PAS 9980 Assessment

PAS 9980 assessment is the evidence-led external wall fire risk appraisal process used to assess a UK building’s external wall system in accordance with PAS 9980 so external wall fire-risk significance, proportionate risk-reduction priorities, and next-step actions can be determined against verified build-up conditions rather than panel-only assumptions. Cladding Remediation delivers PAS 9980 assessment support as a compliance-led external wall appraisal and remediation-readiness service engineered for the realities of UK building stock, where external wall fire-risk outcomes are often determined by concealed cavity conditions and continuity-critical interface defects rather than visible cladding panels alone. PAS 9980 assessment activity typically relates to a layered external wall assembly that may include cladding components, subframe systems, insulation, cavity barriers, membranes, sheathing, attachments, balconies, and junction detailing around openings, slab edges, parapets, penetrations, and structure. Where external wall conditions are uncertain, undocumented, mixed across elevations, or potentially risk-significant, PAS 9980 assessment must be informed by a controlled system-level evidence and appraisal process, not a surface-level visual review in isolation. By aligning evidence-led scope definition, external wall build-up investigation, intrusive opening-up support where required, cavity and interface risk appraisal inputs, and verifiable documentation for competent professional review, Cladding Remediation delivers PAS 9980 assessment support that improves appraisal reliability and supports technically coherent progression into risk mitigation, monitoring, further assessment, or remediation planning on UK buildings.

How Does PAS 9980 Assessment Support External Wall Fire Risk Decisions on UK Buildings?

PAS 9980 assessment supports external wall fire risk decisions on UK buildings by producing a structured, evidence-based appraisal of the external wall system that enables a competent professional to determine whether external wall conditions present risk-significant concerns and what proportionate risk-reduction actions should follow. Cladding Remediation delivers PAS 9980 assessment support for the realities of occupied UK buildings, where legacy façade build-ups, concealed cavity conditions, interface discontinuities, scaffold/access constraints, and incomplete as-built records often control what evidence can be gathered and how confidently external wall fire risk can be interpreted. External wall fire risk is not appraised reliably through visible panel inspection alone when insulation configuration, cavity barrier continuity, membrane/sheathing interfaces, or interface fire-stopping conditions at junctions remain unknown, inaccessible, or undocumented. PAS 9980 assessment evidence pathways, intrusive opening-up findings where required, interface mapping, and quality-assured evidence capture all influence how PAS 9980 assessment inputs should be scoped, assembled, and documented so appraisal outputs remain defensible and usable for governance and next-step planning. By aligning verified site evidence, assessment boundaries, build-up verification, interface-risk interpretation, and appraisal-ready documentation, Cladding Remediation delivers PAS 9980 assessment support that improves decision quality and supports clear progression into proportionate external wall risk management on UK buildings.

These PAS 9980 assessment decisions produce the following performance and assurance outcomes:

1. Cladding Remediation defines PAS 9980 assessment scope using evidence-led investigation so appraisal boundaries align with verified external wall system conditions and risk concentration zones.
2. Cladding Remediation gathers external wall evidence using controlled survey methods and opening-up coordination where required so PAS 9980 assessment inputs reflect actual build-up conditions rather than panel-only assumptions.
3. Cladding Remediation assesses cavities and interfaces for PAS 9980 assessment inputs so continuity-critical junction defects and concealed pathway risk are included in external wall fire risk appraisal.
4. Cladding Remediation aligns PAS 9980 assessment findings with risk management and remediation pathways so identified external wall issues translate into proportionate, technically coherent next-step actions.
5. Cladding Remediation integrates QA evidence capture and verifiable documentation so PAS 9980 assessment inputs and outputs are traceable, auditable, and usable for professional review and project governance.

Each of these PAS 9980 Assessment outcomes is produced by a specific scoping, evidence, interpretation, pathway-alignment, and documentation process, which is set out below.

