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Is Your Construction Handover Pack Actually Fit for Use?

Is Your Construction Handover Pack Actually Fit for Use?

Construction handover is often treated as a final-week document chase: as-built drawings arrive late, certificates sit in unrelated folders and O&M manuals contain information nobody has checked against the finished building. The practical question is whether the information handed over can actually support safe operation, maintenance and future construction work.

New industry guidance starts with the people inheriting the building

The Construction Leadership Council and BIM in Asset Management have opened consultation on new guidance covering As Built & Handover Information. The work focuses on a simple question: what information does somebody actually need when a construction project finishes?

The consultation is intended to apply across different project scales, from major developments to refurbishment, retrofit and smaller replacement work. That is useful because poor handover is not exclusively a BIM problem on large projects.

The consultation itself is industry guidance in development rather than new legislation. Existing statutory duties still need to be considered separately.

See the As Built & Handover Information consultation.

A handover pack can contain several different legal and contractual records

The phrase “handover pack” is convenient but can conceal several separate information requirements.

Under CDM 2015, a health and safety file is required for projects involving more than one contractor. Its purpose is specific: to contain information likely to be needed to protect health and safety during subsequent construction work on the building.

Separate requirements can arise under the Building Regulations, including relevant fire-safety information. Higher-risk buildings in England also have more extensive golden-thread information requirements. O&M manuals, warranties, commissioning records and asset registers may then be required by the project specification or contract.

These information streams can overlap, but they are not automatically the same document. Producing an O&M manual does not, by itself, prove that every CDM, Building Regulations or golden-thread obligation has been satisfied.

“As built” should mean what was actually installed

A drawing can be professionally produced and still be a poor as-built record if it reflects the design team’s last intention rather than the completed asset.

If a service route changes during construction but the drawing remains unchanged, someone carrying out future intrusive work may rely on inaccurate information. The same issue can arise with fire dampers, structural fixings, underground services, roof-access systems, electrical isolators and other safety-critical assets.

The useful question is: what evidence gives the recipient confidence that the record reflects what was actually installed?

That evidence might include inspection records, commissioning results, approved changes, test certificates, marked-up drawings or other proportionate verification.

Our earlier article on digital product records in construction makes a related distinction: product data can identify what a product is, but does not by itself prove where it was installed or whether the installation matches the approved design.

The information gap often appears after subcontractors demobilise

Project teams frequently discover missing records after the specialist contractor has left site. The supervisor has moved to another project, the commissioning engineer is no longer available and somebody is left reconstructing drawings, certificates or product information from old emails.

The better approach is to define information requirements before the work begins. Specialist contractors should know what records they are expected to provide, in what format, who will review them and when they are due.

Where information is generated progressively, it should be collected progressively. Fire-stopping records, commissioning results, plant information and as-built changes should not all be deferred until the final week because they are traditionally considered “handover documents”.

Good handover starts at procurement, not practical completion

A simple project information schedule can identify each required record, who produces it, who reviews it, the required format, the date it becomes available and where the approved version will be stored.

On a larger project this may sit within BIM and a common data environment. On a smaller project, a controlled spreadsheet and logical folder structure may be perfectly adequate. What matters is the management process.

Changes during construction should trigger information changes. If a product, route or system changes, the team should ask what drawings, asset data, fire information, maintenance instructions and future access information are affected.

Review should also happen during the project. Sampling completed handover information each month can reveal missing approvals, contradictory references and poor naming while the people who generated the information are still available to correct it.

What should you do now?

  • Review a recently completed project from the perspective of an unfamiliar facilities manager.
  • Separate the CDM health and safety file, fire-safety information, O&M records and higher-risk-building information where applicable.
  • Create a project-specific information schedule with owners and due dates.
  • Make construction changes trigger a review of affected as-built information.
  • Collect specialist-contractor information before demobilisation.
  • Link test and commissioning evidence to the relevant asset or location where practical.
  • Sample handover information during construction rather than waiting for completion.
  • Verify critical information before project close-out.

Our professional view

The measure of a good handover pack should not be its file size. It should be whether somebody who did not work on the project can find, understand and reasonably rely on the information when they need it.

Good information management also needs to be proportionate. A small plant-replacement project does not need a complex digital twin, but it may need accurate plant references, commissioning results, isolation information, maintenance instructions and revised drawings.

The question remains the same at every scale: what will the person inheriting this asset need to know, and can we demonstrate that what we are giving them reflects what was actually built?

For clients and contractors reviewing CDM arrangements, project information or construction close-out processes, All Star Safety’s health and safety consultancy service provides project-based and ongoing support. Our CDM 2015 Awareness course also covers key project documents and dutyholder responsibilities.

Does Every Building Job Need a Construction Phase Plan?

Does Every Building Job Need a Construction Phase Plan?

A construction phase plan is not something reserved for major developments or notifiable projects. HSE guidance is clear that every construction project needs one, including small domestic work. A recent prosecution involving a home extension is a useful reminder that even relatively modest projects need proportionate planning before construction starts. HSE

A domestic extension has put the duty back in focus

On 17 August 2026, HSE reported the prosecution of Adam’s Building Construction Ltd and its director following work on a domestic extension in Bradford. The extension had been constructed over existing gas service pipework and around a boiler flue without the necessary relocation work being carried out. HSE Media Centre

Building Control had reportedly warned the contractor several times about the gas pipework and flue. When the property was inspected in May 2024, the boiler flue was terminating inside the new extension and Northern Gas Networks classified the installation as immediately dangerous. The household gas supply had to be disconnected. HSE Media Centre

During its investigation, HSE found that the company could not demonstrate that it had prepared construction phase plans for its domestic projects. HSE subsequently served an Improvement Notice requiring a system for producing written plans where the business acted as principal contractor. The company later failed to comply with that notice. HSE Media Centre

The company ultimately pleaded guilty to offences under sections 3(1) and 33(1)(g) of the Health and Safety at Work etc. Act 1974 and was fined £10,000 plus £4,263 costs. The case should therefore not be simplified to “a £10,000 fine for not having a CPP”, but the absence of proper construction-phase planning was clearly part of HSE’s findings and enforcement action. HSE Media Centre

The rule applies to more than major projects

One of the most persistent misunderstandings around CDM is that formal planning only becomes necessary when a project is large enough to notify HSE.

