How to Create a Traffic Control Plan: A Step-by-Step Guide for Beginners

TL;DR: To create a traffic control plan, define the project scope, assess the site, check approval requirements, identify risks, draft the layout, review the plan, and update it as conditions change. A strong plan shows how vehicles, pedestrians, cyclists, workers, and emergency vehicles will move safely through a temporary traffic control zone, including signs, devices, work areas, detour routes, and other measures that support work zone safety.

For traffic control companies, utility providers, road maintenance contractors, public works teams, and civil project managers, traffic control plans support permitting, field setup, communication, and project coordination. Software such as RapidPlan and RapidPlan Online can help reduce manual drafting, improve plan presentation, and make revisions easier to manage.

On this Page

• What is a traffic control plan?

• Five steps to create a traffic control plan

• How RapidPlan & RapidPlan Online support traffic control planning

• FAQs

1. What is a traffic control plan?

2. Five steps to create a traffic control plan

Step 1: Define the project scope

Start by understanding the work and how it may affect traffic.

Before preparing the plan, confirm:

• What type of work is being completed
• Where the work will take place
• How long the work will run
• Which lanes, shoulders, sidewalks, crossings, or access points will be impacted
• Whether the job will need staging or multiple phases
• Whether a detour route, flagging operation, temporary traffic signals, or lane shifts will be required
• Whether traffic, pedestrians, cyclists, transit, or emergency access will be impacted

A simple shoulder closure may only need a straightforward layout. A major road closure, utility project, or staged construction zone may need a more detailed plan with detours, work phases, access notes, and additional review.

Tip: The clearer the project scope is at the start, the easier it is to build a plan that reflects the real site.

Step 2: Assess the site, identify risks, and check the standards

Your traffic control plan should be based on the actual site.  Before drafting the plan, review the site conditions and identify any risks that could affect workers, road users, pedestrians, cyclists, emergency access, or nearby properties. 

Mapping and aerial imagery tools can help with this early assessment. Free options such as Google Street View, or paid aerial imagery services such as Nearmap and MetroMap, can help you better understand the roadway layout, access points, intersections, surrounding properties, and potential site constraints before preparing the plan.

Review the site for:

• Roadway geometry
• Lane widths and configurations
• Existing signs and pavement markings
• Posted speed limits and operating speeds
• Traffic volumes and peak periods
• Sight distance and visibility
• Nearby intersections, driveways, and access points
• Pedestrian and cyclist routes
• Transit stops or routes
• Emergency vehicle access
• Worksite constraints
• School zones, event areas, and high pedestrian activity
• Night work, poor visibility, weather, or seasonal conditions

During the site assessment, look for potential hazards that could affect drivers, pedestrians, cyclists, workers, or nearby properties. These may include restricted visibility, limited stopping sight distance, narrow lanes, nearby intersections, hidden driveways, high pedestrian activity, or difficult access for construction vehicles.

This risk assessment helps you understand what could go wrong and what controls may be needed before the plan is drafted. For example, a site with limited stopping sight distance may need additional advance warning signs, adjusted sign placement, or longer taper lengths so drivers have enough time to recognize the work zone and respond safely. If pedestrians are affected, the plan may need to show a safe temporary pedestrian route, barriers, and clear signage. If emergency access could be restricted, the plan should clearly show how access will be maintained.

Next, check the standards and requirements that apply to the project. These may include national standards, state or provincial requirements, municipal guidelines, road authority requirements, permit conditions, or project-specific specifications.

In the United States, the Manual on Uniform Traffic Control Devices (MUTCD) is the national reference for traffic control devices, and states may also use their own MUTCD, state supplement, or agency-specific requirements. The current FHWA MUTCD page notes that the 11th Edition with Revision 1, dated December 2025, is the current version. In Canada, check the Manual of Uniform Traffic Control Devices for Canada, along with any provincial, municipal, or road authority requirements. In Australia, the Austroads Guide to Temporary Traffic Management (AGTTM) provides guidance for temporary traffic management practice, with state, territory, and road authority requirements also applying.