1. Evidence-led PAS 9980 assessment scope → confirms relevant façade zones and assessment boundaries → external wall fire risk appraisal is based on appropriate system coverage
2. Controlled evidence gathering and build-up verification → confirms actual assembly conditions and material configuration → conclusions are not driven by surface-only or drawing-only assumptions
3. Cavity and interface assessment for PAS 9980 assessment inputs → identifies concealed pathway risk and continuity-related defects → external wall fire risk interpretation extends beyond visible panel areas
4. Alignment with risk management and remediation pathways → connects findings to proportionate next actions → risk-reduction planning and delivery decisions can proceed coherently
5. QA evidence capture and verifiable documentation → creates an auditable PAS 9980 assessment evidence trail → competent professional review, governance, and follow-on decision-making are better supported

1. Cladding Remediation Defines PAS 9980 Assessment Scope Using Evidence-Led Investigation and Interface Mapping

Cladding Remediation defines PAS 9980 assessment scope using evidence-led investigation and interface mapping because external wall fire risk cannot be appraised reliably when assessment boundaries are set only by visible cladding type, isolated elevations, or incomplete building records. During mobilisation, Cladding Remediation reviews available building information, façade typologies, known external wall concerns, access constraints, and prior inspection or remediation records to establish appropriate appraisal boundaries for PAS 9980 assessment support. Interface mapping is used to identify risk concentration points at openings, slab edges, balconies, parapets, movement joints, support zones, service penetrations, and other transitions that may materially affect external wall fire-risk interpretation. This evidence-led approach ensures PAS 9980 assessment activity is directed toward verified system conditions and continuity-critical locations before evidence gathering begins.

2. Cladding Remediation Gathers External Wall Evidence and Verifies Build-Ups Using Controlled Survey Methods

Cladding Remediation gathers external wall evidence and verifies build-ups using controlled survey methods because PAS 9980 assessment conclusions depend on what is actually present within the external wall assembly, not what is assumed from drawings or surface inspection alone. Where required and appropriate, Cladding Remediation coordinates intrusive opening-up, sampling support, and condition recording to identify cladding composition, insulation configuration, cavity conditions, and associated façade-system elements within surveyed zones. Survey methods are sequenced to obtain reliable evidence while maintaining control over occupied-building impacts, access logistics, and exposed-condition protection. This controlled evidence-gathering process improves confidence in build-up verification and reduces the risk of panel-only or label-only assumptions being carried into PAS 9980 assessment appraisal.

3. Cladding Remediation Assesses Cavities and Interfaces for PAS 9980 Assessment Inputs

Cladding Remediation assesses cavities and interfaces for PAS 9980 assessment inputs because external wall fire-risk significance is frequently determined at concealed junctions and transitions rather than field panel areas alone. During assessment support activities, conditions at openings, slab edges, balconies, parapets, movement joints, penetrations, subframe interfaces, cavity barrier zones, and interface fire-stopping-relevant locations are reviewed where evidence is available or obtained through survey works. Cladding Remediation interprets these conditions within the wider façade-system logic so PAS 9980 assessment inputs reflect continuity performance and concealed pathway risk, not only cladding-face observations. This interface-led assessment approach supports more complete external wall fire risk appraisal and reduces blind spots at detail-critical locations.

4. Cladding Remediation Aligns PAS 9980 Assessment Findings With Risk Management and Remediation Pathways

Cladding Remediation aligns PAS 9980 assessment findings with risk management and remediation pathways because PAS 9980 assessment often functions as a decision gateway where identified external wall fire-risk issues must be translated into proportionate mitigation, monitoring, further investigation, or remediation actions. PAS 9980 provides a structured basis for external wall fire risk appraisal, and appraisal outputs are stronger when findings are organised for clear next-step decision-making rather than left as isolated observations. If PAS 9980 assessment findings are not structured for pathway continuity, projects can inherit unclear scope boundaries, repeated opening-up, or misaligned sequencing during subsequent technical or remedial works. Cladding Remediation therefore organises findings so material concerns, cavity barrier issues, interface fire-stopping defects, and façade continuity risks can support coherent risk-reduction and delivery planning.

5. Cladding Remediation Integrates QA Evidence Capture and Verifiable Documentation Into PAS 9980 Assessment Support

Cladding Remediation integrates QA evidence capture and verifiable documentation into PAS 9980 assessment support because external wall fire risk appraisal decisions depend on clear records of what was assessed, how evidence was obtained, what constraints applied, and what conditions were identified. Survey access constraints, intrusive opening-up records, façade condition evidence, interface observations, and assessment boundaries are documented in a structured format so PAS 9980 assessment inputs remain reviewable and auditable by the competent professional and relevant stakeholders. Cladding Remediation records assessment-stage evidence progressively rather than relying on retrospective reconstruction after site activities are complete. This integrated documentation approach produces a clear PAS 9980 assessment evidence trail that supports professional review, project governance, and technically coherent progression into further assessment, risk mitigation, or remediation where indicated.