That is incorrect.

HSE’s Construction Phase Plan guidance, CIS80, states that a construction phase plan is required for every construction project. HSE specifically gives examples including kitchens and bathrooms, structural alterations, roofing work, extensions and loft conversions. HSE

For projects involving more than one contractor, Regulation 12 of CDM 2015 requires the principal contractor to draw up, or arrange for the preparation of, the construction phase plan before the site is set up. Where there is only one contractor, Regulation 15 places the corresponding duty on that contractor. Legislation.gov.uk

The F10 notification threshold is separate. A project becomes notifiable where construction work is scheduled to last longer than 30 working days with more than 20 workers simultaneously, or exceeds 500 person-days. A project can fall well below that threshold and still require a construction phase plan. HSE

For a small builder replacing a roof, carrying out a loft conversion or building an extension, the plan may be short and straightforward. HSE specifically says the effort spent planning should be proportionate to the complexity and risks involved. HSE

Who carries the duty on domestic work?

Domestic projects sometimes cause confusion because the homeowner is technically the client but is unlikely to have construction health and safety expertise.

CDM deals with this by transferring most domestic-client duties to other members of the project team.

Where there is one contractor, the contractor normally takes on the domestic client’s duties in addition to their own contractor responsibilities. Where a project involves more than one contractor, those client duties normally pass to the principal contractor. HSE

There is an alternative arrangement where a domestic client has a written agreement with the principal designer for that principal designer to undertake the client duties. Without that written agreement, the duties normally remain with the contractor or principal contractor as described above. Legislation.gov.uk

This means a builder working predominantly for homeowners cannot assume that CDM documentation is somebody else’s responsibility simply because the customer is a private individual.

HSE’s guidance for small builders states that their duties begin as soon as they are appointed and that the planning for the work must be recorded in a construction phase plan. HSE

What should a proportionate plan contain?

The legislation does not prescribe a fixed page count or require a complicated management document.

Regulation 12 requires the plan to set out the health and safety arrangements and site rules for the construction phase and, where relevant, specific arrangements for particularly hazardous work covered by Schedule 3 of CDM. The principal contractor must also keep the plan under review and revise it as the project develops. Legislation.gov.uk

For smaller projects, HSE’s CIS80 template provides a useful starting point. It prompts builders to record matters such as:

  • Project and key dates.
  • Relevant information about the existing property.
  • Services and isolation points.
  • Asbestos information.
  • Who else will be working on the job.
  • How contractors will communicate and coordinate.
  • The main site hazards and controls.
  • Work at height and structural stability.
  • Excavations.
  • Dust and asbestos exposure.
  • Site security and protection of the household or public.
  • Welfare arrangements.
  • Supervision and responsibility for running the job safely. HSE

The plan should reflect the actual project rather than simply reproduce every possible construction hazard.

For example, on a rear extension, existing electrical, gas, water and drainage routes may be far more important than generic information about tower cranes or large-scale site traffic. Where structural walls are being removed, temporary support and sequencing could become one of the central issues in the plan.

That is what proportionate planning should look like: less paperwork where the project is straightforward, but enough thought and detail to control the real risks. HSE makes the same proportionality point in its guidance to small builders. HSE

Why a generic template can still fail

Having a document titled “Construction Phase Plan” does not, by itself, demonstrate that the work has been properly planned.

The plan should capture how the construction phase will actually be managed. HSE’s CIS80 guidance asks builders to identify project-specific information, main dangers, communication arrangements, supervision and how changes will be managed. HSE

This becomes particularly important when conditions change.

Imagine an extension where the drawings initially assume a service will be diverted before excavation. Once work starts, the contractor discovers that the service remains live and conflicts with the proposed foundation.

The useful construction phase plan is not the document that continues to state “services to be identified before digging”. It is the management process that stops the work, confirms the service location, establishes who will arrange diversion or isolation and updates the construction sequence accordingly.

Regulation 12 expressly requires the principal contractor to review, update and revise the plan throughout the project so that it remains sufficient for the work being undertaken. Legislation.gov.uk

The recent Bradford case illustrates why this matters. HSE identified repeated warnings relating to the gas installation before the unsafe situation was eventually discovered by Building Control. A planning system should help ensure significant design or construction issues are identified, allocated and resolved rather than simply carried forward as the job progresses. HSE Media Centre

What should you do now?

If your business undertakes extensions, refurbishments, roofing, fit-outs, maintenance or other small construction projects, review how construction phase planning is currently handled.

Check whether every project has a plan before work starts, including domestic work. Confirm who is acting as contractor or principal contractor and whether domestic-client duties have transferred to your business.

Then look at the quality of the plan itself. It should identify the real project risks, arrangements for coordination and supervision, welfare, significant sequencing issues and how changes will be controlled.

A useful test is to ask whether somebody taking over the project tomorrow could read the plan and understand how the site is intended to be managed safely.

