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Case Study · HVAC Dispatch Benchmark

A week in HVAC — 186 jobs dispatched without a miss.

Emergency no-heat calls in January. Roof-top commercial work. Three technicians out sick. We ran a full realistic week of HVAC dispatch through FSM Navigator and tracked every assignment. Here's what happened.

Methodology transparent · Simulation-based benchmark · Updated June 2026

About This Benchmark

How we ran the numbers

This benchmark runs a week-long workload through FSM Navigator's dispatch engine using representative HVAC service patterns: 15 technicians across three U.S. regions, 30 customer locations, a realistic mix of scheduled maintenance and emergency calls, mid-week technician absences, and 51 urgent call-ins with tight service-level windows. The results below reflect what the engine does automatically — no manual adjustments, no cherry-picked days.

What happened over five days

A snapshot of how the dispatch engine handled a realistic HVAC week — from quiet Monday mornings through the Friday afternoon rush.

100%

Every job matched to the right tech

Across 186 jobs spanning residential A/C repair to commercial rooftop work, every single one was auto-assigned to a qualified technician with no dispatcher intervention.

< 0.5s

Per dispatch decision

Intelligent matching across skills, schedules, service windows, proximity, and workload — typically in under half a second per decision.

51

Emergency calls handled

One-hour service window? Handled. Mid-day urgent call-in? Handled. The engine reprioritizes and reroutes without a human touching the dispatch board.

Auto

Recovery from disruptions

A tech calls out sick. Another takes unplanned vacation. Their jobs don't fall through the cracks — they're automatically reassigned to qualified teammates within minutes.

How the week actually played out

Picture a growing HVAC company with three offices — Chicago, Indianapolis, and Milwaukee. Fifteen technicians with overlapping skills: residential service, commercial rooftop units, refrigeration, heating specialists. Monday morning the dispatch board has 27 scheduled jobs and open slots held for emergency calls. On a traditional dispatch board, this is a dispatcher's full-time juggling act. With FSM Navigator, the jobs flow in and get matched to the right tech automatically.

Monday ran smooth — 27 jobs scheduled, 6 emergency call-ins absorbed throughout the day. Tuesday, a Chicago tech called in sick mid-morning. Four jobs already on his board were returned to the pool; the engine re-evaluated each one against the remaining roster and re-assigned in under a minute. Wednesday afternoon, an urgent no-heat call came in from a senior care facility with a one-hour response window. The engine matched it to the nearest certified tech with capacity and routed the dispatch. Thursday, a second tech started a pre-approved vacation; the calendar auto-updated. By Friday's rush — 42 jobs, 15 emergency calls — the workload had settled across the team without a dispatcher rebuilding the board.

The takeaway isn't that the engine replaces judgement. It's that "dispatcher bandwidth" is no longer the constraint on how many jobs you can run. The engine handles the matching; your dispatcher becomes a customer-communication role — calling homeowners back, managing escalations, keeping techs supplied — instead of spending the day pushing job cards around a whiteboard.

What the dispatch engine considered

Every assignment weighed dozens of criteria. Here's a plain-language view of what went into each match.

Factor Evaluated What It Means
Technician skills HVAC-certified, refrigeration-qualified, electrical add-on, commercial rooftop experience
Service-level urgency Emergency, same-day, scheduled — and the promised response window
Technician proximity Based on the tech's current location and the job address
Current workload Jobs already scheduled today and remaining capacity
Service history Prior visits to this customer — continuity where it matters
Availability & schedule Working hours, planned time off, sick days, on-call rotation

Dozens of criteria are weighed on every match — these are the ones that make the biggest difference to HVAC teams.

Frequently Asked Questions

Straight answers about the benchmark, the engine, and what it costs.

What does this benchmark actually measure?
A full week of realistic HVAC dispatch activity: 186 jobs across 15 technicians and 3 U.S. regions, including 51 emergency call-ins and mid-week disruptions like sick days. We measure how FSM Navigator's dispatch engine assigns jobs to technicians — how fast, how consistently, and how well the match fits the job.
Are these real customer results?
No. These are simulation results from a representative operational scenario. Real customer outcomes will vary based on your team size, service mix, and geographic spread. We published these so you can see how the engine behaves under a realistic workload before you sign up.
What happens when a technician calls in sick?
Their assigned jobs for that day (and the rest of the absence) are automatically returned to the dispatch pool. The engine immediately evaluates each one against the remaining qualified technicians and re-assigns. In the benchmark run, 4 jobs shifted on Tuesday when one tech called out; the dispatcher saw the change, not the scramble.
Does this require any setup?
Add your technicians, their skills, and their working hours once. Enter your customers and service categories. Then every new job that comes in gets matched automatically using those rules. Most companies are dispatching in under an afternoon.
How much does this cost?
Intelligent dispatch is included in our Pro plan at $34.99/user/month (or $27.99/user/month billed annually). Teams up to 5 users can start free. See our pricing page for the full breakdown.

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