RAMS for Cladding & Rainscreen: FREE Template + Generator
Create a compliant Cladding & Rainscreen RAMS in minutes—covering hazards, controls, method steps, PPE and permits—tailored for UK sites and manufacturer specifications.
Trusted by 100+ UK contractors
“The RAMS generator saved us hours and raised our game. It covered wind limits, pull-out testing and cavity barrier hold points straight out of the box—exactly what façade work needs. Our principal contractor signed off first time.”
5 star ratingRyan McLeod· Director, Façade Installations Ltd
What you get
- Façade-specific RAMS export that mirrors the manufacturer sequence from anchor tests through panel sign-off.
- Wind-limit tracker and lifting checklist embedded so supervisors can evidence stop-work decisions on gusty days.
- Cavity barrier and fire-stop hold-point section with placeholders for photos and inspector signatures.
- Quality log covering pull-out values, torque readings and panel batch traceability for handover dossiers.
Why teams choose RAMSGen
Don't waste time wrangling ad-hoc Word templates. Create a site-specific Cladding & Rainscreen RAMS from the start.
Benefits
- ✓Get client approval faster by showing cavity barriers, anchors and wind thresholds are fully planned.
- ✓Use one template across ACM, stone or terracotta packages while keeping manufacturer nuances visible.
- ✓Protect programme dates by reducing last-minute RAMS rewrites when TWCs or façade consultants review them.
Risks of manual RAMS
- !Ignoring wind triggers or exclusion zones leads to panel drops, damage and enforcement notices.
- !Missing evidence for pull-out tests or fire barriers delays PC sign-off and retention release.
- !Generic RAMS rarely reference Temporary Works or façade design responsibilities, exposing you to blame for structural faults.
Manual drafting
4 hrs
RAMSGen
8 min
Typical manual prep vs RAMSGen automation
Also searched for
façade cladding RAMS, rainscreen installation RAMS, ventilated façade method statement, metal cladding risk assessment, ACM cassette installation RAMS, stone rainscreen RAMS
Generic RAMS template
Snapshot hazards
- Work at height on scaffolds, MEWPs and roofs (falls from edges/fragile surfaces).
- Falling objects during lifting/handling of panels, brackets and fixings.
- Manual handling of large, sharp-edged panels causing strains and cuts.
- Drilling/cutting creating dust, noise and vibration; exposure to COSHH substances (sealants/adhesives).
- Live services and temporary works risks (anchor failure/unstable substrate) amplified by adverse weather and wind.
Critical controls
- Work at Height plan: suitable access (scaffold/MEWP), edge protection, harness/lanyard where required, tool tethering and exclusion zones below.
- Lifting operations planned by an appointed person; certified accessories; banksman/slinger; wind monitoring with work stopped at manufacturer/site limits.
- Manual handling assessment: mechanical aids/panel lifters, team lifts, route planning and edge protection; cut-resistant gloves.
- Control dust/noise/COSHH: on-tool extraction or wet drilling, FFP3 RPE as required, hearing protection, ventilation and COSHH assessments/SDS on site.
- Fixing/quality controls: pull-out testing and temporary works approval for anchors; calibrated torque tools; install cavity/fire barriers to spec with hold-point inspections and photo records.
Permits & references
- Hot Works Permit (cutting/grinding/welding)
- Lifting Operations Permit/Plan (crane/MEWP as site policy)
- Work at Height/MEWP Permit where required
- Permit to Drill/Core (service detection/utility clearance)
- Temporary Works/Facade Fixings approval for anchors/brackets/rails
Implementation walkthrough
- 1
Pre-start: review RAMS, drawings and manufacturer instructions; brief team; confirm permits and emergency arrangements.
- 2
Delivery/offloading: segregated area, inspect loads, store panels/rails flat on dunnage, weather-protected and labelled.
- 3
Access set-up: scaffold inspected and tagged or MEWP pre-use checks; install edge protection; establish exclusion/drop zones.
- 4
Set-out: verify datum, lines and tolerances; survey substrate; complete anchor pre-tests where specified.
- 5
Bracket installation: fix primary brackets/isolators to structure to specified embedment; record checks.
- 6
Rails/top hats: install and adjust for line/level; tighten to specified torque; record QA.
- 7
Fire strategy: install cavity/fire barriers and breather membranes; maintain continuity; hold-point inspection and sign-off.
- 8
Insulation: fit boards and retainers per design; maintain ventilation cavity and airtightness where specified.
- 9
Panel installation: lift/position using planned method (suction handles/panel lifters/crane); fix in manufacturer sequence; apply seals/flashings; clean residues.
- 10
Completion: plumb/level check, torque audit, photo records, remove temporary protection, clear waste and hand over for inspection.