If the document is identical for every job except for the client name and address, it probably deserves another look.

Our professional view

The construction phase plan is often treated as another document needed before the site file is complete. That misses its value.

For a competent contractor or principal contractor, the CPP should be the written output of the thinking that takes place before construction begins: what are we building, what could go wrong, who is responsible, what information do we still need and how will we manage the work when circumstances change?

For small projects, that may genuinely fit onto a few pages. HSE itself provides a two-page template for straightforward work. The objective is not paperwork for its own sake; it is evidence that the job has actually been planned. HSE

Managers, contractors and designers who want a clearer understanding of these duties can use All Star Safety’s CDM 2015 Awareness eLearning course, which covers CDM dutyholders, construction phase plans and the application of CDM to domestic and commercial projects. All Star Safety Ltd

Businesses needing more direct assistance with construction phase planning, contractor arrangements or wider CDM compliance can also access All Star Safety’s health and safety consultancy service. All Star Safety Ltd

Is Your Construction Business Ready for the £39bn Social Housing Programme?

Is Your Construction Business Ready for the £39bn Social Housing Programme?

The first major funding allocations from England’s new Social and Affordable Homes Programme have now been confirmed. For contractors, the opportunity could extend well beyond the organisations receiving the grant. But public investment does not automatically become work: businesses still need to demonstrate competence, compliance, quality and the organisational capability to deliver reliably through increasingly scrutinised supply chains.

The first £9.58bn is now moving into funded delivery

Homes England confirmed on 25 August that 33 Strategic Partners outside London will receive £9.58 billion to support 73,600 new social and affordable homes over the next ten years. The partners include councils, housing associations, developers and other housing providers. GOV.UK

The allocations form the first major wave of the Government’s £39 billion Social and Affordable Homes Programme, which runs for ten years. The programme has a target for at least 60% of homes delivered through it to be for Social Rent, with further funding to be allocated over its lifetime. GOV.UK

View the Government’s Social and Affordable Homes Programme announcement

The scale matters to construction businesses because this is not a short-term stimulus pot attached to a handful of sites. It is intended to create a long delivery pipeline involving housing providers, developers, professional teams, principal contractors, specialist subcontractors and local supply chains.

There is also a deliberate push to rebuild public-sector delivery capability. On the same date, the Government expanded its Capacity to Build programme, providing £46 million over three years to help councils strengthen specialist housing skills, develop viable pipelines and accelerate bids for Social and Affordable Homes Programme funding. GOV.UK

That combination — capital funding plus investment in client-side capacity — should be of interest to businesses looking beyond their current order books.

The money does not simply drop into contractors’ order books

It is important to understand how the programme works before treating the £39 billion figure as an open construction tender fund.

Homes England funds eligible housing providers and developers through two principal routes: long-term Strategic Partnerships and Continuous Market Engagement, which allows qualifying organisations to bring forward individual schemes or portfolios. Strategic Partnership bidding is currently closed, while Continuous Market Engagement remains available. GOV.UK

Read the current Homes England programme guidance

The guidance expressly allows bids from organisations including registered providers, local authorities, housebuilders and developers. There are therefore circumstances where a developer may participate directly in the funding structure. That should not, however, be confused with every construction subcontractor being able to apply to Homes England for money.

For most contractors and specialist trades, the practical commercial opportunity is more likely to arise downstream: through Strategic Partners, developers, principal contractors and the delivery supply chains they appoint.

That distinction matters for business development.

Instead of asking only, “Can we apply for this funding?”, contractors should also be identifying who has received funding, what they intend to build, where their schemes will be located, how they procure construction work and what their supply-chain requirements are.

The 33-partner announcement provides a useful starting point. It identifies organisations with long-term programme allocations rather than speculative housing ambitions. GOV.UK

A company that waits until a tender lands in its inbox may therefore be arriving considerably later than a competitor that has already completed pre-qualification, established relevant contacts and assembled its competence evidence.

Quality and competence sit alongside the drive for volume

The programme is not simply a numerical housebuilding target.

Homes England’s published guidance says homes delivered using programme funding must meet the applicable legislative, regulatory and planning requirements, including relevant Building Regulations requirements. It also sets broader expectations around design quality, accessibility, sustainability and healthy places. GOV.UK

Some of these requirements are legal duties; others are programme expectations or good-practice aspirations. They should not be treated as interchangeable.

For example, compliance with applicable Building Regulations is mandatory. By contrast, Homes England says partners should aim to meet the Nationally Described Space Standard and encourages consideration of standards such as Building for a Healthy Life and its Healthy Homes principles. Those are programme-quality expectations rather than a blanket new statutory duty on every subcontractor. GOV.UK

Separate from the funding programme, the Building Regulations dutyholder regime in England places substantive competence responsibilities on those carrying out building work.

Government guidance explains that contractors must plan, manage and monitor the work they carry out or control so that it complies with relevant requirements. Where they appoint other contractors, they must satisfy themselves that those organisations or individuals have the required competence. GOV.UK

For individuals, competence means having the necessary skills, knowledge, experience and behaviours. For organisations, it includes the policies, procedures, systems and resources needed to deliver compliant work. GOV.UK

That is a much broader test than asking whether somebody possesses a card.

What clients can legitimately ask you to prove

Construction businesses are already accustomed to pre-qualification questionnaires, SSIP assessments, competence cards, training matrices and requests for previous-project evidence. A larger long-term public housing pipeline is likely to make the quality of that evidence more important, not less.

