Scaffolding in High Winds: Inspection Rules, Responsibilities and Safety Checklist

Health & Safety · Scaffolding Industry News · 9-minute read

Storm Austen and Storm Boelo have brought severe weather warnings across the UK, putting scaffolding safety, structural stability and post-storm inspection requirements firmly in the spotlight.

With wind gusts of up to 80mph possible in exposed locations, scaffolding contractors, principal contractors and property owners are being reminded of the importance of securing structures, monitoring changing weather conditions and ensuring scaffolds are inspected before work resumes.

As the UK moves further into the autumn and winter storm season, understanding the rules is essential for protecting workers, members of the public and surrounding property.

Storm Austen and Storm Boelo: what happened?

The Met Office named Storm Austen on 20 October 2026, warning of disruptive winds and heavy rainfall across southern parts of the UK. The storm affected areas including Cornwall, Devon, Wales and southern England on Thursday 22 and Friday 23 October.

Recorded gusts included 76mph at St Mary’s Airport in the Isles of Scilly, 74mph at Aberporth in Wales and 71mph at Culdrose in Cornwall.

Just days later, Storm Boelo brought a second period of severe weather, with warnings covering Scotland, Northern Ireland and parts of northern England during 24–25 October. The Met Office warned that widespread gusts of 60–70mph were possible, potentially reaching 80mph along exposed coastal areas.

For the scaffolding industry, the concern is not simply wind speed. Strong gusts can introduce substantial loads into temporary structures, particularly when scaffolds are exposed, sheeted or covered with debris netting. Even scaffolds that have stood safely for weeks may require reassessment following severe weather.

How do high winds affect scaffolding?

Scaffolding is designed to support workers, materials and specific loads while maintaining structural stability. However, strong winds create additional forces that must be considered during scaffold design and throughout its use.

1. Increased wind loading on sheeting and netting

Scaffold sheeting and debris netting can significantly increase wind loading. Depending on the scaffold’s design and exposure, strong gusts may place additional pressure on ties, anchors and structural connections.

2. Pressure on scaffold ties and anchors

Scaffold ties transfer loads to the supporting structure. If ties are missing, damaged, incorrectly installed or exposed to forces beyond their design assumptions, structural stability may be compromised.

3. Dislodged boards, fittings and materials

Loose equipment, lightweight materials and unsecured components may become falling-object hazards during strong winds, potentially endangering people below.

4. Ground movement and weakened foundations

Prolonged heavy rainfall can affect the condition and bearing capacity of the ground supporting scaffold standards. Saturated soil, erosion or localised settlement may undermine otherwise stable foundations.

What are the legal scaffold inspection requirements after high winds?

The Work at Height Regulations 2005 establish requirements for the safe use and inspection of scaffolding. For construction scaffolds subject to the statutory inspection regime, HSE guidance identifies three important inspection points.

Does the seven-day inspection rule cover storm damage?

No. The routine seven-day inspection interval does not replace the need for additional inspections following potentially damaging weather.

For example, if a scaffold was inspected on Monday but exposed to severe winds on Wednesday, an additional inspection may be required before it is used again. Contractors should not assume that an existing inspection record confirms the scaffold remains safe following a significant weather event.

The requirement is based on whether the circumstances were liable to jeopardise safety, not solely on whether a named storm or Met Office warning was issued.

Who is responsible for scaffold inspections?

One of the most common areas of confusion is the difference between the responsibilities of a scaffolding contractor and those of the company using or hiring the scaffold.

HSE guidance identifies the scaffold user or hirer as responsible for ensuring the required inspections take place. However, the contractual arrangements and the wider legal duties of employers, contractors and those controlling the work must also be considered.

Party	Typical responsibilities
Scaffolding contractor	Safe design where required, competent erection and alterations, handover and agreed inspection services
Scaffold user or hirer	Ensuring required inspections take place and the scaffold is safe before use
Principal contractor	Coordinating site safety, controlling access and managing risks across the construction site
Competent scaffold inspector	Examining the scaffold, identifying defects and preparing an appropriate inspection report
Property owner	Reporting visible concerns and following agreed site or contractual safety arrangements

A scaffolding contractor may be appointed to carry out routine and post-storm inspections, but that arrangement should be clearly defined. A scaffold handover certificate is not a substitute for subsequent inspections.

Who can inspect scaffolding after a storm?

Scaffolding inspections must be undertaken by a competent person with appropriate knowledge, training and experience for the type and complexity of scaffold involved.

This may include a suitably qualified scaffolder, a competent scaffold inspector or another individual with appropriate inspection training and relevant experience. A person trained to inspect a straightforward access scaffold may not be competent to assess a complex temporary works structure, suspended scaffold or heavily sheeted installation.

Where significant structural concerns are identified, input from the scaffold designer or a competent temporary works engineer may be necessary. A basic visual check by a homeowner, site operative or untrained employee is not a replacement for a required formal inspection.

Is there a maximum safe wind speed for scaffolding?

