Station location planning is the process of deciding where stations should stand, how many a community needs, and when to build, move, or close them, so that crews can reach the people who call within the time your community has chosen to accept. Done well, it turns a politically charged question (“Why not build it in my neighborhood?”) into a documented, defensible answer built on call data, travel times, growth forecasts, and real property constraints. This guide walks through that process in the order most agencies work through it, and shows where an outside perspective can save a municipality years of rework.

Our website is thepscgroup.net, and the guidance below reflects the field work we have done with fire, EMS, and municipal leaders over more than 32 years.

TL;DR

• Start with an inventory of the stations you already have, then decide what to keep, replace, or relocate before you add anything new.
• Measure current performance against your own Community Risk Assessment and Standards of Cover, using call processing, turnout, travel, and total response time.
• Model travel on the actual street network with GIS rather than drawing circles on a map, and test what-if scenarios before you buy land.
• Screen every candidate site for acreage, access, floodplain exposure, utilities, and cost, and bring planning staff and elected officials in early.
• Treat the plan as a living document: review it as growth, call volume, and road networks change.

Table of Contents

• What station location planning actually covers
• When to review your station locations
• Step 1: Inventory what you already have
• Step 2: Measure performance against a standard you have adopted
• Step 3: Forecast demand and find the gaps
• Step 4: Model coverage with GIS, and know what each method does well
• Step 5: Evaluate the site, not just the neighborhood
• Step 6: Compare the options on the same criteria
• Step 7: Bring people in early and plan the rollout
• Perspective: what we see in the field
• How PSCG can help
• FAQ
• Sources

What station location planning actually covers

The planning profession has framed this work for a long time. A American Planning Association report on fire house location planning describes it as distributing stations among appropriate service areas, selecting adequate sites within each district, and setting priorities, timing, and financing. That three-part framing still holds up: where in general, where exactly, and when and how to pay.

Two points are worth stating plainly.

First, the standard is local. A U.S. Fire Administration study on evaluating station locations notes that location decisions consider response-time or distance criteria, and that acceptable response distances are left to local community leaders. There is no single national number that tells your council where a station must go. Your community has to decide what level of service it expects and will fund, and the plan shows what that choice costs.

Second, a station is rarely just a fire station. Many municipalities house EMS units, rescue crews, or shared-service staff in the same building, which changes the demand picture, the staffing model, and the site requirements. If your agency delivers EMS, the location question and the deployment question are the same question.

When to review your station locations

Most agencies do not wait for a crisis, but several signals should move the review to the top of the list:

• Growth you can see coming. New subdivisions, annexations, a distribution center, a hospital expansion, or a rezoning of an old industrial corridor.
• Slipping response times in one district while the rest of the system holds steady.
• A building at the end of its life. A station that needs major renovation is a chance to ask whether it is in the right place at all.
• Changes in call mix. A rise in EMS demand, an aging population, or new high-risk occupancies.
• Road network changes. New bypasses, rail crossings, or bridge closures can change drive times more than adding a unit would.

The Central Arizona Life Safety System Council guidelines describe a healthy habit: member agencies continuously assess growth, call volume, response-time challenges, land use, population density, street networks, nearby stations, and property availability, and plan future stations when growth is known. The last part matters most. Land near a growing corridor is cheapest before the corridor is built.

Step 1: Inventory what you already have

The same planning report says the first step in preparing a location plan is to inventory existing stations to see what can be retained, replaced, or improved. We agree, and we would add that the inventory should be honest and complete. For each station, record:

1. Age, condition, and remaining useful life of the building.
2. Apparatus bay size, and whether current and future apparatus fit.
3. Living quarters, decontamination areas, and storage.
4. Staffing and units assigned, by shift.
5. Call volume and unit-hour utilization over several years.
6. Lot size and whether expansion is physically possible.

This step often reveals that a station is not poorly located so much as poorly equipped, or the reverse. Knowing which problem you have keeps you from spending millions to fix the wrong one.

Step 2: Measure performance against a standard you have adopted

You cannot say a station is in the wrong place until you know what “right” means for your community. The usual framework is a Community Risk Assessment paired with a Standards of Cover document. The Unified Fire Authority in Utah publishes its own, and it shows the structure: the process reviews community risk, deployment, and performance against benchmarks, with measures including call processing, turnout, travel, total response times, and Effective Response Force assembly.