What Does A PAS 9980 Assessment In The UK Require For Occupied Buildings And External Wall Systems?

A PAS 9980 assessment in the UK requires evidence-led appraisal boundaries, controlled external wall evidence gathering, build-up and material-condition verification, cavity and interface fire-risk appraisal inputs, and assessor-ready documentation with verifiable closeout records so external wall fire-risk conclusions are supported by defensible evidence rather than visible-panel assumptions alone. Cladding Remediation delivers PAS 9980 assessment support for the realities of UK building stock, where appraisal outcomes are often affected by concealed cavity conditions, interface discontinuities, access constraints, and incomplete records across mixed façade assemblies. On occupied buildings, PAS 9980 assessment evidence activity must be planned around live operations, phased access, scaffold logistics, and exposed-condition controls where intrusive inspection or opening-up is required. PAS 9980-aligned appraisal expectations shape how PAS 9980 assessment scope, evidence capture, system-level interpretation, and reporting records should be structured so findings can support proportionate risk-reduction planning and coherent next-step decisions. By aligning verified site evidence, assessment-stage controls, interface-risk interpretation, and closeout governance, Cladding Remediation delivers PAS 9980 assessment support that improves appraisal quality, reduces uncertainty, and supports technically coherent progression into risk mitigation, monitoring, further assessment, or remediation planning on UK buildings.

The UK-specific requirements that govern PAS 9980 assessment performance include:

1. Evidence-Led PAS 9980 assessment Boundary Definition for UK Buildings
2. Controlled External Wall Evidence Gathering and Access Planning for PAS 9980 assessment
3. Build-Up and Material-Condition Verification Requirements for PAS 9980 assessment Appraisal
4. Cavity and Interface Fire-Risk Appraisal Requirements for PAS 9980 assessment Inputs
5. Assessor-Ready Documentation and PAS 9980 assessment Closeout Record Requirements

The causal requirements listed above determine how each PAS 9980 assessment programme should be planned and delivered on occupied UK buildings, as set out below.

1. Evidence-led PAS 9980 assessment boundary definition → confirms relevant external wall appraisal zones and assessment limits → conclusions are based on appropriate system coverage rather than assumed cladding extent
2. Controlled evidence gathering and access planning → enables reliable appraisal inputs on occupied buildings → evidence quality improves without unmanaged disruption or unsafe sequencing
3. Build-up and material-condition verification → confirms what is actually present within the external wall assembly → appraisal is not driven by drawing-only, label-only, or panel-only assumptions
4. Cavity and interface fire-risk appraisal inputs → capture continuity-critical junction conditions and concealed pathway significance → external wall fire-risk interpretation extends beyond field panel areas
5. Assessor-ready documentation and closeout records → create a verifiable PAS 9980 assessment evidence trail → professional review, governance, and next-step risk-reduction decisions are better supported

1. Evidence-Led PAS 9980 assessment Boundary Definition for UK Buildings

A PAS 9980 assessment in the UK must begin with evidence-led boundary definition because external wall fire risk cannot be appraised reliably when appraisal scope is set only by visible cladding type, isolated elevations, or incomplete building records. Cladding Remediation reviews available façade information, known external wall concerns, building configuration, access constraints, and prior inspection or remediation records to define appropriate appraisal boundaries before evidence gathering proceeds. This boundary-definition process considers façade typologies, transitions, balconies, parapets, openings, service penetrations, and other likely risk-concentration zones that may materially affect external wall fire-risk interpretation under a PAS 9980 assessment. This evidence-led requirement helps ensure PAS 9980 assessment activity is directed toward relevant system conditions and not narrowed prematurely to surface-level assumptions.

2. Controlled External Wall Evidence Gathering and Access Planning for PAS 9980 assessment

A PAS 9980 assessment in the UK requires controlled external wall evidence gathering and access planning because reliable appraisal inputs often depend on coordinated access to façade zones, junctions, and concealed build-up locations on occupied buildings. Cladding Remediation plans access routes, work-zone controls, phased activity sequencing, and opening-up coordination where required so evidence can be obtained in controlled stages while protecting residents, occupants, and ongoing building operations. Where intrusive inspection is needed, evidence activity is coordinated to reduce avoidable disruption and maintain control over exposed conditions and temporary protections. This controlled evidence-gathering requirement improves PAS 9980 assessment practicality and supports more dependable appraisal inputs on occupied UK buildings.

