One question. One answer.
Standalone analyses, each priced on its own. No platform required. Same discipline as PRISM: your data, published method, traceable inputs.
Which apparatus do we replace, when, and how do we defend it?
Equivalent annual cost, the same method municipal finance already uses for every other capital asset. Replacement priority ranked by cost of waiting, optimal year per unit, and a capital case written for the governing body.
$49 per apparatus. Fleet-wide pricing quoted lower.
Deferring the 2013 engine saves $340K this year and costs $1.9M by 2033.
| Unit | Year | Repair last 24mo | Cost of 1 yr delay |
|---|---|---|---|
| Engine 3 | 2013 | $186K | $212K |
| Ladder 1 | 2009 | $241K | $198K |
| Engine 2 | 2016 | $74K | $61K |
| Rescue 1 | 2018 | $41K | $28K |
The two oldest units account for 71% of repair spend and $410K of avoidable cost in the next 12 months alone.
What is your volunteer department worth?
Volunteer And Leveraged Operations Return. The value of the service your volunteers deliver, in the dollars a municipality would otherwise pay. For consolidation talks, funding requests, and the conversation about what happens if the volunteers stop coming.
$10 per run.
Something else?
Station siting, consolidation, mutual aid, grant narratives. Bring it and we scope it.
Start with a 30-minute call. Bring your hardest question.
We will tell you what the data can answer, what it cannot, and what it would take to close the gap.