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1Repair Windows errors before they cause bigger problems2Scan for outdated or missing drivers - takes under a minute3Clear out junk files and repair common Windows errorsPlan the site so pedestrians and vehicles are separated wherever practicable, with a firm and direct walkway, controlled crossings, limited vehicle movements, and a clearly managed boundary. Where people and vehicles must share space, treat that section as a specific risk to control rather than the normal layout. The route plan must fit the project, the vehicles, the public interface and the rules in the jurisdiction where the work takes place.
In the UK, the Health and Safety Executive (HSE) states: “The law says that you must organise a construction site so that vehicles and pedestrians using site routes can move around safely.” HSE’s workplace-transport checklist page was updated on 10 April 2025. Australian and New Zealand guidance follows similar risk-control principles, but local duties, permits and design requirements still apply.
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1. Set the boundary and identify everyone who will use it
Start with the project boundary, not the drawing of a temporary road. Mark the site edge, adjoining roads and footways, neighbouring properties, public rights of way, occupied buildings and any place where the public may approach the work. The boundary and its access points determine whether people can be kept out, where deliveries can wait, and how a vehicle leaving the site interacts with a public pavement.
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Identify workers, subcontractors, delivery and waste drivers, plant operators, visitors, inspectors, emergency services and members of the public affected by the work. Include people who may not know the site: a driver arriving for the first time, a visitor walking from a car park, a child approaching a boundary, or a person using the public footway beside a gate.
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For each user group, record the places they need to reach, the times they are likely to arrive, and whether they need an escort, induction or restricted access. A route that works for trained site workers may be unsuitable for a visitor who has not yet received site instructions.
Choose and maintain the boundary
HSE pre-construction information should cover boundaries, adjacent land use, access and measures to exclude unauthorised people. The principal contractor should take reasonable steps to prevent unauthorised access. The type of fencing or other boundary should reflect the work and the surroundings; it is not a one-size-fits-all product decision.
Keep gates closed or controlled when open access is not required. Define who may enter, which areas are restricted and how visitors are supervised. If a visitor is permitted to enter, provide the relevant site rules and induction, restrict the person to appropriate areas and arrange supervision where the risk requires it.
Check the public interface before work starts
Walk the perimeter from the viewpoint of a person using the public road or footway. Look for delivery gates that open across a pavement, fencing that narrows a footway, parked vehicles that block sight lines, and materials stacked where a driver needs to see approaching pedestrians. A delivery arrangement must not displace pedestrians into the live road.
2. Map access points and give every route a function
Draw the site access plan around movements, not just around available space. Identify separate pedestrian and vehicle entry points and exits wherever the layout allows. Then label the purpose of each internal route so that a driver knows where to go and pedestrians know which areas are for them.
Define the main route functions
- Delivery and through routes: paths used by supply, waste and service vehicles.
- Shuttle routes: movements between work areas, compounds, loading points and storage.
- Emergency access: routes that must remain available for emergency vehicles and response.
- Pedestrian routes: walkways between gates, offices, welfare facilities, work areas and muster points.
- Maintenance and occasional access: less frequent movements that can otherwise be overlooked in the daily layout.
Show the entry and exit direction, waiting locations, loading and unloading areas, parking, turning points, crossings, pedestrian gates, emergency access and any section where sharing cannot be avoided. A consistent hierarchy of signs and markings makes the layout easier to understand.
Match routes to the traffic that will actually use them
List the largest vehicles, mobile plant and delivery combinations expected on the project, together with their frequency and operating hours. Check whether the proposed route can accommodate their movements, turning and stopping without forcing pedestrians into the carriageway. Consider route width, surface condition, visibility at bends and junctions, lighting, parking, crossings and whether a one-way system is practicable.
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Workplace traffic routes should not have surfaces so uneven, potholed, sloped or slippery that people are exposed to risk. These are planning checks, not universal dimensions. The required geometry, barriers, gradients and load capacity depend on the project, the vehicle fleet, ground conditions and applicable local standards.
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Plan storage and parking with the route plan
Place materials, skips, plant and delivery waiting areas so that they do not reduce sight lines or walkway width. Locate workforce and visitor parking away from active work areas where practicable. Arrange storage so a delivery vehicle does not have to cross the whole site simply to reach its unloading point. Keep emergency routes clear at all times, including during peak delivery periods.
3. Design the pedestrian route before accepting shared use
The safest default is a separate walkway and a separate vehicle gateway. HSE recommends separating roadways and footpaths whenever possible, and construction guidance recommends separate pedestrian and vehicle gateways where the layout allows.
Make the walkway a route people will choose
Provide a firm, level, well-drained and direct path. Keep it clear of stored materials, trailing leads, plant, waste, mud and temporary works. Align it with the “desire lines” people naturally follow between the gate, site office, welfare facilities and work areas. If the formal route is indirect or inconvenient, people are more likely to cut across a vehicle area.
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Use a barrier between the walkway and the vehicle route where the risk assessment indicates that separation is needed. The barrier arrangement, fixing and configuration must suit the location, expected traffic and applicable requirements; the guidance does not establish a universal barrier height or product specification.
