- Tech utilization in restoration runs 58–72% in normal months, 78–86% during storms, and most operators never measure it cleanly.
- Each utilization point is worth roughly $1,200–$1,800 of annual gross profit per tech.
- The lost hours hide in three places: drive time, schedule gaps and back-office paperwork.
- 78% annual utilization is achievable with route optimization, schedule tightness and clean intake data.
A restoration GM can fix sales, marketing and intake, and still leave six points of margin on the floor if the techs are sitting in the truck. Utilization is the lever every restoration operator talks about and almost nobody measures cleanly. The math is unforgiving and almost always pointing at a number lower than the owner thinks.
Utilization for a restoration tech is the portion of paid hours that go to billable activity. Drive time is paid but rarely billable. Paperwork after a job is paid but rarely billable. Equipment maintenance is paid but rarely billable. A tech on a forty-hour week who logs twenty-six hours of billable activity is at 65% utilization. That number lands closer to the average than most operators want to admit.
How to compute utilization
The way to compute utilization is to take total paid tech hours over a month and divide them by total billable hours captured on jobs in the same month. The numerator comes off payroll. The denominator comes off the job tickets. Both numbers exist in any restoration company running on Encircle or DASH. The ratio gets surfaced rarely because doing the math requires pulling from two systems and most operators have not built the report.
The companies that do run this number find it sitting somewhere between 58% and 72% in normal months, climbing to the high 70s during peak periods. Each percentage point of utilization is worth about $1,200 to $1,800 of annual gross profit per tech, depending on billable rate. A company with twelve techs moving from 62% to 72% utilization captures somewhere between $144,000 and $216,000 of annual gross profit without hiring another person.
Three sources of lost tech hours
The lost hours sit in three places. Drive time is the largest. A tech driving 90 minutes to a job and 60 minutes back is showing 2.5 hours against an eight-hour day with no billable output. In dense urban markets this is hard to optimize. In rural and exurban markets it is the single largest utilization drag. The companies that have fixed this have done so by building geographic capacity, either with a second yard, a strategically located tech crew or a sub network that handles the outer ring.
The second is the gap between jobs. A tech who finishes a Cat 1 at 11am and has nothing scheduled until 2pm is showing three hours of dead time. This is a dispatcher's problem, and it usually traces to two causes. Either the schedule was built loose to absorb risk, or the dispatcher is not visible to the field when the morning job runs short.
The third is paperwork. A tech filing a job in Encircle or DASH is logging an hour or more against billable output. Some of this is unavoidable. The portion that is avoidable is the rework caused by missing intake data. A tech who shows up not knowing the source water type or the floor count is filling in those fields from scratch on site.
The peak-and-trough curve
Restoration utilization has a seasonal shape that the annual average hides. In storm months utilization runs at 78% to 86%. In quiet months it can drop to 48% to 55%. The owner who reads the annual number as 65% is averaging two very different operational states. The trough months are where operators lose money on paid techs sitting idle. The peak months are where operators lose customer satisfaction and brand quality from techs running at unsustainable rates.
Managing the curve is the actual operational job. The companies that do it well use the trough months to invest in training, equipment maintenance and preventative outreach. They use the peak months to lean on pre-positioned sub agreements. The companies that do not manage the curve hire too aggressively in the peak and lay off in the trough, and burn cash on both ends.
The 78% benchmark
A target of 78% utilization is achievable for most mid-market restoration companies on an annual basis. The path there involves three operational moves. First, route optimization for drive time, often through a dispatch tool with geographic awareness. Second, schedule tightness, which means building the dispatcher's view so that morning gaps trigger an outbound to the schedule the same day. Third, intake data cleanliness, which removes the paperwork rework on the back end.
Each of these moves is a tooling and discipline investment. None of them require headcount growth. The operators who get serious about utilization land at margins three to seven points higher than peers of the same size, and the gap shows up in the bank account, not the headline revenue.
The lever for the next quarter
If a restoration owner can pick one operational metric to watch for the next quarter, utilization is the answer. Most other improvement levers in restoration come from new revenue or cost cutting. Utilization comes from getting more work out of the people already on payroll. The math compounds quickly because every percentage point flows straight to gross profit. The number is hidden but not hard to surface, and once it is on the dashboard, operators tend not to look away from it.
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