Skylight Protection

Skylight protection refers to collective fall protection systems designed to prevent workers from falling through fragile skylights and rooflights.

Rather than relying solely on a worker wearing a harness and connecting to a personal fall protection system, collective skylight protection addresses the hazard itself.

Depending on the rooflight, this can involve placing a protective cover over the fragile surface or installing a barrier around it.

Common types of skylight protection systems include:

• Mesh rooflight covers
• Skylight safety covers
• Rooflight guardrails
• Freestanding skylight barriers
• Temporary rooflight covers
• Modular rooflight protection systems

The right solution depends on factors such as whether the skylight is flush or raised, its dimensions, the roof construction and whether protection is required permanently or temporarily.

Different rooflights require different protection methods. Safesite can provide a range of solutions depending on the hazard and roof construction.

Skylight Covers

A skylight cover provides physical protection directly over the fragile surface.

These systems are particularly useful where the rooflight is integrated into or sits relatively close to the surrounding roof profile.

A properly specified cover can protect the fragile surface while still allowing natural daylight to pass into the building.

Kee Cover® Skylight Protection

Kee Cover® is a permanent mesh rooflight protection system designed for suitable fragile rooflights, particularly those incorporated into profiled metal roofing.

A robust mesh panel is positioned over the rooflight and supported by a durable framework, creating collective protection against the fall-through hazard.

The modular system can be configured for different rooflight dimensions and extended across longer rooflight runs where required.

Because the protection uses an open mesh design, natural light can continue passing through the rooflight.

Kee Cover® can be an effective solution for warehouses, factories and other commercial or industrial buildings where workers require regular roof access.

Skylight Guardrails

Where a rooflight is raised above the surrounding roof, installing protection around the hazard rather than directly over it may be more appropriate.

A guardrail creates a protected perimeter that prevents workers from accidentally reaching the skylight.

Kee Dome® Raised Skylight Protection

Kee Dome® provides collective guardrail protection around suitable raised rooflights and dome lights.

Rather than covering the skylight, the system creates a physical barrier around its perimeter.

This makes Kee Dome® particularly suitable for raised or domed rooflights where a mesh cover would not be the most appropriate solution.

A freestanding configuration can also minimise the need to penetrate suitable roof surfaces.

Mesh & Grille Protection

Mesh and grille systems provide physical protection over fragile surfaces while retaining light transmission and visibility.

They can be particularly useful for large commercial roofs containing integrated translucent rooflight panels.

The correct mesh system needs to be specified according to the rooflight dimensions, roof construction and intended application.

Temporary Skylight Protection

Not every roof requires permanent protection.

Construction, refurbishment and temporary maintenance projects may expose workers to fragile rooflights for a limited period.

A temporary system can provide collective protection while the work is underway before being removed and reused elsewhere.

CoverLite™ Temporary Skylight Protection

CoverLite™ is a reusable GRP lattice skylight cover designed for temporary rooflight protection.

The lightweight lattice construction provides a physical barrier over the fragile area while allowing daylight to continue passing through.

Multiple panels can be connected where wider openings need to be protected, making CoverLite™ a flexible option for temporary works.

It can be particularly useful during:

• Roof refurbishment
• Construction projects
• Solar installation
• Temporary maintenance
• Roof cleaning
• Inspection programmes

Roof construction has a major influence on the type of skylight protection that can be installed.

Metal Profile Roofs - Commercial and industrial metal roofs frequently contain translucent panels integrated into the roof profile.

Suitable mesh protection can provide a permanent physical barrier over these fragile areas.

Standing Seam Roofs - Standing seam roofs require compatible installation methods that account for the roof construction and waterproofing system.

Suitable non-penetrating or clamped configurations may be available depending on the protection system and roof design.

Flat Roofs - Flat roofs can contain both flush and raised rooflights.

The appropriate solution may therefore range from a protective cover to a freestanding guardrail system.

Industrial Roofs - Factories and manufacturing facilities often contain extensive rooflight runs alongside plant, extraction systems and other equipment requiring maintenance.

A roof safety survey can identify how skylight protection should integrate with wider access arrangements.

Commercial Roofs - Office buildings, retail sites, schools, hospitals and other commercial properties can contain rooflights close to maintenance routes or rooftop equipment.

Fragile Roofs - Where the surrounding roof itself is fragile, protecting the rooflight alone will not address the complete hazard.

A broader safe-access strategy will be required.

Roofs with Raised Skylights - Raised and domed skylights may be better suited to perimeter protection such as Kee Dome® rather than a cover positioned directly over the rooflight.

The appropriate solution should always be determined by the individual roof rather than assuming one product will work across every application.

Helps Prevent Falls Through Fragile Rooflights - Collective protection creates a physical barrier between workers and the fragile surface.