How to create a site-specific Cladding & Rainscreen RAMS
Transform the generic template above into a compliant, site-specific document by addressing these critical areas:
Site-specific customization checklist
- 1
Project address, elevation heights and façade orientation (wind exposure).
- 2
Cladding system manufacturer/model, panel material and fixing method (cassette, secret-fix, rivet).
- 3
Substrate type and anchor specification with required pull-out values and edge distances.
- 4
Wind limits for lifting/installation per manufacturer and site policy; anemometer location.
- 5
Delivery sequence, lay-down/assembly areas and crane/MEWP positions.
- 6
Interface details at windows/doors/corners; movement joints and fire-stopping details.
- 7
Public and traffic management arrangements, hoarding and protection fans if required.
- 8
Fire strategy and inspection plan for cavity barriers and fire-stopping (hold points).
- 9
Emergency arrangements including MEWP/working-at-height rescue plan and first-aid provision.
- 10
Environmental controls: permitted noisy hours, dust suppression, waste carriers and recycling routes.
HSE compliance alert
This template supports compliance with UK regulations including CDM 2015, Work at Height Regulations 2005, LOLER 1998, PUWER 1998 and COSHH 2002. Always adapt to the specific system/manufacturer instructions, drawings and site conditions. The Principal Designer/Contractor must review and approve the final, site-specific RAMS before work starts.
Why RAMSGen makes this easier
Instead of manually editing Word templates and cross-referencing multiple guidance documents, RAMSGen walks you through each customization step with intelligent prompts. Answer questions about your site, and the platform automatically generates a compliant RAMS that incorporates:
- Project-specific hazards based on your site layout and access constraints
- Emergency plans with routes to the nearest A&E and site-specific assembly points
- Permits, inspections, and quality checkpoints aligned to your schedule
- Branded PDF exports ready for principal contractor submission
Frequently asked questions
What should a Cladding & Rainscreen RAMS include?
It should cover scope and system type, drawings/manufacturer instructions, work-at-height and lifting plans, COSHH controls, method sequence (brackets, rails, barriers, insulation, panels), QA evidence (pull-out tests/torque records), permits and emergency arrangements.
What wind speed stops cladding or rainscreen panel installation?
Follow the cladding system and lifting gear manufacturer limits and the site policy. Use an on-site anemometer at the work face and pause work if gusts approach the stated limit or conditions become unsafe.
Do I need pull-out tests for façade fixings?
Yes—site-specific proof tests are typically required for anchors and fixings into the substrate. Record test locations/values and get temporary works approval before full installation.
How are cavity barriers managed in the RAMS?
Include product specifications, locations, continuity details, fire-stopping around openings and a hold-point inspection with photo records before barriers are covered by cladding.
Which UK regulations apply to cladding and rainscreen installation?
Key regs include CDM 2015, Work at Height Regulations 2005, LOLER 1998, PUWER 1998, COSHH 2002, Control of Noise/Vibration at Work and the Electricity at Work Regulations for power tools.
What PPE is required for façade installation?
Minimum: safety helmet, safety boots, cut-resistant gloves, eye protection and hi-vis. Task-specific RPE (FFP3) and hearing protection may be required for drilling/cutting—confirm via your risk assessment.
How do we lift and position large cladding panels safely?
Use a lift plan with an appointed person, inspected lifting accessories (suction lifters/frames), trained slinger/banksman, maintained exclusion zones and wind monitoring at the work face.
How should hot works (cutting/grinding) be controlled in cladding RAMS?
Obtain a Hot Works Permit, clear combustibles, use fire-resistant blankets, provide extinguishers/fire watch, control sparks and fumes, and complete a post-work fire watch as per site policy.
What QA records should we keep for sign-off?
Anchor pull-out results, torque tool calibration and torque audits, cavity barrier photo records, material batch numbers/CoC, as-built photos, access/lifting inspections and daily briefings.
How often should scaffolds and MEWPs be inspected?
Scaffolds: every 7 days, after alteration or severe weather, by a competent person. MEWPs: pre-use checks daily and thorough examinations as required by legislation and manufacturer guidance.
Calculate your RAMS preparation costs
See how much time and money you could save by switching from manual RAMS preparation to RAMSGen's automated workflow.
RAMSGen Cost Calculator
Use the slider to discover the time and cost savings with RAMSGen.
Monthly volume
4 RAMS
Manually
£960
24 hrs of labour
RAMSGen
£60
2.4 hrs with RAMSGen
You save
£900
21.6 hrs saved
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Build a site-specific RAMS in minutes for free!
Open this template in RAMSGen, tailor the task, and export a branded RAMS ready for site.