Fencing & Timber Hoarding RAMS: what contractors should include.

Fencing or timber-hoarding RAMS should show how the specified boundary will be installed, kept stable and maintained without striking buried services, exposing open post holes, creating an uncontrolled vehicle or public interface, or leaving panels vulnerable to foreseeable loads. They should identify the actual design, location, ground conditions, posts and foundations, panels, gates, tools, plant, people, sequence, hold points and inspection arrangements.

HSE identifies site fencing and hoarding as temporary works. Any temporary structure must be designed, installed and maintained to withstand foreseeable loads and used only for its intended purpose. A generic installation sequence cannot replace the approved design or the temporary-works controls required for the specific boundary.

RAMS is common industry shorthand for a risk assessment and method statement. The document should align with the relevant parts of the Construction Phase Plan, site logistics plan, temporary-works procedure, utility information, traffic arrangements and current design.

Define the fencing or hoarding scope before writing the method

State whether the work covers timber hoarding, mesh fencing, timber fencing, pedestrian or vehicle gates, viewing panels, returns, temporary bracing, signage, painting or another defined system. Record the line, height, length, post type, panel or board specification, foundation or support arrangement, gates and interfaces with existing boundaries.

Distinguish a straightforward boundary from work that needs additional design or specialist controls. The same RAMS should not be stretched automatically to cover structural or unusually high hoarding, large advertising or graphic loads, highway licences, gantries, deep foundations, piling, work next to rail infrastructure, excavations requiring support, or automated and heavy gates.

Do not invent post centres, foundation sizes, fixing capacities, wind limits or bracing. Where the boundary is a temporary work, use the accepted design, design brief and checking category required by the project's procedure. Record who authorises changes and releases the installation for use.

What information is needed before fencing or hoarding starts?

Obtain and confirm, where relevant:

• the current site plan, boundary line, levels, access points, easements and ownership or licence constraints;
• the approved fence or hoarding design, specification, post and foundation details, bracing, returns, gates and permissible attachments;
• the temporary-works register, design brief, check and permit or release process applying to the installation;
• ground conditions, made ground, obstructions, retaining structures and any restrictions on excavation or loading;
• current utility plans, survey information, locating results, markings and the agreed safe-dig method;
• the public footway, road, neighbouring property, occupied premises, schools, vulnerable users and other boundary interfaces;
• delivery vehicles, unloading point, storage, lifting aids, plant route and pedestrian separation;
• panel, sheet, rail, post and gate weights and dimensions, including the effect of wind while they are being handled;
• cutting, drilling, concreting, preservative, paint or sealant tasks and the associated equipment and COSHH controls;
• weather limits, temporary bracing, incomplete-work arrangements, inspection triggers and emergency actions; and
• the principal contractor's site rules, permits, working hours, sequencing and handover requirements.

Plans indicate where services may be; they do not prove an area is clear. HSE says safe work near underground cables should combine planning, plans, locating devices and safe digging practices. The RAMS should define how those elements will be applied to every post hole or excavation.

Write the method in the order the work will happen

A project-specific sequence may need to describe:

1. confirming the approved design, boundary line, ground information, services, permits and work-area release;
2. setting up pedestrian and vehicle controls, exclusion zones, lighting and any temporary boundary needed while the permanent line is open;
3. accepting delivery, unloading and storing posts, rails, sheets, panels, gates and bagged or ready-mixed materials safely;
4. setting out the line and post positions without obscuring service markings or public routes;
5. locating services, proving the agreed digging area and excavating each post hole using the specified safe system;
6. protecting post holes, managing spoil and checking the formation or support point before posts are placed;
7. installing posts, foundations, anchors and temporary bracing in the design sequence;
8. allowing concrete or other supports to achieve the required condition before loading them or removing temporary support;
9. fixing rails, boards or panels progressively so incomplete sections remain stable, then installing approved gates and attachments;
10. completing design-specific checks, removing sharp projections and waste, and formally handing over the boundary; and
11. recording the inspection and maintenance regime, including checks after alteration, damage or significant weather.

Include hold points before digging, before foundations or anchors are concealed, before temporary bracing is removed and before the boundary is released. State who checks each point and what information they use.

Critical controls to address in fencing and hoarding RAMS

Temporary stability, wind and design changes

Panels and sheets can act as sails during handling and after installation. The method should apply the design's limits and sequence, including foundations, bracing, returns, gates, permissible signage and incomplete-work stability. Do not add banners, solid sheets, advertising, storage loads or openings unless the design allows them.

Define when installation stops because of wind or changing conditions, how the work is left safe at breaks and at the end of a shift, and who decides that temporary bracing can be removed. Damage, leaning, loose boards, changes to nearby excavation or an altered gate should trigger a check rather than an improvised repair.