Under CDM 2015, contractors must have the skills, knowledge, experience and, where relevant, organisational capability necessary to carry out their work safely. Principal contractors must be able to demonstrate capability proportionate to the scale, complexity and risk profile of the project they are being appointed to manage. HSE

HSE identifies training records, CPD and previous experience as possible evidence. It also recognises third-party pre-qualification arrangements such as Safety Schemes in Procurement and self-assessment against recognised construction pre-qualification questions as possible ways of demonstrating organisational capability. HSE

There is an important qualification to that point.

The law does not require every contractor to hold CHAS, SafeContractor or another particular commercial accreditation. HSE expressly states that third-party conformity assessment is only one route and does not, by itself, prove that an organisation can manage the specific risks of the project. HSE

Read HSE guidance on health and safety conformity assessment

A client can nevertheless make accreditation or a particular pre-qualification standard a contractual procurement requirement. That is different from saying the accreditation itself is required by statute.

The same principle applies to individual qualifications.

A recognised NVQ, CSCS card or professional qualification can provide valuable evidence of an individual’s occupational competence, but it still needs to match the person’s real role and responsibilities.

For experienced supervisors and managers who need formal workplace recognition, All Star Safety’s Supervisory and Management NVQs cover roles from occupational work supervision through to construction site and senior management. The assessment is based on work actually being performed rather than a classroom certificate alone.

Smaller contractors should prepare before the tender arrives

For SMEs, the danger is assuming that tender readiness can be assembled once a promising opportunity appears.

A well-run subcontractor may have excellent people and a strong safety record but still struggle at pre-qualification because its evidence is fragmented across inboxes, old folders and individual managers’ laptops.

Competence should be capable of being demonstrated without reconstructing the business every time a client asks.

That means knowing which managers are responsible for which activities, what qualifications and experience support those appointments, how competence is reviewed, what supervision is provided and how the business controls areas such as subcontractors, temporary works, lifting, occupational health, quality and design interfaces where relevant.

The same applies to management systems.

Generic policies bought years ago and signed annually are unlikely to tell a sophisticated client very much. More useful evidence shows that arrangements operate in practice: completed inspections, closed corrective actions, current training records, project reviews, design or change-control records, audit outcomes and examples of how problems have actually been managed.

Quality deserves particular attention in housing.

Building Regulations competence duties mean the conversation cannot stop at health and safety. Contractors need arrangements for ensuring that the work they carry out complies with the relevant requirements, that workers receive appropriate supervision and instructions, and that concerns about other work affecting compliance are raised with the appropriate dutyholder. GOV.UK

For businesses accustomed to being selected primarily on programme and price, that is an important shift in emphasis.

What should you do now?

Contractors interested in the emerging social and affordable housing pipeline should use the current funding announcements as a trigger for a structured readiness review.

Practical actions include:

  • identify the 33 Strategic Partners and other providers operating in the geographical areas and sectors you can realistically service;
  • review their procurement portals, frameworks and existing principal-contractor relationships rather than waiting for individual tenders;
  • assemble a current company competence profile covering relevant experience, management capability and project examples;
  • review the qualifications, experience and responsibilities of supervisors and managers against the roles they actually perform;
  • make sure training and competence records can be produced quickly and are not dependent on one individual;
  • check that health and safety policies, procedures and site arrangements reflect what the business actually does;
  • review how Building Regulations compliance, quality control, changes, defects and non-conformances are managed;
  • check any SSIP, Constructionline or other procurement accreditations that target clients commonly require and plan renewals before tender deadlines;
  • review subcontractor-selection and competence-assurance arrangements where you intend to pass work further down the supply chain; and
  • create a reusable tender evidence library containing approved, current documents rather than rebuilding the same submission repeatedly.

The objective is not to collect paperwork for its own sake.

It is to make the business’s genuine capability visible and verifiable to someone deciding whether to entrust it with publicly funded construction work.

Our professional view

The most interesting part of the £39 billion programme is not the headline funding figure. It is the duration.

A ten-year programme creates the possibility of longer-term relationships, repeat work and investment in workforce capability that is much harder to justify when the pipeline consists of isolated projects.

That should favour contractors that can repeatedly deliver rather than simply present well during one tender.

There is also a wider competence lesson. The Building Regulations and CDM regimes increasingly require clients and contractors to think about competence as an organisational characteristic, not an assortment of cards in a site file. Systems, resources, supervision, previous experience and evidence of compliant delivery all matter. GOV.UK

For a smaller contractor, this does not necessarily mean creating a corporate management system designed for a Tier 1 business.

It means having proportionate controls that are current, understood and consistently implemented — and being able to demonstrate them.

The businesses that prepare that evidence now will be in a stronger position when funded programmes become procurement opportunities.

For contractors reviewing whether their health and safety systems, audit arrangements or pre-qualification evidence are ready for larger clients, All Star Safety’s health and safety consultancy service includes construction compliance support, site audits and assistance with CHAS, Constructionline, SMAS, SafeContractor and other accreditation processes.

Do Your Workers Really Understand the Safety Briefing?

Do Your Workers Really Understand the Safety Briefing?

A signed induction sheet or toolbox talk record can show that information was delivered, but it does not necessarily prove that it was understood. Recent research highlights how accents, jargon, background noise, time pressure and workplace culture can all weaken safety communication. For construction employers, the important question is whether workers can understand and apply the controls when conditions change.

Why a nod can be misleading

On 13 August, IOSH published an article examining language and cultural barriers in UK construction safety communication. The research behind it involved semi-structured interviews with 18 migrant construction workers, supervisors and managers.

