Cladding method statement template

A cladding method statement explains the actual sequence and controls for installing, replacing or removing a defined external wall or roof cladding system at a specific site. It should identify approved design information, access and lifting, materials and fixings, fire and weather interfaces, inspections and what happens when the as-built substrate differs from the drawings. The editable framework below is a starting document. It is not an engineered fixing design, a fire-safety approval, a facade specification, a licence to remove unsafe material or a substitute for the project's construction phase plan.

Cladding is not one task. A rainscreen panel replacement on a low-rise commercial building, insulated roof sheets on a warehouse and remediation of an occupied high-rise residential external wall create different hazards and approvals. Choose one work package and state the building type, jurisdiction, installation system and limits before adapting the template. HSE says work at height must be assessed and planned, with avoidance and collective protection considered before lower-order measures. A written method helps communicate that plan, but the document must match the design and site conditions.

Decide whether this template is suitable

Use this as a task framework for installation or controlled replacement only after the client and design team have defined the authorised works. Do not use a generic form to decide whether a facade is safe or which material complies with building regulations. External wall requirements and approval routes vary by country, building type and work. In England, work on a higher-risk building may need Building Safety Regulator building-control approval before it begins; the current guidance was updated on 1 October 2026 and must be checked for the actual project. Approved Document B was also updated in September 2026, so a copied older specification is not a reliable authority for a new installation. Scotland and Wales have their own building-control and fire frameworks. A GB safety method can cover work practices, while the design/approval section must be completed for the actual nation and building.

If the job involves stripping a suspect existing system, investigate what it contains and the agreed remediation/design sequence first. Fire risk, asbestos, structural stability, resident protection, waste and temporary weatherproofing may need specialist assessments and separate method statements. Do not infer that every cladding replacement is a qualifying “remediation” project or that a grant/funding scheme approves a chosen system.

Copyable method statement: cladding work package

1. Scope, document control and approvals

Scope statement to adapt: “This method covers [installation/removal/repair] of [identified system] on [elevations/levels/grid], from [access set-up] through [inspection and handover]. It does not authorise [design change, unapproved substitution, facade-retention work or other excluded activity]. Work begins only after [approvals/hold points].”

Where the project is in England and may be a higher-risk building, verify the definition and route against current government criteria guidance and the actual application/approval. Do not insert a generic height test into the method and assume it answers every scenario involving an existing building or a change of use.

2. People, coordination and briefing

• Principal contractor / site manager: [ ], coordinates the area, other trades, occupants and site rules.
• Facade designer / structural engineer / fire specialist: [ ], responsible for the defined design information and resolving deviations. The installer does not redesign the wall in the field.
• Cladding supervisor: [ ], checks material identity, installation sequence, weather/access limits, fixings, cavity/fire details and hold points.
• Access, lifting and temporary works leads: [ ], issue the relevant plans and authorisations; identify who can stop work.
• Installers and inspectors: [competence and training relevant to system, plant, height and task]. Record induction, briefing, language needs and confirmation that drawings and this method were understood.
• Occupied premises/resident liaison: [ ], agrees notices, access restrictions, emergency escape and the route for unexpected defects or water ingress.

HSE's CDM contractor guidance requires contractors to plan, manage and monitor their work, provide appropriate supervision and cooperate with the project team. A worker sign-off is evidence of briefing, not proof that an unsuitable design or method has become safe.

3. Pre-start checks and stop points

Record the evidence and the person who releases each stage. If one is unresolved, secure the area and do not proceed with that stage.

4. Task sequence: adapt to the approved system

This table intentionally does not prescribe anchor spacing, panel size, cavity-barrier type, wind speed or fire classification. Those are design/system-specific. A generic template cannot validate them. If approved documents and delivered products differ, stop and obtain a documented design decision.

5. Height, objects, lifting and weather controls

Start by asking whether work at height can be avoided or reduced through ground assembly or prefabrication, then provide suitable collective access and edge protection where possible. HSE's work-at-height hierarchy does not support choosing a harness as the first/default control. An access plan should identify scaffold/MEWP inspection, landing points, rescue arrangements and who changes the setup. If a MEWP is used, follow the equipment-specific and HSE MEWP guidance, including suitable restraint and examination requirements as applicable.

Large sheets and panels can behave like sails and shift under wind. The designer, lifting planner and equipment manufacturer must set lifting, handling and weather limits; stop when those limits are reached. Use a defined lift path, attachment points, tag/guide method and exclusion zone. Do not move an unrestrained panel over people. HSE's public protection guidance requires falling objects to be prevented from leaving the site boundary. Protect entrances, pavement users, adjoining occupants and other work faces, not only the installation crew.

6. Fire, hidden work and occupant protection

The work method must protect the approved fire design. Cavity barriers, fire stopping, insulation and fixings are not optional accessories; their location and compatibility must come from the current project specification. Define inspection before concealment and collect traceable photographs/records. If the wall is opened on an occupied building, maintain the agreed temporary fire/weather strategy and do not obstruct escape routes or fire service access. Where England's high-rise residential external-wall information duties are relevant, GOV.UK explains the responsible person's notification of material changes; the contractor must provide accurate as-built evidence to the project dutyholders. This does not make the contractor automatically the responsible person.

The template cannot decide whether a cladding material is legally acceptable. Check the current building regulations and Approved Documents for the actual country, building and work, as well as any approval conditions. A March–July 2026 consultation on external-wall guidance was a proposal, not itself a rule. Preserve the approved specification and escalate any proposed substitute through the design and approval route.

7. Change, emergency and handover log

Stop-work triggers: unexpected substrate or void; failed fixing test; different product/batch from approval; absent cavity/fire detail; movement/instability; weather beyond the agreed limit; failed access control; falling-object event; smoke, fire or water ingress; a proposed design change; or missing approval. Supervisor [ ] isolates and records the condition, contacts [designer/PC/client], obtains a revised instruction and rebriefs workers before restart. Emergency contacts [ ], rescue route [ ], fire route [ ], occupied-building communication [ ]. Do not improvise a rescue method at height.

Example: replacement panels on an occupied building

A draft says “remove panels, inspect wall, install new panels.” It is not enough. Before work, the team needs an authorised removal and replacement design, knowledge of the existing materials, a plan to keep the facade stable and weather-tight, segregation for residents and the public, an access/lift plan and an inspection route for fire and fixings. If the opened wall shows an unexpected cavity or unsuitable substrate, the crew stops at the survey stage. A designer decides the change; the approved method and material schedule are revised; the crew is rebriefed. The inspector records the concealed barrier and fixing evidence before the new panel closes the wall. This is what the method statement is for: showing where work must pause and who can release it.

Common mistakes

• Treating a generic cladding “RAMS” as a design approval or fire assessment.
• Describing only installation and omitting safe removal, temporary stability or occupant protection.
• Assuming all GB countries and all buildings follow the same external-wall approval route.
• Allowing field substitutions because two materials look alike.
• Omitting the access rescue plan, wind limits or falling-object zone.
• Covering fixings, barriers and penetrations before inspection/evidence capture.
• Failing to record an as-built change that affects the fire or maintenance information.

Source, owner, links, product and writer-side QA

Terminal writer-side disposition: READY.