Allow for visitors and people with disabilities
Check the route from the perspective of a visitor and of people with different mobility, sight or hearing needs. Keep changes in level manageable and provide suitable ramps or transitions where required. HSE construction-vehicle guidance specifically calls attention to ramps and tactile warning measures in relevant settings. Do not assume that a route acceptable to a worker in safety boots is accessible to every authorised visitor.
Control temporary work areas
When a particular operation makes pedestrian access unsafe, close the affected area and provide a clear alternative. Cones, warning tape or similar temporary delineation may identify an area where pedestrians are prohibited during some operations. These controls are appropriate only when they match the task and risk assessment; they are not a substitute for a permanent separation arrangement where one is reasonably practicable.
4. Design and control every crossing
Crossings are points of interaction, so plan each one individually. Avoid placing a crossing at a bend, behind a stack of materials, at the crest of a slope or anywhere else that restricts sight lines. A driver and a pedestrian should be able to see each other as they approach.
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Mark the crossing and make it understandable
Use clear surface markings and signs that identify the crossing and the priority rules. Provide lighting where natural or existing light is insufficient. Keep signs, fencing, parked vehicles, plant and stored materials out of the visibility envelope.
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Where appropriate, use barriers or rails to channel pedestrians toward the intended crossing instead of allowing them to cross at several uncontrolled points. If a raised walkway meets a driving surface, provide an accessible transition such as a suitable dropped kerb where the design and local requirements call for it.
Escalate controls for busy or complex crossings
A busy crossing may require more than paint and a sign. Consider traffic-control systems, a trained person controlling movements, or a more complete form of separation when traffic volume, vehicle size, speed, poor visibility or pedestrian numbers make a simple crossing unreliable. The selection should follow the project risk assessment.
Protect the public footway at site exits
Site exits that cross a public footway need a separate review. HSE’s HSG150 guidance describes setting the gateway back or using fencing that preserves the driver’s view along the footway. If adequate vision cannot be achieved, it recommends a trained signaller to control vehicles leaving the site. Keep materials away from the sight line and prevent a vehicle waiting to enter or leave from forcing pedestrians into the road.
5. Reduce vehicle interactions and reversing
The best pedestrian control is often to remove unnecessary vehicle movements. Review the logistics plan before adding more signs or marshals.
Reduce journeys at the source
- Schedule deliveries so vehicles do not queue across a pedestrian route or public footway.
- Locate storage and unloading areas close to the point of use where practicable.
- Control entry to active work areas rather than allowing general vehicle circulation.
- Keep non-essential workforce and visitor parking away from work zones.
- Use one-way routes or turning points where practicable to reduce reversing.
Control unavoidable reversing
If a vehicle must reverse where pedestrians cannot be excluded, make visibility the central control. Consider suitable visibility aids, lighting and a trained plant or vehicle marshaller. Anyone directing vehicle movements must be trained and authorised, understand the agreed signals and have a position from which they can see the vehicle path and remain visible to the driver.
Do not rely on a marshaller to compensate for a fundamentally poor layout. First ask whether the delivery point, route direction, turning area or pedestrian exclusion zone can be changed so that the reversing movement is eliminated or reduced.
Manage loading and unloading
Define where the driver waits, where the vehicle is positioned, who controls the operation and how pedestrians are kept out of the loading envelope. For some short-duration, low-risk unloading circumstances, HSE’s construction-vehicle publication describes signallers and safe systems as possible controls. Whether that approach is suitable depends on the actual vehicle, load, duration, visibility and risk assessment.
6. Communicate the layout to drivers, workers and visitors
A route plan is only effective if people understand it at the point of use. Use a combination of signs, road markings, instructions and induction rather than expecting people to interpret a drawing unaided.
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Give drivers practical instructions
Tell delivery drivers the correct gate, approach, waiting location, speed and unloading point before they arrive where practical. Explain the pedestrian routes, crossing rules, reversing controls, one-way system and who has authority to direct movements. If the site has unusual constraints, provide a simple arrival instruction that can be followed without stopping in a live traffic lane.
Induct workers and visitors
Include the route layout and traffic rules in site induction. Show workers where to walk, where not to cross, how to report a damaged barrier or blocked path, and what to do when a route is temporarily closed. Direct visiting pedestrians to report to the site office where appropriate. Give visitors only the access they need and supervise them when the risk requires it.
Use signs and markings consistently
Signs should make the route hierarchy obvious: vehicle entrances, pedestrian entrances, crossings, restricted areas, loading points, one-way travel and emergency access. Replace or reposition signs when the work phase changes. A sign hidden behind a hoarding panel or a marking covered by mud no longer controls the movement it was intended to manage.
7. Review the plan as the project changes
Construction routes are temporary systems. Excavation, scaffolding, crane operations, new work fronts, changed delivery schedules and completed structures can all invalidate an earlier arrangement. WorkSafe New Zealand notes that routes on construction and forestry sites may change as work progresses; the same practical lesson applies wherever the site phase changes.