There is no single universal wind speed at which every type of scaffolding automatically becomes unsafe. The acceptable conditions depend on factors including:

• Scaffold design, height and configuration
• Site location and exposure to wind
• Sheeting, netting and temporary coverings
• Ties, anchors and supporting structure
• The particular activities being undertaken
• Manufacturer instructions and engineered design limitations

Wind speed thresholds for scaffold erection, alteration, dismantling or continued use should be determined through the relevant risk assessment, design documentation and safe system of work.

A wind speed that creates unacceptable risk during scaffold erection may be different from the conditions for an already erected and properly designed scaffold. Likewise, scaffolding designed for one exposure level or configuration should not automatically be assumed suitable after changes to sheeting, ties or the surrounding structure.

NASC’s SG46:24 guidance, Adverse and Inclement Weather Conditions, covers weather-related risk assessment, stopping work, scaffold inspections and safe resumption of operations.

Scaffolding safety checklist: before, during and after high winds

This practical checklist can help scaffolding companies and site managers plan their response to severe weather. It is a planning aid, not a substitute for site-specific assessments or an inspection by a competent person.

What should a post-storm scaffold inspection include?

A competent inspector should assess the scaffold against its intended configuration, available design documentation and the conditions it has experienced. A post-storm inspection may involve checking:

• Structural stability and connections — standards, ledgers, transoms, bracing, couplers, ties and anchors for displacement, movement, damage or looseness.
• Base support and ground conditions — base plates, sole boards, foundations and surrounding ground for settlement, erosion, movement or standing water.
• Working platforms and access — scaffold boards, guardrails, toe boards, ladders, stair towers and access gates for damage or movement.
• Sheeting and debris netting — fixings, tears, loose edges, displaced coverings and any alterations that could increase wind loading.
• Nearby hazards — damaged buildings, unstable roof materials, overhead services, trees, debris and other risks that could affect safe access.

If the inspection identifies problems affecting safety, the relevant parts of the scaffold must remain out of use until appropriate corrective work has been completed and its safe condition established. A competent inspector must determine the extent of examination required. Complex structures may need further engineering assessment.

What must be recorded in a scaffold inspection report?

Under Schedule 7 of the Work at Height Regulations 2005, a statutory inspection report should include the required identifying details and findings. For a post-storm inspection, the record should capture:

• The name and address of the person for whom the inspection was carried out
• The location and description of the scaffold
• The date and time of inspection
• Any defects or matters presenting a health and safety risk
• Corrective action already taken
• Any further action considered necessary
• The inspector’s name and position

It is also good practice to record the reason for the additional inspection, relevant weather conditions, supporting photographs and any decision to restrict or restore access.

For relevant construction-site inspections, the report must be completed and provided within the applicable legal timeframes, with records retained as required. Electronic inspection records are acceptable where they satisfy those requirements.

What happens if scaffolding is damaged by high winds?

If damage is suspected, the priority is to protect people rather than attempt an immediate repair. The affected scaffold should not be used until it has been assessed and confirmed safe.

The contractor or person controlling the site should arrange appropriate access restrictions, communicate the risk to affected parties and appoint competent people to assess and rectify the problem.

For example, if sections of scaffold sheeting have become detached, workers should not climb onto the structure to remove them while dangerous conditions continue. Likewise, missing ties, displaced standards or visible movement may indicate more serious structural problems requiring specialist assessment.

Repairs or alterations must be undertaken by competent people, with the structure reassessed before normal use resumes. Where there is an immediate risk of collapse or injury to the public, people should be kept clear and the emergency services contacted as appropriate.

How scaffolding software can improve storm response and inspection management

Severe weather can place significant pressure on scaffolding businesses, particularly those managing numerous live sites across different locations. When a storm warning is issued, office teams may need to identify affected scaffolds, contact customers, arrange competent inspections, assign crews and track corrective work.

For businesses relying on paper-based processes or disconnected spreadsheets, coordinating this work can become difficult. A connected scaffolding management platform can make these processes easier to organise.

With ScaffOps™, the aim is to bring scaffolding projects, workforce coordination, inspection records and site documentation into one connected workflow. Digital tools support better organisation and accountability, but they do not replace competent inspections, appropriate engineering decisions or the legal responsibilities of the parties involved.

Frequently asked questions

Preparing scaffolding businesses for winter weather

Storm Austen and Storm Boelo are timely reminders that managing scaffolding safety extends beyond erection and initial handover. Scaffolding can remain in place for weeks or months, often exposed to changing conditions, alterations, multiple trades and unpredictable weather.

For contractors, preparation should involve more than checking the forecast when a storm arrives. It should form part of ongoing project management, with clear inspection responsibilities, documented procedures and effective communication between site teams, customers and scaffold providers.

The underlying principle is simple: if severe weather may have affected the safety of a scaffold, its condition must be properly assessed before it is used again. For scaffolding companies managing multiple sites, reliable records and coordinated workflows can help ensure that safety-critical actions are not overlooked.