which connect the appliance to the main chimney flue, must be correctly designed and installed to ensure safe operation. Key considerations include the pipe's size, its direction and jointing, and maintaining adequate separation from combustible materials to prevent fire.
Flue Pipe Separation from Combustibles
How to check
Confirm that the specified minimum clearance from the flue pipe to any combustible materials is rigorously maintained, using appropriate separation methods where necessary.
Acceptable when
Flue pipes must maintain a specified minimum separation from combustible materials, typically achieved through an air gap, non-combustible insulating material, or a non-combustible shield. These measures prevent excessive heat transfer and reduce the risk of fire.
Garage door installation and operation
How to check
Confirm that the garage door and all associated mechanisms operate smoothly and safely, and that manufacturer's instructions have been followed.
Acceptable when
Proprietary garage doors and their operating gear must be installed strictly in accordance with the manufacturer's instructions. It is crucial to ensure that all garage doors are in proper, safe working order at the point of handover to the homeowner.
Garage electrical installations
How to check
Verify that all electrical work adheres to BS 7671, is correctly certified, and appropriate IP ratings are used where moisture is a risk.
Acceptable when
The provision of electrical lighting and socket outlets in a garage is at the builder's discretion, but all electrical installations must conform to BS 7671 (IET Wiring Regulations). Where there is a risk of water ingress, electrical wiring and equipment must be suitably rated and protected for such conditions.
Garage heating appliances and energy storage
How to check
Check that all heating appliances are installed by competent persons and meet ventilation requirements; verify battery installations adhere to specific safety standards.
Acceptable when
The installation of oil or gas-burning boilers and heating appliances within a garage must strictly comply with all relevant statutory regulations for combustion safety and ventilation. Furthermore, the housing of solar storage batteries in garages must follow specific guidance to ensure safety and performance.
Garage Information Signage
How to check
Verify that the required information sign is present, securely fixed, and clearly legible in the garage.
Acceptable when
To ensure occupant safety and provide essential details, a durable information sign should be prominently displayed within or adjacent to the domestic garage, detailing its purpose and any specific hazards or operating instructions.
Garage services and safety considerations
How to check
Verify that all service installations conform to applicable building regulations and specific safety standards.
Acceptable when
Any services or appliances installed within a garage must comply with relevant statutory regulations, addressing risks such as frost protection for water services, electrical safety, and fire or explosion hazards. These installations must meet the same standards as those found within the main dwelling.
Gas appliance installation standards
How to check
Obtain certification from the Gas Safe Registered installer confirming compliance with regulations for all gas appliance installations.
Acceptable when
The installation of gas appliances in UK domestic properties must be carried out by a Gas Safe Registered engineer who holds the necessary competencies for the specific work. All installations must strictly adhere to the Gas Safety (Installation and Use) Regulations 1998, ensuring public safety.
Gas Boiler Installation Standards
How to check
Verify that the installed boiler and associated flue and ventilation systems conform to the specified British Standards.
Acceptable when
Gas heating appliances, especially boilers up to 70kW net input, must adhere to specific British Standards for their selection, installation, inspection, commissioning, servicing, and maintenance. Additionally, standards such as BS 5440-1 and BS 5440-2 detail the requirements for flues and ventilation, respectively, which are critical for safe operation.
Gas flue outlet and terminal separation
How to check
Verify that gas flue terminals are correctly positioned, with required clearances from combustible materials and any openings, and that damp ingress protection is present.
Acceptable when
Gas appliance flue outlets and terminals must be positioned to maintain adequate separation from combustible materials and other building elements, whilst also preventing moisture ingress into the structure. Compliance involves adherence to relevant standards for flues and gas installations.
Gas Flue Pipe Connection and Safety
How to check
Inspect flue pipe connections for secure jointing, correct sizing, and appropriate routing to a safe terminal.
Acceptable when
Flue pipes for gas appliances must safely connect the appliance to a chimney or a terminal, ensuring effective and safe discharge of combustion products to the external air. The design and installation must consider aspects such as size, direction, jointing, and separation from combustible materials.
Gas Ground Box Installation
How to check
Confirm clear access around the gas pipe within the ground box and verify the electrical equipotential bonding cable enters the building via a dedicated, protected entry point.
Acceptable when
The pipework within a gas ground box must allow for clearance around the gas pipe, ensuring the bonding connection for the gas installation is made correctly. This bonding cable must pass through the building envelope via a separate, suitably protected penetration, ideally near the meter box.
Gas Heating Appliance Certification
How to check
Check for appropriate certification marks on the appliance and request the Declaration of Conformity if not readily available.
Acceptable when
All gas heating appliances installed in the UK must hold current product certification, such as UKCA, UKNI, or CE marking, confirming compliance with relevant safety and performance standards. A Declaration of Conformity should be available upon request, detailing the standards the product meets. This ensures appliances are fit for purpose and safe.

Most common reasons this visit fails

Fire doors with the wrong gaps or missing seals

The leaf was trimmed on site or the ironmongery does not match the tested specification. It fails building control and is not a snag you can argue about.

Reportable and blocks the completion certificate.

Ventilation rates failing at commissioning

Almost always caused by first fix ducting — flexible runs, kinks or crushed sections — but it is discovered here, when the ceiling is finished.

Fails Part F and delays handover.

Damage to finished work by following trades

Chipped skirting, scratched floors, marked walls. Individually small, collectively the single largest source of handover snags.

Sealant applied badly at baths and worktops

Uneven width, dirty tooling, or applied before the bath was filled so it splits the first time it is used.

Radiators fitted level to the floor rather than level

Obvious against a horizontal skirting line, and awkward to correct once the wall is decorated and the system is filled.

Second Fix inspection FAQs

Second fix covers everything installed after plastering: internal doors and ironmongery, skirting and architrave, staircase balustrade, kitchen and sanitaryware, sockets, switches and light fittings, radiators and controls, ventilation terminals, and all testing and commissioning.

Typically joinery first fix of linings and skirting, then electrical and plumbing second fix, then kitchen, then flooring, then final decoration and clean. The principle is simple: nobody should be working above or over finished work.

Gaps must be within the range the door set was tested at, checked on all four edges with the door closed, and the intumescent and smoke seals must be continuous and undamaged. Trimming a fire door leaf on site beyond the manufacturer’s permitted allowance invalidates its certification.

After terminals are fitted and the system is complete, before handover. Measured airflow rates have to meet the design rates and the commissioning sheet forms part of the building control completion evidence.

Keep floor and stair protection down to the final clean, sequence trades so no one works over finished work, inspect and photograph each room the day it is completed, and control access to completed plots with a key issue system.

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Where this sits in the build

The key stage inspection sequence on a typical UK housing plot.

Other inspection stage checklists

Excavation & foundations

21 checks →

Drainage

20 checks →

Basement / lower ground

28 checks →

Ground Floor & Slab

19 checks →

Superstructure

22 checks →

Timber Frame Erection

21 checks →

Roof

22 checks →

Windows and External Doors

24 checks →

Insulation & Airtightness

23 checks →

First Fix

28 checks →

Fire Stopping

22 checks →

Pre-Plaster

21 checks →

External Works & Pre-Handover

23 checks →

Pre-handover

22 checks →

General Quality

20 checks →

All key stage checklists

Related guides

Snag lists with GPS photo evidence

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NHBC stage inspections on site

Running key stage inspections and keeping the paperwork straight.

Build programme scheduling

Generating and maintaining plot-by-plot build programmes.

BREL report photo requirements

What Part L photographic evidence has to show, and when.

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