Underground services and post holes

Post-hole excavation can penetrate electrical cables, gas pipes, water, drainage or communications services. Obtain and review available plans, scan and mark the area with suitable locating equipment used by trained people, use the project's permit controls and apply recognised safe digging practices.

Do not rely on a single scan, an old drawing or the absence of a signal. HSE notes that plans are indicative and locating devices should be used frequently and repeatedly. Where the service position cannot be established or site evidence conflicts with the information, stop and escalate.

Protect open holes from falls, trips and public access. Keep spoil, vehicles and materials from compromising the excavation, and use a separate excavation assessment or temporary-works design where depth, ground or nearby loading creates a collapse risk.

Public, pedestrian and vehicle interfaces

Construction boundaries often sit beside footways, roads, entrances and occupied premises. Maintain a secure boundary and a safe route while sections are opened or replaced. Prevent tools, materials, splinters, sharp fixings, spoil and swinging gates from encroaching on public space.

HSE requires site routes to allow vehicles and pedestrians to move safely and highlights separation, visibility, controlled entrances, crossings and barriers. Coordinate deliveries and plant movements with the site traffic plan, use trained signallers where the plan requires them, and keep sight lines at gates and exits.

Handling panels, sheets, posts and gates

Assess the actual components, route, ground, wind and team. Large sheets can obstruct vision and become difficult to control in gusts; posts and gates may be long, heavy or awkward. Plan delivery close to the workface, stable storage, mechanical aids or team handling, and a clear set-down area before lifting.

HSE's construction guidance says handling assessment should consider bulky or unstable loads, restricted posture, uneven ground and gusts of wind. Handling training supports the controls but does not replace eliminating or reducing the risky lift.

Cutting, drilling, tools and wood dust

Use a stable cutting station away from public and vehicle routes. Define guards, extraction, inspection and safe use for saws, drills, nailers and other equipment; control trailing leads and batteries; and remove damaged tools from service. Deal with sharp edges, protruding nails or screws, splinters and offcuts promptly.

Wood dust can cause asthma and hardwood dust can cause cancer. HSE advises capturing dust at source and avoiding dry sweeping or compressed air that makes settled dust airborne. Select any respiratory protection through the task-specific COSHH assessment and ensure it is suitable for the wearer and used with source controls.

Concrete, preservatives, paints and other substances

If posts are set in concrete, address delivery or mixing, placement, splash and skin contact, wash facilities, contaminated clothing and cleanup. HSE warns that cement-based products can cause dermatitis and burns. Use current safety data together with task and exposure information to prepare the COSHH assessment.

Preservatives, paints, fuels, sealants and cleaning products need the same task-specific review. Record storage, application, ventilation, spill control, waste and first-aid measures; a safety data sheet alone is not a COSHH assessment.

How should the boundary be briefed, inspected and reviewed?

The supervisor should brief the team on the actual line, service information, design sequence, handling plan, traffic and public controls, hold points, weather limits and stop-work conditions. Check understanding at the workface rather than relying on signatures alone.

Define who completes the installation and handover checks and what is recorded. The ongoing inspection frequency should reflect the design, location and project procedure, with additional checks after significant wind, impact, vandalism, excavation nearby, changes to gates or attachments, or any sign of movement or deterioration.

Review the RAMS when the design, line, ground, services, plant, materials, weather exposure, public interface or sequence changes, or when an incident, near miss or failed control shows the method is no longer suitable. A principal contractor's review does not transfer the contractor's duty to plan, manage and monitor its work.

Can a fencing or timber-hoarding RAMS template be used?

A relevant template can provide a structured starting point, but it cannot know the project's approved boundary design, ground, utilities, wind exposure, public interface, gate details, traffic plan, permits or temporary-works procedure.

The IMERI H&S Partners Fencing & Timber Hoarding Installation RAMS template is currently available as a digital product. Its scope and contents must be checked against the intended work. A competent person must assess the actual project, adapt the hazards, sequence and controls, coordinate the document with current project information, and brief the workforce before use.

Buying or downloading a template does not make it approved, suitable for the project or ready to issue. The template does not replace a required fence or hoarding design, temporary-works check, utility investigation, permit or principal contractor review.

When is project-specific RAMS support useful?

Support may be useful where the boundary is exposed to the public or traffic, services are congested, the ground or support arrangement varies, gates or graphics add design questions, the temporary-works process needs to be coordinated, work is phased around occupied premises, or review comments show that the proposed method is incomplete.

For projects in Watford, Hertfordshire, London and the South East, send the site plan, fence or hoarding specification, dimensions, post and foundation details, ground and service information, access and traffic arrangements, public interface, programme and principal contractor requirements. IMERI H&S Partners can then confirm an appropriate scope for project-specific RAMS support.