Set review triggers
- A new work area, gate, hoarding line or storage zone is introduced.
- The vehicle fleet, delivery frequency or largest vehicle changes.
- A route is closed, narrowed, damaged, muddy or poorly lit.
- A crossing becomes busier or sight lines are obstructed.
- An incident, near miss, complaint or unauthorised shortcut is reported.
- The project moves to a phase with different pedestrian or emergency-access needs.
Walk the route in operating conditions
Inspect at the times when risk is highest: delivery peaks, shift changes, poor weather, darkness and periods when plant is moving. Follow the route as a pedestrian, then observe it from the driver’s approach. Check that the intended path is still direct, firm, level, drained, lit and free of obstructions. Record defects, assign an owner and set a completion time.
Update the information people receive
When the layout changes, revise the site plan, signs, induction material, delivery instructions and emergency information together. Brief affected workers and drivers before the change takes effect. Remove obsolete signs and barriers so that two conflicting route instructions are not visible at once.
Choosing between workable layout options
There is no universal construction-site diagram. Compare alternatives against the same practical criteria and document why the selected arrangement is suitable for the project.
| Decision area | Questions to compare |
|---|---|
| Degree of separation | Can the site provide fully separate routes, a protected adjacent walkway, or only a controlled shared section? |
| Crossing exposure | How many crossings are needed; what are the traffic volumes and sight lines; and would traffic control or more complete separation be warranted? |
| Vehicle flow | Which option reduces delivery distance, total site movements, reversing and difficult turns while preserving emergency access? |
| Pedestrian usability | Which route is most direct, firm, level, drained, clear, lit and accessible? |
| Public and visitor interface | Which arrangement best protects the boundary, preserves the driver’s view at the gate, avoids footway obstruction and supports induction or supervision? |
| Adaptability | Can the route be changed safely as the project phase, access points, deliveries and work areas change? |
Record the assumptions behind the comparison: expected vehicle types and volumes, operating hours, pedestrian numbers, public-road relationship, emergency requirements and the controls needed at any shared section. Reassess those assumptions when the work changes.
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Route-plan checklist for the project team
Use this checklist during design, mobilisation and each formal review.
- Boundary: Is the site edge defined, secure and suitable for the surrounding land use?
- Access control: Are unauthorised people excluded, and are authorised visitors inducted, restricted or supervised as needed?
- Gate arrangement: Are pedestrian and vehicle gateways separate where practicable?
- Route function: Are delivery, shuttle, emergency, maintenance and pedestrian routes identified?
- Vehicle fit: Do widths, surfaces, bends, junctions, lighting, parking and turning areas suit the expected traffic?
- Walkway: Is the pedestrian path firm, level, drained, direct, clear and accessible?
- Crossings: Are unavoidable crossings marked, signed, visible, lit and controlled to match the risk?
- Public footway: Can a driver see along the footway, and are pedestrians kept out of the vehicle path?
- Reversing: Have unnecessary reversing movements been removed, and are remaining movements controlled by trained, authorised people?
- Logistics: Are deliveries, storage, parking and unloading arranged to minimise vehicle-pedestrian interaction?
- Communication: Do signs, markings, inductions and driver instructions describe the same layout?
- Change control: Are inspection triggers, responsibilities and update arrangements defined?
Common failure modes and corrective actions
People use a shortcut through the vehicle route
The formal walkway is probably indirect, blocked or uncomfortable. Restore a direct, firm and clear route that follows the natural desire line, then use barriers or controlled crossing points to prevent the shortcut.
A crossing is technically marked but drivers cannot see it
Remove stored materials, parked vehicles or temporary works from the sight line. Improve lighting, move the crossing, add channelising barriers or introduce a trained controller if the risk remains.
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Change the delivery timing or waiting position, protect the footway and preserve visibility at the gate. Do not accept a setup that pushes pedestrians into live traffic.
Marshalling has become the routine answer to every movement
Revisit the layout. A trained marshaller is a control for a defined movement, not proof that the underlying route is well designed. Reduce travel, remove reversing and separate people and vehicles wherever practicable.
The plan was correct at mobilisation but no longer matches the site
Trigger a route review after phase changes, new gates, altered storage, incidents or access complaints. Update the physical controls and every instruction at the same time.
Jurisdiction and design limits
This guide is grounded primarily in UK HSE material, with limited cross-checks from Safe Work Australia and WorkSafe New Zealand. It does not set a universal engineering specification for road widths, barriers, crossings, ramps, lighting or signs. Local law, permits for work affecting a public road, project design, traffic conditions, accessibility duties and the site risk assessment determine the required details.
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Repair common Windows errors and clear accumulated junk for a smoother, more stable PC - no reinstall needed.Free scan · no reinstallBefore construction begins, have the route plan checked by the competent safety and design professionals responsible for the project and against the regulator and local authority requirements that apply to the site. Treat the plan as a controlled project document: approve it, brief it, inspect it and revise it when conditions change.
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