3. Build-Up and Material-Condition Verification Requirements for PAS 9980 assessment Appraisal

A PAS 9980 assessment in the UK requires build-up and material-condition verification because PAS 9980-aligned appraisal conclusions depend on what is actually present within the external wall assembly, not what is assumed from visual inspection, legacy drawings, or façade labels alone. Cladding Remediation supports verification through façade build-up review, condition recording, and opening-up/sampling coordination where required so cladding composition, insulation configuration, cavity conditions, and associated assembly elements can be evidenced within appraisal zones. Material-condition verification is structured to support system-level interpretation rather than isolated component identification in field panel areas only. This requirement reduces incomplete evidence risk and improves the reliability of PAS 9980 assessment appraisal inputs.

4. Cavity and Interface Fire-Risk Appraisal Requirements for PAS 9980 assessment Inputs

A PAS 9980 assessment in the UK requires cavity and interface fire-risk appraisal inputs because external wall fire-risk significance is frequently determined at concealed junctions, transitions, and continuity-critical detail zones rather than visible panel areas alone. During PAS 9980 assessment support activity, Cladding Remediation assesses and records conditions at openings, slab edges, balconies, parapets, movement joints, service penetrations, subframe interfaces, cavity barrier locations, and interface fire-stopping-relevant zones where evidence is available or obtained. These conditions are interpreted within the wider external wall system context so PAS 9980 assessment inputs reflect concealed pathway risk and continuity-related defects, not only face-material observations. This interface-led requirement supports more defensible external wall fire-risk appraisal and reduces decision blind spots at detail-critical locations.

5. Assessor-Ready Documentation and PAS 9980 assessment Closeout Record Requirements

A PAS 9980 assessment in the UK requires assessor-ready documentation and verifiable closeout records because external wall fire-risk conclusions and risk-reduction priorities depend on clear evidence of what was assessed, how evidence was obtained, what constraints applied, and what conditions were identified. Cladding Remediation coordinates evidence logs, façade condition records, interface mapping outputs, access records, intrusive opening-up findings where applicable, and supporting photographs/documentation into a structured evidence trail suitable for competent professional review and project governance. Documentation is compiled progressively during appraisal activity rather than reconstructed retrospectively after site works are complete. This closeout-record requirement improves PAS 9980 assessment evidence usability, supports auditability, and enables clearer progression into risk mitigation, monitoring, or remediation planning where indicated.

Have a question about an upcoming project?Speak To A Surveyor ⇨

How Do PAS 9980 assessment Findings Affect Risk Mitigation, Remediation Planning, and Next-Step Decisions on UK Buildings?

PAS 9980 assessment findings affect risk mitigation, remediation planning, and next-step decisions on UK buildings by translating verified external wall system evidence into proportionate conclusions on external wall fire-risk significance and by defining the technically correct pathway that follows, whether that is monitoring and interim controls, targeted correction, targeted opening-up to close decisive uncertainty, or progression into wider remediation planning. On occupied UK buildings, PAS 9980 assessment findings are often shaped by what can be verified across mixed façade build-ups, concealed cavity conditions, interface discontinuities, access constraints, and evidence limitations, which means next-step decisions must be made against confirmed build-up conditions and explicitly stated uncertainty rather than visible cladding appearance alone. Where PAS 9980 assessment evidence confirms or strongly indicates combustible materials, incompatible insulation configuration, missing or discontinuous cavity barriers, compromised interface fire stopping, membrane and sheathing discontinuities, subframe/interface incompatibility, or unclear as-built configuration at continuity-critical junctions, findings must be structured so they drive coherent actions instead of remaining descriptive observations with no delivery consequence. PAS 9980-aligned appraisal expectations, project governance requirements, and proportionate risk-reduction principles determine how PAS 9980 assessment findings should be recorded, reviewed, and converted into next-step scopes, sequencing assumptions, interim controls, and documentation handover so downstream decisions are not built on untested assumptions. By aligning verified evidence, finding classification, decision-ready outputs, and documented constraints, Cladding Remediation delivers PAS 9980 assessment support that improves decision clarity and supports defensible progression into risk management, further assessment, or remediation planning on UK buildings.