Break response time into its parts. A slow total can come from dispatch delay, long turnout, or long travel, and only the last is fixed by moving a station. If turnout is the problem, a new building will not help. Our guides on response time analysis for public safety professionals and how to reduce EMS response times show how to separate those components before anyone talks about land.

Also report performance by district, not just as a citywide average. An average of 6 minutes can hide one neighborhood at 11. The district view is what exposes a coverage gap.

Step 3: Forecast demand and find the gaps

Past calls tell you where the system has been stressed. Forecasts tell you where it will be. The Unified Fire Authority document describes agencies using demographics, incident history, building types, seasonal patterns, and geographic factors to assess community risk, and accounting for population growth, redevelopment, and service demand when identifying gaps.

In practice, we ask clients to bring these inputs to the table:

• Five or more years of incident data with geocoded locations and time stamps.
• The municipal comprehensive plan and the zoning map, including approved but unbuilt developments.
• Population and age projections from the planning department or the state.
• An inventory of high-risk occupancies: schools, nursing homes, assisted living, large assembly, industrial sites.
• Seasonal effects such as tourism, college calendars, or flood and wildfire seasons.

Remember that demand is not evenly spread through the day. A district that looks quiet on an annual map may be overloaded between 3 and 7 p.m. That is why location planning and peak-load staffing belong in the same conversation. Our strategic planning in public safety guide covers how to connect the two.

Step 4: Model coverage with GIS, and know what each method does well

The older method draws a circle of a fixed radius around each station. It is quick, easy to explain at a public meeting, and fine for a first look. Its weakness is that fire engines do not drive in circles. A river, a rail line, a limited-access highway, or a lack of through streets can make a short straight-line distance a long drive.

GIS network analysis addresses that. Esri’s white paper on the subject explains that GIS maps actual road travel distances and speeds, which is more accurate than radial or concentric-circle models for predicting coverage, and that it can test what-if scenarios for potential station sites. A U.S. Fire Administration applied research paper on the Rockford area uses the same idea, noting that GIS modeling lets agencies test what-if scenarios for future sites and see their effect on total system response capability. In Iowa, the Ankeny Fire Department concluded that actual apparatus travel distance and drive time were more valid than ISO radiuses for engine and ladder companies.

Here is a fair side-by-side:

The research we reviewed does not lay out the limits of GIS in detail, so we offer our own field view: a model is a tool for judgment, not a replacement for it. Calibrate drive times against real unit data from your CAD system, test the result at different times of day, and check the output by driving the routes with a crew. Radius maps and GIS also work well together: use the circle for the first screen and the drive-time model for the decision.

Step 5: Evaluate the site, not just the neighborhood

A location that works on the map can fail on the ground. The Central Arizona guidelines list what agencies must evaluate: acreage for buildings, parking, and training space, site topography, accessibility, environmental factors such as floodplains, and infrastructure costs. The same document notes that modern designs also need internal zoning to reduce carcinogen exposure and protect staff health.

A practical site checklist:

• Access and egress. Can apparatus turn out onto an arterial without waiting on a signal, a rail crossing, or a school zone queue? Is there a traffic preemption option?
• Lot size and shape. Drive-through bays need depth. Include parking, a generator, fuel or charging needs, and room to expand.
• Environmental risk. Floodplain, wetlands, soil contamination, and slope.
• Utilities. Water, sewer, power capacity, fiber for dispatch connectivity.
• Zoning and neighbors. Does the zoning allow a public safety use? How will sirens, lights, and night traffic affect nearby homes?
• Total cost. Land, site work, utility extensions, and the building itself.

Before a municipality commits to a parcel or an existing building, a qualified commercial property inspection can surface structural, moisture, or environmental issues that change the price of the project. Hidden conditions found after closing are the most expensive kind.

Step 6: Compare the options on the same criteria

Most plans end with three to five candidate scenarios. Put them on one page and score them against the same measures. A simple structure:

The table is a template, not a result. Every option has real merits. Keeping and renovating preserves a station that residents know and trust, and adding a station buys redundancy. Relocating can fix coverage without adding staff. The plan should say what each option gains and what it costs so leaders can decide with clear eyes.

For EMS-heavy systems, consider alternatives to a fixed building: posting units at dynamic locations through System Status Management, or using a smaller post for ambulances in a district where the call volume does not justify a full station. Our guide to evaluating fire department response models explains how those models differ.