Tip: Templates and standard drawings can be useful starting points, but they still need to be adapted to the actual site, risk level, and project requirements.

Step 3: Confirm permits, stakeholders, and approval requirements 

Before drafting the plan, take time to understand who will review or approve it, what permits are required, and whether any other stakeholders need to be consulted. Approval requirements can vary by road authority, municipality, county, state, project owner, or agency. For teams that are new to creating traffic control plans, this step can help reduce rework and avoid common submission issues.

Start with online research. Check the approving authority’s website and review any available documents, such as:

• Permit application instructions
• Traffic control plan submission guidelines
• Standard drawings or typical applications
• Temporary traffic control manuals
• Road closure or lane closure requirements
• Pedestrian and cyclist accommodation requirements
• Detour plan requirements
• Work hours or staging restrictions
• Engineering sign-off requirements
• Required notes, legends, title blocks, or revision details

You should also identify the likely reviewers, approvers, and affected stakeholders. These may include road authorities, municipalities, state departments of transportation, county engineers, utility coordinators, project owners, civil engineers, traffic engineers, permitting officers, nearby property owners, schools, public transport operators, emergency services, or local businesses.

 Some projects may require additional permits, stakeholder input, or public communication before the traffic control plan can be accepted. This is especially common for road closures, major lane restrictions, night work, special events, school zones, or projects that require a detour route. Depending on the approving authority, public communication may include advance notice to nearby residents, businesses, schools, emergency services, transit operators, or other affected road users. Thinking through all involved stakeholders early can help avoid delays later. The plan should reflect not only the technical traffic control requirements, but also the people, properties, and services affected by the work.

It can also help to review industry forums, contractor discussions, or professional groups where people share practical submission tips. These sources may highlight common reasons plans are returned, local preferences, or advice from people who have submitted similar plans before. However, forums should only be used as secondary guidance. Always prioritize official documents, current standards, permit conditions, and direct guidance from the approving authority.

Tip: Understanding permit requirements, stakeholder expectations, and reviewer preferences before drafting can help you create a plan that is easier to review and less likely to be returned for missing details.

Step 4: Draft the plan using traffic control plan software

Once the project scope, site conditions, risks, standards, permits, and reviewer requirements are clear, the next step is to draw the traffic control plan. 

 At this stage, think carefully about how the plan will be reviewed and used in the field. A good traffic control plan should be accurate, clear, easy to follow, and suitable for the type of work being planned. Reviewers, approvers, crews, clients, and other stakeholders should be able to quickly understand the proposed setup, including where signs, channelizing devices, transition areas, work space, and traffic movements are located. 

 The way you present the plan may depend on the project type. For example, highway work zones may be better shown on a clean canvas-style layout, where lanes, tapers, warning signs, channelizing devices, and work areas can be presented clearly without too much background detail. For local road work, utility work, or community road maintenance, using a base map or aerial imagery can help show the work area in relation to nearby streets, properties, driveways, intersections, pedestrian routes, and access points. 

 Using traffic control plan software can make this process faster and more consistent than starting from a blank drawing. It allows you to build the plan over mapping or aerial imagery, place signs and devices, show work areas, add lane closures or detour routes, and prepare a clear layout for review. 

A traffic control plan should usually show:

• Work area location and limits
• The workspace for workers, equipment, materials,  and vehicles
• Traffic control signs and devices
• Channelizing devices such as cones, barriers, or delineators 
• Lane closures, shoulder closures, or road closures
• Transition areas, tapers, buffers, and safety zones
• Flagging operation locations, temporary signals, or traffic controller positions 
• Pedestrian and cyclist routes
• Detours or temporary access routes
• Property, driveway, and business access
• Emergency vehicle access
• Transit stop or school zone considerations
• Staging or work phase details
• Legends, notes, title blocks, and revision details
  
  

Traffic control plan software can also help keep layouts consistent by using sign libraries, standard symbols, templates, measurement tools, and export options. This can reduce manual drafting work and make it easier to prepare professional plans that are ready for review. 