1. Cladding Remediation structures PAS 9980 assessment findings so the decision-critical elements of the external wall system are explicit, including verified build-ups, assessed zones, risk concentration locations, and the limitations that constrain certainty.
2. Cladding Remediation uses PAS 9980 assessment findings to define proportionate risk mitigation actions so interim controls, monitoring, maintenance measures, and resident/occupant risk-management actions are linked to the specific external wall pathways identified in the appraisal.
3. Cladding Remediation uses PAS 9980 assessment findings to support remediation planning so risk-significant materials and continuity defects are translated into coherent corrective scope boundaries, interface ownership, and sequencing dependencies rather than panel-only replacement assumptions.
4. Cladding Remediation uses PAS 9980 assessment findings to identify where targeted opening-up or further verification is required so decisive uncertainty around insulation, cavity barrier layout, interface fire stopping, membranes, sheathing, or junction conditions is closed before remediation design or governance decisions proceed.
5. Cladding Remediation integrates documentation, traceability, and closeout records so PAS 9980 assessment findings can be handed off into building owners, design teams, competent professionals, and remediation pathways with clear evidence continuity and auditable decision logic.

These PAS 9980 assessment finding pathways produce the following decision and delivery outcomes:

1. Risk significance and confidence clarity → confirms what is verified and what remains uncertain → governance decisions are made against defensible PAS 9980 assessment evidence
2. Proportionate mitigation routing → connects findings to monitoring, interim controls, and management actions → risk reduction can begin without premature or mis-scoped remediation
3. Remediation planning translation → converts findings into corrective scope boundaries and sequencing logic → remediation planning proceeds on system-level conditions, not visible façade assumptions
4. Targeted evidence escalation where required → defines opening-up and verification needs to close decisive uncertainty → next-step decisions are not undermined by unknown build-ups or junction continuity gaps
5. Documentation and handover continuity → creates a traceable PAS 9980 assessment evidence trail → mitigation, further assessment, and remediation stakeholders work from a consistent record

Each of these PAS 9980 assessment finding outcomes is produced by a specific clarification, mitigation, planning, evidence-escalation, and documentation-handover process, which is set out below.

1. PAS 9980 assessment Findings Clarify Risk Significance and Evidence Limitations for Governance Review

PAS 9980 assessment findings clarify risk significance and evidence limitations for governance review because external wall fire-risk decisions must be made against what has been verified, what has been assessed, and what constraints affected evidence capture across elevations and junction conditions. Cladding Remediation supports this by structuring findings so verified build-up conditions, assessed zones, interface risk concentration points, observed defects, and evidence limitations are explicit and reviewable by the competent professional and relevant stakeholders. This includes clear linkage between evidence obtained, the appraisal boundary, the locations where concealed risk is concentrated, and the confidence associated with key conclusions. This governance-ready framing reduces misinterpretation and prevents appraisal outputs from being treated as “complete certainty” when decisive build-up or continuity questions remain unresolved.

2. PAS 9980 assessment Findings Inform Proportionate Risk Mitigation Actions and Interim Controls

PAS 9980 assessment findings inform proportionate risk mitigation actions and interim controls because not every identified issue requires immediate full remediation, but risk-reduction steps must still be specific to the pathways evidenced by the appraisal. Cladding Remediation supports mitigation planning by translating findings into practical action logic such as monitoring requirements, maintenance and inspection controls, access and work controls at risk-sensitive areas, interim protection measures, and targeted corrective actions where appropriate to the building’s context and evidence position. Where findings indicate particular interface vulnerabilities or continuity risks, mitigation actions are framed to address those pathways rather than relying on generic, non-actionable statements. This ensures PAS 9980 assessment outputs function as risk-management decision tools, not report-only narratives.

3. PAS 9980 assessment Findings Support Remediation Planning and Corrective Scope Decisions

PAS 9980 assessment findings support remediation planning and corrective scope decisions because evidence of combustible materials, incompatible insulation configuration, cavity barrier discontinuity, membrane/sheathing discontinuity, interface fire-stopping defects, or other continuity-critical issues must be converted into system-level correction logic when remediation is required. Cladding Remediation structures findings so risk-significant conditions inform remediation boundaries, interface ownership, and sequencing dependencies at openings, slab edges, balconies, parapets, movement joints, penetrations, and transitions, rather than being left as unscoped concerns. Where defects are evidenced at concealed cavities or junctions, findings are organised to support continuity reinstatement across the assembly, not a panel-only scope that can leave residual pathways behind. This translation improves decision continuity from PAS 9980 assessment into remediation design and delivery planning.

