Vehicle Movement Plans: When Councils Ask for One

A vehicle movement plan shows how construction vehicles get to, into, around and out of a site: routes, truck sizes, gates, swept paths, holding areas, hours and who controls each movement. Councils commonly ask for one as a development consent condition or before approving a works zone, especially on busy streets, near schools and in town centres.

For builders, the plan is not just paperwork. It decides which trucks can come to site, when, and whether they can turn in without stopping traffic or mounting the kerb. This guide explains what councils look for, walks through a worked example and gives you a checklist for keeping the plan working on site.

What a vehicle movement plan covers

Councils and traffic engineers use different formats, but most plans cover the same ground:

Swept-path diagrams are often the key part. Our guide to construction vehicle swept path analysis explains how they are prepared and read.

When councils ask for one

Councils typically ask for a vehicle movement plan in situations like these:

• Development consent conditions for medium or large building projects, usually before construction starts.
• Works zone applications, where the council wants to know how trucks will use the zone.
• Hoarding or footpath occupancy, where trucks cross the footpath through a gate.
• Sites on busy or constrained roads: town centres, bus routes, narrow streets, near schools or hospitals.
• Large or unusual vehicles: cranes, oversize loads or regular semi-trailer deliveries.
• Complaints, where a site's trucks have caused problems and the council wants a plan to fix them.

The vehicle movement plan often sits inside a wider construction traffic management plan. Our guide to CTMP vs traffic management plan explains how the documents relate.

Example scenario: a mid-rise apartment site on a narrow street

Here is how a vehicle movement plan comes together and is tested on a typical job. Details are illustrative.

The site: a five-storey apartment building on a narrow two-way street near a town centre, with kerbside parking both sides, a bus route on the main road at the end of the street and a primary school two blocks away. One gate onto the street.

The council's condition: a vehicle movement plan to be submitted and approved before work starts, with swept paths for the largest vehicles, delivery hours and pedestrian management at the gate.

Building the plan:

1. List the vehicles. The builder lists every activity: excavation (tipper trucks), piling rig delivery (low loader), concrete pours (agitators and a pump), steel and formwork (rigid trucks, maybe semi-trailers), a mobile crane for some lifts, and later fit-out deliveries.
2. Check the approach routes. The engineer maps routes from the arterial road, avoiding the school street and streets with load limits.
3. Run swept paths. The rigid truck turns into the gate cleanly. The semi-trailer cannot turn in without crossing the opposite lane and mounting the kerb.
4. Decide. The plan limits deliveries to rigid trucks, with steel to be delivered in shorter lengths or transferred from a larger vehicle elsewhere. The low loader for the piling rig is a one-off, handled with a separate TGS and traffic controllers at an off-peak time.
5. Hours. No deliveries during school drop-off and pick-up times, and no trucks waiting in the street.
6. Holding area. Trucks that arrive early wait at an agreed location away from the street and are called in by phone.
7. Gate control. A traffic controller at the gate during deliveries holds pedestrians on the footpath while trucks cross, and stops traffic briefly if a truck needs to reverse in. The TGS for this is attached.
8. Submission. The plan, swept paths and TGS go to the council, which asks for one change: a sign at the gate telling drivers about the hours.

What goes wrong: in week six, a steel supplier sends a semi-trailer at 8:20 am, during school drop-off. The driver stops in the street with hazards on while trying to work out how to get in. Traffic banks back to the main road.

The fix:

1. The traffic controller at the gate stops the truck from attempting the turn, and the site manager directs it to the holding area.
2. The steel is transferred later in the morning using a rigid truck.
3. The builder adds the vehicle-size limit, hours and holding area to every purchase order and sends suppliers a one-page delivery sheet.
4. Deliveries are booked in time slots, and the gate controller has the day's list.
5. The incident and the change go in the site diary.

For a similar shift from the traffic control side, see the worked example of heavy deliveries on a narrow street.

Gate control: the part that happens every day

Most of a vehicle movement plan is done once. Gate control happens every delivery. Good practice at the gate:

• One person in charge of the gate during deliveries: a traffic controller or a trained spotter, depending on what the plan and TGS require.
• Pedestrians first. Hold people on the footpath before a truck crosses, and let them pass before releasing the truck.
• No reversing from the road unless the plan and TGS allow it with control in place.
• Wheel wash and debris checked before trucks leave, so mud and gravel do not go onto the road.
• The day's delivery list at the gate, so unexpected trucks are spotted early.
• Radio or phone contact with the site manager and the crane or hoist operator.

Workplace traffic inside the site boundary is a WHS matter, and Safe Work Australia has guidance on separating pedestrians and vehicles at workplaces. Our construction site traffic management guide covers on-site movements.

Supplier delivery sheet: what to send every supplier

Print this, fill it in and attach it to every purchase order:

If heavy vehicles are involved, your obligations under the Chain of Responsibility may also be relevant; the NHVR explains them.

Keeping the plan current as the build progresses

A building site changes shape every few weeks, and the vehicle movement plan has to keep up. Review it whenever one of these happens:

1. A new phase starts. Excavation, structure and fit-out bring different vehicles, volumes and hours.
2. The gate moves or a second gate opens.
3. Plant arrives, such as a tower crane, hoist or a mobile crane for a single lift.
4. The street changes: new parking restrictions, a bus stop moves, neighbouring sites start work or an event is planned.
5. Something goes wrong: a complaint, a near miss at the gate or repeated trucks queuing in the street.

For each review, check the swept paths still work, the hours still suit the area and the traffic control at the gate still matches the TGS. If the change is significant, the council may need to see the revised plan, so check your consent conditions. Record each review in the site diary with the date, what changed and who was told, then reissue the supplier sheet.

Common mistakes with vehicle movement plans

• Planning for the typical truck, not the largest. The one oversized delivery causes the problem.
• Plan filed, not shared. The site team and suppliers have never seen it.
• No holding area, so trucks wait in the street with hazards on.
• Hours ignored when the program slips and everyone is rushing.
• Gate left uncontrolled during "quick" deliveries.
• Plan not updated when the site changes, such as a new gate, a crane or a change in the street.

Next steps

Read your consent conditions now and note every condition about vehicles, hours and the street. Brief your engineer with a full list of vehicles and activities, then turn the approved plan into a one-page supplier sheet. If you need traffic controllers at the gate or for oversize deliveries, book them with the delivery schedule in hand; TrafWise helps traffic control companies take bookings and roster crews against those times.