One of the more useful findings was that communication difficulty is not simply about whether somebody speaks English. Accents, speed of speech, slang, colloquial expressions, background noise and the mental effort required to process instructions while working can all affect understanding.

The research also identified a difference between someone appearing to comply and genuinely understanding why a control is needed. A worker may copy colleagues, nod at a supervisor or perform a familiar task correctly without necessarily knowing how to react when the situation changes.

That is a particularly important distinction on construction sites, where changing access arrangements, plant movements, simultaneous operations, weather, deliveries and alterations to the sequence of work can quickly make yesterday’s instructions incomplete.

What does the law actually require?

This is not a new legal requirement created by the IOSH research.

Section 2 of the Health and Safety at Work etc. Act 1974 already requires employers to provide the information, instruction, training and supervision necessary, so far as is reasonably practicable, to protect employees.

Under CDM 2015 Regulation 13, the principal contractor must ensure that a suitable site induction is provided. Contractors also have duties under Regulation 15 to provide workers under their control with appropriate supervision, instructions and information so that construction work can be carried out safely.

HSE’s site rules and induction guidance goes further in practical terms. It says site rules should be clear and easily understandable and that the need for translated rules for non-English-speaking workers should be considered.

HSE also makes an important point in its guidance on migrant workers: health and safety law does not require workers to speak English. What matters is that work instructions, risks, precautions and emergency procedures are communicated in a way workers can understand.

Language is only one part of the problem

It would be a mistake to treat this solely as an issue affecting migrant workers.

A native English speaker can misunderstand an instruction because a supervisor uses technical jargon, talks too quickly, gives several instructions at once or delivers a briefing beside running plant where half of it cannot be heard.

New or inexperienced workers can also lack the context needed to understand abbreviations and site terminology that experienced personnel take for granted.

HSE’s guidance on safety-critical communications recommends considering who needs the information, the method used to communicate it, when it should be delivered and whether the language is appropriate to the workforce’s literacy and first language. For particularly important information, HSE suggests considering more than one communication method.

That might mean a verbal briefing supported by a drawing, photographs, a marked-up logistics plan or a physical demonstration rather than relying on several pages of written RAMS alone.

The risk should therefore be treated as a communication-system issue, not automatically as a weakness in the individual receiving the information.

How can supervisors check that people really understand?

Simply asking “Do you understand?” is not a particularly strong test.

Most people will say yes, particularly in a group. Someone may not want to admit that they did not understand the supervisor, may feel embarrassed asking for repetition or may not realise that they have misunderstood the instruction in the first place.

IOSH’s recent article recommends checking understanding by asking workers to explain or demonstrate the activity in their own words. HSE similarly advises employers to check that workers fully understand the information and training they receive.

In practice, a supervisor could ask:

  • “Talk me through how you’re going to do this.”
  • “Where is the exclusion zone?”
  • “What would make you stop the job?”
  • “What happens if this access route becomes blocked?”
  • “Show me where you’re going to attach that.”
  • “Who do you contact if the conditions change?”

Those questions test practical understanding without turning the briefing into an examination.

For a safety-critical task, asking someone to physically demonstrate the important step can be even more effective. The objective is not to catch people out; it is to discover misunderstanding before the work starts.

Make inductions and toolbox talks easier to understand

HSE recommends using plain, simple language when delivering induction and job-related training. Its guidance also suggests options such as interpreters, bilingual colleagues, buddy systems, videos, audio, recognised signs, symbols and hand signals where language differences exist.

On a construction site, that can be translated into some fairly straightforward improvements.

Keep briefings focused on the hazards and controls that actually matter that day. Avoid unexplained acronyms and unnecessary technical language. Where practical, show workers the location or equipment being discussed rather than describing it from the welfare cabin.

Plans, photographs and diagrams can be particularly useful for matters such as traffic routes, exclusion zones, lifting areas, emergency escape arrangements and changes to scaffold access.

Where translation is necessary, the critical safety message should still be verified. Translation software can be useful, and HSE recognises it as one possible option, but for complex or safety-critical instructions it is sensible professional practice to confirm that the translated information has retained the intended meaning.

The same principle applies to emergency arrangements. HSE specifically advises employers to ensure that workers fully understand emergency procedures rather than simply being told where they are written down.

What should you do now?

Construction managers and supervisors can make a useful improvement without creating another complicated procedure.

  • Review whether site inductions use plain language and genuinely site-specific information.
  • Identify workers who may need additional communication support before work starts.
  • Avoid slang, unexplained abbreviations and unnecessarily technical language in briefings.
  • Use photographs, drawings, demonstrations and marked-up plans where these communicate the risk better than text.
  • Consider translated information where workers would otherwise struggle to understand safety-critical requirements.
  • Deliver important briefings somewhere workers can actually hear them.
  • Ask workers to explain or demonstrate key controls rather than simply asking whether they understand.
  • Make it acceptable for someone to say that they did not understand the instruction.
  • Check whether supervisors themselves have the communication skills needed to lead mixed-experience and multilingual teams.
  • Review recurring unsafe behaviours to establish whether misunderstanding is contributing to them.

A toolbox talk signature should form part of the record, but it should not become the sole measure of whether communication has been effective.

Our professional view

The biggest risk is confusing evidence that a briefing happened with evidence that the briefing worked.

Construction businesses are understandably keen to retain induction records, signed RAMS and toolbox talk sheets. Those documents are important, but the real test is what happens when the worker leaves the briefing and encounters the job.

If someone can explain the hazard, demonstrate the control and knows what to do when circumstances change, the communication has achieved something meaningful.