4. PAS 9980 assessment Findings Identify Where Further Evidence or Targeted Opening-Up Is Required

PAS 9980 assessment findings identify where further evidence or targeted opening-up is required because unresolved uncertainty can undermine proportionate decision-making when key build-up conditions or continuity-critical details cannot be verified within the available evidence set. Cladding Remediation supports this escalation stage by identifying which unknowns are decisive, where they are located, and what targeted opening-up or verification would be required to close uncertainty around insulation configuration, cavity barrier layout, interface fire stopping, membranes, sheathing, subframe interfaces, and junction conditions. This prevents remediation design and governance decisions from inheriting untested assumptions and reduces the likelihood of reactive opening-up, rework, or late-stage scope changes during live delivery.

5. PAS 9980 assessment Findings Support Documentation Continuity, Handover, and Next-Step Pathway Progression

PAS 9980 assessment findings support documentation continuity, handover, and next-step pathway progression because appraisal decisions must remain usable by owners, project teams, competent professionals, and stakeholders who may need to implement mitigation actions, commission further investigation, or progress remediation planning. Cladding Remediation coordinates findings, evidence logs, interface mapping outputs, opening-up records where applicable, and closeout documentation into a structured evidence trail suitable for handover and governance continuity. This documentation set is compiled so that appraisal rationale, scope boundaries, evidence limitations, and decision logic remain clear beyond the report issuance stage. This handover-focused approach improves auditability, supports consistent interpretation, and enables clearer progression into risk mitigation, monitoring, further assessment, or remediation planning where indicated by the PAS 9980 assessment.

Want a price for a project?Get A FREE Quote ⇨

When Does A UK Building Need Professional PAS 9980 Assessment Support?

If a UK building has confirmed or suspected external wall fire-risk concerns, unresolved external wall evidence gaps, or uncertainty around build-up configuration, cavity barrier continuity, or interface fire-stopping conditions that materially affect risk interpretation, professional PAS 9980 assessment support should be assessed before appraisal uncertainty, documentation gaps, or mis-scoped evidence pathways delay governance decisions or compromise proportionate next-step planning. PAS 9980 assessment is an evidence-led external wall fire risk appraisal process, and decisions should be made against verified system conditions rather than visible cladding appearance alone, because external wall fire-risk significance is often determined by concealed cavity conditions and continuity-critical interface defects across junctions and transitions. On many UK buildings, PAS 9980 assessment need is driven by the wider external wall assembly behind and around visible façade elements, including insulation configuration, cavity barrier layout, membrane and sheathing continuity, subframe interfaces, attachments, balcony interfaces, and junction detailing at openings, slab edges, parapets, movement joints, and service penetrations. Where these conditions remain uncertain, undocumented, inaccessible, mixed across elevations, or inconsistently evidenced, PAS 9980 assessment conclusions can be undermined and risk-reduction pathways can inherit avoidable ambiguity. On occupied buildings, delayed PAS 9980 assessment support can also increase programme complexity through repeat access planning, scaffold dependency, phased disruption, reactive opening-up, and late-stage evidence capture after decision-critical questions have already arisen. Cladding Remediation supports PAS 9980 assessment decision-making through evidence-led review of external wall build-ups, access constraints, interface risk concentration, continuity-critical junction conditions, and documentation requirements so PAS 9980 assessment scope and evidence pathways can be structured for competent professional review and project governance. This enables PAS 9980 assessment decisions to be progressed on a technically coherent, reviewable basis rather than through panel-only assumptions, incomplete records, or reactive delivery pressure. Where required, Cladding Remediation can support the next technically correct step, whether that is PAS 9980 assessment scope definition and evidence planning, intrusive opening-up and build-up verification to close decisive uncertainty, interface mapping and risk-concentration identification, assessor-ready documentation collation for competent professional appraisal, or structured handoff into risk mitigation, monitoring, further assessment, or remediation planning. If your building has identified or suspected external wall fire-risk concerns, unresolved PAS 9980 assessment evidence gaps, incomplete façade records, or uncertainty around the correct appraisal boundary and evidence pathway, request a PAS 9980 assessment support review or project scope assessment to determine the appropriate next step for the building.

Need more information?Speak To A Surveyor ⇨