Step 7: Bring people in early and plan the rollout

The best technical plan fails if it surprises the people who must approve it. The Central Arizona guidance advises agencies to assess future growth, work with planning and development partners to identify site restrictions, and keep elected officials or governing bodies informed.

We recommend this sequence:

1. Brief the governing body before the public. Explain the problem, the standard, and the data in plain language.
2. Work with planning and development staff to flag restrictions, easements, and pending projects early.
3. Hold public meetings with maps people can read. Show drive-time areas, not jargon.
4. Link the decision to funding. Capital budget, bonding, impact fees, grants, and staffing costs for the first five years.
5. Set triggers. For example: when a district’s response performance falls below the adopted benchmark for two consecutive years, or when a defined number of new housing units are occupied, the plan calls for action.
6. Review on a schedule. Revisit the plan every few years and after any major change to land use or the road network.

The discipline that matters is triggers. They convert “we should build someday” into a measurable commitment that survives changes in leadership.

Perspective: what we see in the field

We have worked alongside fire, EMS, and municipal leaders for more than three decades, and the same pattern shows up in station location work. Communities rarely lack data. They lack a clear statement of the service level they want, and a shared way to weigh it against cost.

We also see agencies jump to a building when the problem is deployment. A district may need a better-placed ambulance, a different peak-hour staffing pattern, or faster turnout long before it needs a new station. The reverse is also true: no scheduling fix can cover a neighborhood that sits across a barrier from the nearest crew. Looking at the whole system, with real call data and real drive times, is how you tell the difference.

Our advice to a leader beginning this process is simple. Define your standard first. Measure honestly. Test several options, including the unglamorous ones. And take the decision to your community with the evidence in hand, so the conversation is about service rather than suspicion. We would rather help a client spend less on the right answer than more on the obvious one.

— Mike

How PSCG can help

If your agency is weighing a relocation, a new station, or a deployment change, we can work alongside your team from issue identification through implementation. Relevant services include deployment plan design, response time improvement analysis, peak-load staffing modeling, and broader fire department consulting, as well as municipal EMS strategy for communities that deliver EMS. To start a conversation, visit thepscgroup.net and contact us through the site.

FAQ

How often should we review station locations?

Review them on a set schedule and whenever a trigger occurs, such as a major development approval, a sustained drop in district response performance, or a station nearing the end of its life. Many agencies fold the review into their Community Risk Assessment and Standards of Cover cycle so it stays current. The point is to look before growth outpaces coverage, since land and lead time are cheaper early.

Is a radius map enough for a location study?

It is a reasonable first screen, and it is simple to explain to residents. For a decision involving land purchase or construction, though, a drive-time model on the real street network is the stronger basis, because it accounts for barriers and actual speeds. Using both lets you screen quickly and then confirm carefully.

What response time should our community adopt?

That is a local policy decision. A U.S. Fire Administration study notes that acceptable response distances are left to local community leaders. Your Standards of Cover process should set targets by risk level and area type, such as urban, suburban, and rural, and then measure against them.

Should we build a new station or change how we deploy?

It depends on where the delay comes from. If travel time is the issue because crews sit too far from demand, location is the lever. If the issue is peak-hour demand, turnout time, or unit availability, staffing and deployment changes may solve it at far lower cost. A performance gap analysis separates the two.

Who should be involved in the planning process?

Include fire and EMS command staff, dispatch, the planning and zoning office, public works, finance, and the governing body. Bringing planning and development partners in early helps identify site restrictions, and regular updates to elected officials prevent late surprises.

Sources

• Fire House Location Planning, American Planning Association
• A Procedure for Evaluation of Fire Station Locations, U.S. Fire Administration
• Strategic Fire Station and Resource Determination Guidelines, Central Arizona Life Safety System Council
• Standards of Cover and Community Risk Assessment, Unified Fire Authority
• GIS for Fire Station Locations and Response Protocol, Esri
• Determining Future Fire Station Locations for the Rockford Area, U.S. Fire Administration
• Strategic Fire Station Placement in a Growing Community, U.S. Fire Administration
• Commercial property inspections

Recommended

• Municipal EMS Strategy Guide: Optimizing Services For Impact
• EMS Response Planning: A Guide For Public Safety Leaders
• What Is Fire-Based EMS? A Guide For Public Safety Leaders
• Strategic Planning in Public Safety: Enhancing Municipal Readiness