Revenue per Technician: The KPI That's Meaningless Without Its Chain
The field-service north star hides a chain — billable hours times rate per billable hour. Read the chain and the number tells you whether to fix pricing, routing or headcount.
Revenue per technician is the most quoted number in field service and the most misread. Quoted alone, it invites one answer — sell more — when the number is actually the product of two very different levers that get fixed in completely different ways.
The chain
- Revenue per tech = annual revenue ÷ technicians
- Billable hours per tech = weeks × hours/week × utilization
- Revenue per billable hour = annual revenue ÷ (techs × billable hours)
- Revenue per tech = billable hours × revenue per billable hour
A two-tech shop billing $420,000 shows $210,000 per tech. Behind it: 1,248 billable hours each (48 weeks × 40 hours × 65% utilization) and $168.27 per billable hour. The decomposition is the diagnosis — the same $210,000 at 50% utilization would mean $258.50 per hour, and the conversation shifts from 'sell more' to 'why is a third of the paid week not selling'.
| Shop A | Shop B | |
|---|---|---|
| Revenue per tech | $210,000 | $210,000 |
| Utilization | 65% | 50% |
| Billable hours | 1,248 | 960 |
| Revenue per billable hour | $168.27 | $218.75 |
| The conversation | Routing and quoting efficiency | Pricing headroom is already there |
Per tech or per truck?
Track both, because they diverge usefully. Per-tech measures how hard your people work and price; per-truck measures how hard your assets work. Two techs sharing a van, or a truck idle with no tech, makes the two numbers disagree — and the disagreement points at scheduling problems either number alone would bury.
The hiring trap
The KPI falls before it rises when you hire: a new tech's first months carry training, slower pacing and a partially filled schedule, all divided into the average. Hiring into flat demand makes the number worse for two quarters and possibly forever. The demand that justifies the hire should be visible first — a maintenance agreement program is the cleanest way to make it visible.
Run the chain with the revenue per technician calculator →
Frequently asked questions
What is a good revenue per technician?
Published benchmarks put residential HVAC around $150,000–250,000 per tech a year and plumbing somewhat lower — but business mix makes cross-shop comparison noisy. The number that matters is the one your own required margin demands, computed from your overhead and income goals.
Why track revenue per billable hour alongside it?
Two shops can show identical revenue per tech while one earns $95 per billable hour and the other $140. The per-hour figure separates the causes: a low rate is a pricing conversation, low utilization is a routing and quoting conversation.
How do I raise revenue per technician?
Through the chain: higher rate per billable hour (pricing and job mix), higher utilization (denser routing, faster quoting), or more demand per tech (maintenance agreements filling slow months). Hiring more techs into flat demand lowers the number before it raises it.
Tools for this
Ready to run the numbers?
Open the Revenue per Technician Calculator and apply this guide with your own figures.
Open the Revenue per Technician Calculator →