Managers and supervisors play a major part in creating that environment. Broader management training such as IOSH Managing Safely and IOSH Working Safely can support better risk awareness and safety leadership, but it should complement rather than replace clear, task-specific information, instruction and supervision on site.

Digital Product Records in Construction: Should Contractors Be Preparing Now?

Digital Product Records in Construction: Should Contractors Be Preparing Now?

Digital product records are not yet a general legal requirement in Great Britain, but construction businesses should start improving product traceability now. Existing duties already require project teams to select suitable products, control substitutions and retain reliable building information. Future digital records are likely to make those processes more visible—not replace them.

The government is currently gathering evidence on how digital product records could work in the UK. For contractors, the important question is not whether another QR code will appear on product packaging. It is whether the business can show what was specified, approved, delivered and installed.

What is the government considering?

The Department for Business and Trade has opened a call for evidence on digital product records. The consultation is exploring how digital records could improve access to product information, supply-chain transparency, regulatory compliance, recalls, maintenance and sustainability data.

The Construction Leadership Council highlighted the consultation on 31 July 2026. Responses are due by 21 September 2026.

The government has not yet settled the format, technical standards or scope of a future Great Britain system. This is a policy-development exercise, not a new compliance deadline.

A future digital product record could contain information such as:

  • Manufacturer and supplier details
  • Product, batch or serial identifiers
  • Declared performance and certification
  • Materials and composition
  • Installation instructions
  • Inspection and maintenance requirements
  • Safety notices and recalls
  • Environmental, repair and recycling information

Access might eventually be provided through a QR code, barcode or another digital identifier. However, the technology is less important than the reliability of the information behind it.

Is this already a legal requirement?

There is currently no general requirement for every product placed on the Great Britain market to carry a digital product record.

Businesses supplying products into Northern Ireland or the European Union may encounter digital-product requirements earlier because relevant EU requirements can apply in Northern Ireland under the Windsor Framework.

For contractors working solely in England, Scotland and Wales, it would therefore be misleading to claim that Digital Product Passports are already mandatory across construction.

That does not mean contractors can ignore product information until new legislation arrives. Existing construction-product, Building Regulations and building-safety duties already require decisions to be supported by suitable evidence.

What records should contractors already be keeping?

For building work in England, regulation 7 of the Building Regulations 2010 requires building work to use adequate and proper materials that are appropriate for their intended circumstances and properly applied.

Approved Document 7: Materials and Workmanship provides guidance on satisfying that requirement. It is statutory guidance rather than the legislation itself.

The current construction-products regime in Great Britain also regulates the placing of relevant products on the market. CE marking continues to be recognised for construction products in Great Britain, while UKCA marking remains available.

However, a conformity mark does not prove that a product is suitable for every project or application.

The project team must still compare its declared characteristics and limitations with:

  • The approved design
  • Its intended location and use
  • Fire and structural performance requirements
  • Compatibility with adjoining products
  • Environmental exposure
  • The manufacturer’s installation instructions

Why product substitutions are a particular risk

Substitutions often arise because the specified product is unavailable, has a long lead time or can be replaced by a cheaper alternative.

That does not make the alternative equivalent.

Consider a specialist contractor proposing a different fire-stopping product because the original material is out of stock. The substitute may look similar but have different tested applications, supporting-construction requirements, annular-gap limits or installation conditions.

A proper substitution process should record:

  1. The original specification
  2. The reason for the proposed change
  3. The technical information for the alternative
  4. Comparison against the required performance
  5. Designer or other appropriate approval
  6. Any revised installation requirements
  7. The final product and location installed

An informal email saying that a product is “similar and approved” is unlikely to provide a reliable audit trail.

How do digital product records relate to the golden thread?

They are related, but they are not the same.

A digital product record concerns information about a product. That information may accompany the product through manufacture, supply, installation, maintenance and eventual reuse or disposal.

The golden thread concerns information about a particular higher-risk building. Government guidance requires specified dutyholders to maintain an accurate, accessible and usable digital record for relevant higher-risk buildings.

Product data may contribute to the golden thread, but it does not demonstrate on its own:

  • Which product was approved for a particular location
  • Whether it was installed in accordance with the design
  • Who carried out the installation
  • Whether concealed work was inspected
  • Whether a substitution was properly controlled
  • Whether testing and commissioning were completed

A QR code can provide access to technical information. It cannot prove that the product was installed correctly.

What should contractors do now?

There is no need to purchase a complex new digital platform solely because the consultation has been announced.

A more useful first step is to review how product information currently moves through the business.

Set a minimum product-information requirement

For safety-critical or performance-critical products, determine what must be obtained before approval or installation. This could include:

  • Product and manufacturer identification
  • Technical data and declared performance
  • Applicable certification
  • Installation and compatibility requirements
  • Batch or serial information where proportionate
  • Inspection and maintenance instructions
  • Evidence approving any substitution

Connect the paperwork to the installed product

A folder containing product literature is of limited value if nobody can identify where each item was installed.

For relevant products, records should connect:

  • The approved specification
  • Purchase and delivery information
  • Batch or serial details
  • Installation location
  • Installer details
  • Inspection and photographic evidence
  • Handover information

This is particularly important for fire doors, fire stopping, structural fixings, façade components, insulation, structural products and safety-critical building services.

Preserve the information relied upon

Do not rely exclusively on a manufacturer’s live webpage. Pages, downloads and product ranges can change.

Retain the relevant version of the technical information, declaration, certificate or installation document used when the product was selected and approved.

Test the process on one project

Select three or four safety-critical products and trace each one from design through procurement, delivery, installation, inspection and handover.

