Dispatch efficiency
Dispatch efficiency measures how well a dispatcher matches available technicians to open work orders — accounting for skill match, drive time, and schedule gaps — to minimize idle and windshield time while still hitting arrival windows.
The proxy measures.
- Schedule adherenceWhether visits start inside their promised arrival window — the outcome measure of good dispatch, alongside schedule adherence.
- Windshield timeDrive time between stops; poor route sequencing shows up here first, see windshield time.
- Backlog ageHow long open orders sit unscheduled, as measured by work order backlog.
How to read dispatch efficiency.
How to measure dispatch efficiency
There's no single formula the way there is for utilization or callback rate — dispatch efficiency is usually assessed through a combination of proxy metrics: schedule adherence, windshield time, backlog age, and the ratio of jobs completed to technician-hours scheduled. Together they show whether dispatch is sequencing work well or leaving capacity on the table.
Why dispatch efficiency matters for commercial contractors
Across multiple branches with SLA-covered agreements, dispatch is the function that decides whether a promised arrival window is realistic before the day even starts. Inefficient dispatch shows up as higher fuel and labor cost from excess drive time, missed windows from over-optimistic scheduling, and a backlog that grows even when raw technician capacity would otherwise be enough to keep up.
What limits dispatch efficiency
Manual dispatch — a whiteboard, a shared spreadsheet, or a calendar with no location or skill data attached — is the most common limiter, because a dispatcher working that way can't see technician location, skill match, or schedule gaps together in one view. Siloed calendars across branches compound the problem for multi-branch operators trying to balance load between locations.
How Thermal improves dispatch efficiency
Thermal's dispatch board surfaces technician location, skill, and schedule gaps together, and highlights suggested matches for a dispatcher to review and apply — it doesn't remove the dispatcher's judgment, it gives them the data to use it faster. Agreement SLA windows and equipment history are visible at assignment time, so skill-to-job matching accounts for more than just who's free next.
Questions attached to this term.
How is dispatch efficiency different from schedule adherence?
Schedule adherence measures the outcome — did the visit start on time. Dispatch efficiency is about the process that produces that outcome — how well jobs were assigned and sequenced in the first place. Poor dispatch efficiency is one of the main causes of low schedule adherence.
Does automation replace the dispatcher?
No — Thermal surfaces suggested technician matches based on location, skill, and schedule, but a dispatcher reviews and applies the assignment. The judgment call stays with the person who knows the account.
How does drive time factor into dispatch efficiency?
Drive time is one of the biggest levers — sequencing jobs by location rather than just by call-in order reduces windshield time between visits, which frees up capacity without adding technicians.
How does dispatch efficiency work across multiple branches?
Multi-branch dispatch benefits from a shared view of technician availability and skill across locations, so work can be balanced between branches during demand spikes instead of each branch dispatching in isolation.
These numbers, on your own book.
If you want to see them calculated from real work orders and agreements rather than a spreadsheet, that's a demo.