Tip:  When drafting the plan, focus on visibility and readability. The plan should not only show where signs and devices go, but also make the proposed traffic control setup easy for approvers, stakeholders, and site crews to understand. 

Step 5: Review the plan and submit for approval

 Before submitting or implementing a traffic control plan, review it carefully to make sure the layout is complete, practical, and aligned with the project requirements. 

Check that the plan includes:

• Required signs, traffic control devices, and channelizing devices
• Correct spacing, tapers, and buffer areas
• Clear workspace and work area limits
• Detour or closure details where needed
• Pedestrian, cyclist, and emergency access requirements
• Flagger or temporary signal locations
• Required road authority or agency notes
• Construction staging or phase details
• Clear labels, legends, and measurements

For larger projects, the review process may involve traffic designers, civil engineers, project managers, contractors, municipalities, utilities, and transportation agencies. It is also worth checking whether the plan is easy for field crews to understand, not just whether it meets technical requirements. 

Tip: A clear review process can help reduce back-and-forth, avoid missing details, and improve the quality of the plan before it reaches the field.

Step 6: Update the plan as conditions change

Traffic control plans should not be treated as static documents. Even after a plan has been reviewed or approved, site conditions can change once work begins. Changes may be needed because of revised construction staging, weather impacts, traffic pattern changes, access changes, permit updates, unexpected site constraints, field crew feedback, or road authority comments.

When conditions change, review the plan and update the affected details, such as signs, channelizing devices, detour routes, workspace limits, pedestrian access, emergency access, or staging notes. This helps keep the traffic control setup aligned with the actual work environment.

For teams managing multiple projects or frequent revisions, traffic control plan software can make updates easier to manage. Editable layouts, reusable templates, searchable plan libraries, and cloud-based collaboration can help teams revise, share, and track plan changes more efficiently.

3. How do RapidPlan & RapidPlan Online support traffic control planning?

RapidPlan and RapidPlan Online are built specifically for traffic control planning. They help teams create clear, professional traffic control plans using tools designed for real traffic planning workflows, from detailed desktop plan production to web-based collaboration.

Instead of starting from scratch each time, teams can use structured layouts, mapping tools, sign and device libraries, and reusable plan elements to build plans faster and adapt them to each project.

For organizations that handle multiple temporary traffic control plans, this can help reduce manual drafting, make revisions easier, and improve communication during review and implementation.

One example is the Portland Bureau of Transportation (PBOT), which used RapidPlan to improve its traffic control planning process, create more professional plans, and reduce time spent on revisions. 

Read PBOT's RapidPlan story here

Explore how RapidPlan and RapidPlan Online can help your team create clearer plans, save time, and manage revisions more efficiently.

4.FAQs

1. What is a traffic control plan?

A traffic control plan is a drawing or document that shows how traffic will be managed through or around a temporary work zone, road closure, construction site, utility project, or event.

2. What should a traffic control plan include?

A traffic control plan usually includes the work area, affected lanes, signs, cones, barriers, taper lengths, buffer spaces, detours, pedestrian routes, cyclist routes, flagger locations, emergency access, and staging details.

3. Who creates a traffic control plan?

Traffic control plans are commonly created by traffic designers, traffic planners, civil engineers, or other qualified professionals involved in roadworks, utilities, construction, and transport operations.

4. What software is used to create traffic control plans?

Traffic control plan software is used to create professional plans with traffic-specific tools, sign libraries, device libraries, mapping, templates, and export options. Invarion offers RapidPlan for desktop traffic control planning and RapidPlan Online for browser-based traffic control planning.

5. What is the difference between RapidPlan and RapidPlan Online?

RapidPlan is a desktop application suited to frequent or complex traffic control plan production. RapidPlan Online is a web-based application suited to browser-based planning, collaboration, and low-to-medium complexity traffic control plans.

Editor’s note: This post was originally published in September 2026 by Invarion.