This will quickly show whether the process contains:

  • Missing approvals
  • Uncontrolled substitutions
  • Duplicate records
  • Unclear responsibilities
  • Product information that cannot be connected to the installed work

Our professional view

Digital product records could make construction information easier to access and audit. They will not correct weak procurement, installation or quality-control systems.

The priority for contractors should be to establish a reliable product-information process before investing heavily in technology. Once the responsibilities, approval stages and records are sound, digital tools can make the process more efficient.

Poor information does not become good evidence simply because it is delivered through a QR code.

Businesses reviewing product approval, substitution and construction-compliance processes can obtain support through All Star Safety’s health and safety consultancy service. Managers responsible for procurement, quality and project controls may also benefit from appropriate Supervisory and Management NVQs.

Frequently asked questions

Are Digital Product Passports mandatory for UK construction products?

Not generally in Great Britain at present. The government is gathering evidence to inform possible future policy. Different requirements may apply when supplying products into Northern Ireland or the European Union.

Is CE or UKCA marking proof that a product is suitable?

No. Marking provides information about conformity and declared performance under the relevant product regime. The project team must still confirm that the product is suitable for the approved design and intended use.

Is a QR code enough for the golden thread?

No. It may provide access to product information, but the project record must also show approval, change control, installation, inspection and other building-specific evidence.

Who should approve a product substitution?

That depends on the project and the significance of the change. Approval may require the designer, principal designer, client, principal contractor, building control authority or another competent specialist. The process and authority should be defined before substitutions arise.

Can Ratchet Straps Be Used for Lifting?

Can Ratchet Straps Be Used for Lifting?

Ordinary ratchet lashing straps must not be used to lift, suspend or lower loads. They are designed to restrain cargo, not to act as lifting accessories.

A new Health and Safety Executive prosecution followed an incident in which a ratchet strap failed while workers were lowering a steel beam weighing more than 100kg. The falling beam struck an employee, causing multiple back fractures, a punctured lung and a broken leg.

The case demonstrates why dismantling work needs a written sequence, suitable lifting equipment, competent planning, temporary-stability controls and an effective exclusion zone. It also reinforces the importance of stopping work when an employee raises a reasonable safety concern.

What Happened During the Steel-Frame Dismantling?

On 30 July 2026, the Health and Safety Executive reported the prosecution of an event-structure company and its director.

The incident occurred during the dismantling of an internal steel-frame temporary structure at a hotel in Surrey.

A ratchet strap was being used to lower a steel beam weighing more than 100kg. The strap was not designed for lifting or lowering loads and failed, causing the beam to fall onto an employee.

The worker suffered multiple back fractures, a punctured lung and a broken leg. She underwent an 11-hour operation and spent three months in hospital.

HSE found that the dismantling work had not been properly planned or carried out safely. The director had selected the method and continued with it after the worker questioned whether it was safe.

The company was fined £12,000 and ordered to pay £6,949 in costs. The director received a community order requiring 75 hours of unpaid work.

Are Ratchet Straps Suitable for Lifting?

No—not ordinary ratchet lashing straps.

Ratchet straps are generally intended to restrain loads against movement during transport, storage or handling. They are not designed to:

  • Lift a freely suspended load.
  • Lower a load under controlled movement.
  • Support a load above people.
  • Act as a webbing sling.
  • Replace a chain block, lever hoist or lifting appliance.
  • Provide structural support during dismantling.

A lifting accessory should be designed and marked for lifting, have an identifiable safe working load or working load limit, and be compatible with the load, attachment points and proposed configuration.

A lashing strap may look similar to a lifting sling, but appearance is not evidence of suitability.

“A strap capable of restraining a load is not automatically capable of safely lifting it.”

Legal Duty: Use Suitable Work Equipment

Under regulation 4 of the Provision and Use of Work Equipment Regulations 1998, employers must ensure that work equipment is constructed or adapted to be suitable for the purpose for which it is used.

HSE’s PUWER guidance reinforces that equipment must be:

  • Suitable for its intended use.
  • Selected with the workplace risks and conditions in mind.
  • Maintained in a safe condition.
  • Used only for suitable purposes.
  • Used by people who have received adequate information, instruction and training.

A ratchet strap does not become suitable lifting equipment because it happens to be available, appears strong or has previously held a similar weight.

Nor does inspecting or thoroughly examining an unsuitable item convert it into lifting equipment.

Legal Duty: Plan Lifting and Lowering Operations

The Lifting Operations and Lifting Equipment Regulations 1998 define a lifting operation as an operation concerned with the lifting or lowering of a load.

Where lifting equipment is used, the operation must be:

  • Properly planned by a competent person.
  • Appropriately supervised.
  • Carried out safely.

HSE’s guidance on planning and organising lifting operations states that the plan must address foreseeable risks and identify the equipment and people required.

Relevant considerations include:

  • The weight and centre of gravity of the load.
  • Suitable lifting and attachment points.
  • The strength and stability of the equipment.
  • The dismantling sequence.
  • Preventing uncontrolled movement.
  • People working beneath or beside the load.
  • Attaching and detaching the lifting accessories.
  • Maintaining control if something fails.
  • The experience and competence of those involved.

The level of planning should be proportionate to the risk. Lowering a structural steel member weighing more than 100kg from a partially dismantled frame should not be treated as an informal manual-handling activity.

Legal Duty: Record Dismantling Arrangements in Writing

Regulation 20 of the Construction (Design and Management) Regulations 2015 requires demolition or dismantling to be planned and carried out in a manner that prevents danger.

The arrangements must be recorded in writing before the work begins.

