Fire station response access.
Check a US street address.

FireProtectionScore explains one focused question: how does a property connect by road to a nearby fire station? Protection uses routed distance, estimated drive time, and station type. Lower numbers indicate stronger response access.

Area pages on this site show real station inventory records from HIFLD. They help describe local patterns, but they never assign one Protection number to a city, state, or ZIP. Enter a US street address to calculate Protection through the free PerilScore path.

What goes into Protection

• Road miles to the selected nearby station
• Estimated drive time over the road network
• Station type, including a one-point adjustment when the station name signals volunteer service

Hydrants, water flow, staffing levels, apparatus, building construction, and live dispatch conditions remain outside this calculation. Protection is independent from official fire protection classifications.

How the calculation works

Distance gates run first: above 7 road miles gives base 10, and above 5 road miles gives base 9. At 5 miles or less, estimated time gives base 1 at 3 minutes or less, 2 at 4, 3 at 5, 4 at 6, 5 at 7, 6 at 8, 7 at 10, and 8 above 10 minutes. A volunteer signal in the public station name adds one, capped at 10. Strong covers 1 through 3, Adequate covers 4 through 6, Limited covers 7 through 8, and Remote covers 9 through 10. Lower is stronger.

E1 is illustrative: 2.1 miles and 4 minutes with no volunteer signal gives base and final 2 Strong. E4 is illustrative: 5.2 miles gives base and final 9 Remote with no volunteer signal; minutes do not control the base after that gate.

Area context stays separate

Local pages show HIFLD station records, snapshot dates, volunteer name signals, and omitted counts. HIFLD represents stations rather than departments. CITY supports matching and does not establish jurisdiction. No hub receives a city, county, or ZIP Protection number.

Scope and next step

Protection excludes hydrants, water supply and flow, building construction, sprinklers, alarms, apparatus, detailed staffing, mutual aid, live dispatch, current traffic, and incident conditions. It cannot predict response or loss. A station name signal is a heuristic and does not certify staffing. Protection does not calculate ISO, PPC, or FSRS classifications, and FireProtectionScore has no affiliation with those organizations or programs.

Read the methodology, guides, and examples, then check a US street address.

Reading a result without overreach

A result is easiest to audit when its parts remain visible. Start with the band and number, then trace the base to a distance gate or time bucket. Apply the name signal last. If miles or minutes are missing, no number should appear. This sequence makes the result explainable and keeps outside facts from entering by implication.

A change between two checks can reflect updated address matching, a different station candidate, road-network changes, routing updates, a source-name change, or a method version. Preserve those details before comparing dates.

A compact reading checklist

Use five questions: Is this the intended US street address? Which distance or time rule set the base? Did the volunteer name adjustment apply? Which version produced the number? Which important facts remain outside the signal? The answers keep Protection tied to its published method and prevent an area inventory from being treated as a property result.