Protects Everyone in the Area - Unlike personal systems that rely on each worker connecting correctly, collective skylight protection addresses the hazard itself.

Maintains Natural Daylight - Mesh and lattice protection systems can provide physical protection while continuing to allow daylight through the rooflight.

Permanent and Temporary Options - Systems can be selected according to whether protection is required throughout the building's life or only during a particular project.

Suitable for Existing Buildings - Many rooflight protection systems can be retrofitted to existing commercial and industrial roofs.

Modular Configurations - Modular systems can accommodate different skylight dimensions and extended rooflight runs.

Integrates with Other Roof Safety Equipment - Skylight protection can be combined with walkways, roof edge protection, access gates and personal fall protection systems.

Skylight and rooflight protection should be considered within the wider requirements governing work at height and fragile surfaces.

Work at Height Regulations 2005

The Work at Height Regulations require work at height to be properly planned, appropriately supervised and carried out using suitable equipment.

The hierarchy of control requires duty holders, where reasonably practicable, to:

1. Avoid work at height.
2. Prevent falls where work at height cannot be avoided.
3. Minimise the distance and consequences of a fall where the risk cannot be eliminated.

Collective protection should be considered before personal protection where appropriate.

Protecting a fragile skylight with a physical barrier can support the prevention stage of this hierarchy.

Fragile Roofs and Rooflights

Fragile roof surfaces require particular care.

Where work on or near a fragile surface cannot be avoided, appropriate measures should be taken to prevent workers from falling through it.

This can include suitable covers, guardrails and other collective protection depending on the situation.

Product-Specific Standards

The standards and testing requirements relevant to skylight protection vary according to the type of system.

Individual products may be designed or tested against standards and industry guidance relating to rooflight protection, non-fragility or guardrail performance.

The applicable requirements should therefore be confirmed for the specific product and installation rather than assuming the same standard applies to every skylight protection system.

Several factors should be considered before selecting a system.

Skylight Type - Is the rooflight flush, integrated, raised or domed?

This can immediately influence whether a cover or perimeter guardrail is more appropriate.

Skylight Dimensions - Measure the width, length and height of the hazard.

Long rooflight runs may require modular extension sections.

Roof Construction - The roof profile, material and condition influence the available installation methods.

Permanent or Temporary Access - Buildings requiring regular maintenance will often benefit from permanent protection, while temporary systems may suit short-term projects.

Maintenance Routes - Consider how workers actually move around the roof.

A skylight directly beside an access route may create a different level of exposure from one in an isolated area.

Other Roof Hazards - Roof edges, access hatches, plant, pipework and fragile areas should all form part of the assessment.

Light Transmission - Where natural daylight is important, mesh or lattice solutions can help retain the rooflight's function.

Installation Requirements - The system may need to be fixed, clamped, freestanding or configured using another appropriate installation method depending on the roof.

A professional survey helps ensure the selected solution addresses the actual hazard rather than simply fitting a generic product around it.

Warehouses & Distribution Centres - Large warehouse roofs often contain extensive translucent rooflight panels. Regular HVAC, solar and general building maintenance can expose workers to these fragile areas.

Manufacturing Facilities - Manufacturing buildings may contain rooflights alongside extraction systems, ventilation equipment and other plant requiring frequent maintenance.

Food & Beverage Facilities - Large production facilities can have extensive metal roofs where rooflight protection forms part of planned maintenance access.

Commercial Buildings - Offices and other commercial premises can use permanent protection to manage skylight hazards around rooftop equipment and maintenance routes.

Schools & Universities - Educational estates often contain buildings of different ages and roof constructions, making rooflight condition and safe maintenance access important considerations.

Hospitals - Healthcare facilities require reliable access to essential rooftop building services while maintaining effective protection around fragile surfaces.

Retail Buildings - Supermarkets, shopping centres and retail parks frequently have large roofs containing skylights, HVAC systems and solar equipment.

Data Centres - Critical cooling and building infrastructure can require frequent roof access, making permanent safety arrangements particularly important.

Solar Installations - Both installation teams and future maintenance personnel need protection from fragile rooflights within and around solar arrays.

Safesite provides working-at-height and rooftop safety solutions for commercial and industrial buildings throughout the UK.

Our skylight protection service can include:

• Roof safety surveys
• Fragile rooflight assessments
• System specification
• Kee Cover® Skylight Protection
• Kee Dome® Raised Skylight Protection
• CoverLite™ Temporary Skylight Protection
• Professional installation
• Integration with rooftop walkways
• Roof edge protection
• Fall restraint and fall arrest solutions
• Inspection and maintenance
• Ongoing technical support

Rather than considering skylights in isolation, we can assess how workers access and move around the complete roof.

This helps create a coordinated safety strategy covering fragile surfaces, exposed edges, access points, rooftop obstacles and maintenance areas.