This will normally involve a task-specific method statement setting out:

  • The intended dismantling sequence.
  • Which components provide structural stability.
  • Any temporary bracing or propping required.
  • How each component will be supported before connections are released.
  • The equipment used to lift or lower components.
  • The location of operatives during each stage.
  • Exclusion-zone arrangements.
  • Hold points and authorisation requirements.
  • The response to unexpected movement or instability.

The sequence is safety-critical. Removing apparently minor bolts, braces or beams can alter load paths and destabilise the remaining structure.

HSE Guidance: Assess Structural Stability First

HSE’s structural-stability guidance for alteration, demolition and dismantling advises that a competent person should survey and assess the structure before potentially load-bearing parts are altered.

The assessment should consider the structure’s age, construction, previous use, adjacent structures and existing condition.

Where temporary supports are needed, they should be designed by a suitably qualified and experienced person. Bracing and propping must then be installed, checked, maintained and removed in accordance with the design.

A dismantling method should not rely on workers physically holding, balancing or attempting to control a structural component after its fixings have been released.

Industry Good Practice: Separate Lashing and Lifting Equipment

A practical way to prevent misuse is to keep load-restraint equipment physically separate from lifting accessories.

Industry good practice includes:

  • Storing ratchet lashings and lifting slings in different locations.
  • Clearly labelling storage areas.
  • Quarantining unidentified or damaged equipment.
  • Checking that lifting accessories display an identifiable WLL or SWL.
  • Matching certificates and thorough-examination records to the equipment.
  • Completing pre-use checks before every lifting operation.
  • Preventing workers from supplying unapproved personal equipment.
  • Training supervisors to recognise the difference between slings and lashings.

Lifting accessories are generally subject to thorough examination at least every six months unless a competent person’s written scheme specifies an alternative interval.

A pre-use check is still required and does not replace the statutory thorough examination.

Keep People Outside the Line of Fire

Workers should not stand beneath a suspended load or within the area into which a component could fall, swing, rotate or slide.

The exclusion zone must reflect the actual failure path—not simply the footprint directly beneath the load.

The lifting plan should consider what would happen if:

  • A lifting accessory failed.
  • An attachment point fractured.
  • The component rotated unexpectedly.
  • The remaining structure moved.
  • A connection released suddenly.
  • The lifting equipment lost power or tension.

Where people must approach to disconnect equipment, the load should first be landed, independently supported or otherwise placed in a stable condition.

Responding to Safety Concerns

A worker questioning whether a method is safe should trigger a pause and review.

Our professional recommendation is that dismantling and non-routine lifting methods include a clear stop-work rule:

“If the equipment, sequence, structural condition or proposed method differs from the written plan, the operation stops until it has been reassessed.”

Supervisors should never interpret a safety concern as disobedience or lack of commitment. People carrying out the task may be the first to identify unexpected movement, unsuitable equipment or an impractical sequence.

Our Professional View

This case was not simply about one strap failing. The strap was the final visible weakness in a wider failure of planning.

A suitable method would have identified the beam weight, lifting points, load path, equipment, support arrangements, dismantling sequence and worker positions before connections were released.

Businesses requiring assistance can use All Star Safety’s health and safety consultancy service for task-specific RAMS reviews, site inspections, temporary-works support and lifting-operation reviews.

Personnel involved in planning and supervising lifting work can demonstrate occupational competence through appropriate Lifting Operations NVQs. Wider project and supervisory competence can also be assessed through Supervisory and Management NVQs.

For further guidance, read our overview of competence and legal responsibilities in lifting operations.

Action Checklist

  • Remove ordinary ratchet lashing straps from lifting-gear storage.
  • Check all lifting accessories have identifiable WLL or SWL markings.
  • Match equipment to its examination records and certification.
  • Quarantine unidentified, damaged or unsuitable equipment.
  • Identify the weight and centre of gravity of every component.
  • Confirm suitable lifting and attachment points.
  • Prepare a written dismantling sequence.
  • Assess the changing stability of the remaining structure.
  • Design temporary supports where required.
  • Provide a suitable lifting appliance and accessories.
  • Establish an exclusion zone based on possible load movement.
  • Prevent anyone standing beneath or beside an unsupported component.
  • Appoint competent people to plan and supervise the operation.
  • Stop and reassess work where the method or conditions change.
  • Treat worker concerns as a reason to review the system.

Frequently Asked Questions

Can a heavy-duty ratchet strap be used to lift a load?

No. A high lashing capacity does not make an ordinary ratchet strap suitable for lifting. Use purpose-designed lifting equipment with an identifiable WLL or SWL.

Can a ratchet strap be used to lower a beam?

No. LOLER defines lifting operations as including the lowering of loads. Equipment used to lower a beam must be suitable for lifting operations and selected through competent planning.

Does thoroughly examining a ratchet strap make it lifting equipment?

No. Thorough examination can assess the condition of suitable lifting equipment. It cannot change a product’s intended purpose or design.

Does every dismantling operation need a written method?

Where work falls within demolition or dismantling under CDM regulation 20, the arrangements must be recorded in writing before the work begins.

What equipment should be used to lower steelwork?

The answer depends on the component weight, structure, attachment points and environment. Suitable options may include a crane, hoist, chain block, lever hoist or another purpose-designed system selected by a competent person.

Who should plan the operation?

The planner must have sufficient theoretical and practical knowledge of the structure, load, lifting equipment and applicable legal requirements. More complex operations require greater specialist competence.

Can workers briefly stand beneath a supported beam?

Workers should not stand beneath suspended or inadequately supported components. Before anyone approaches, the component should be landed or independently secured in a stable condition.