The residential field service benchmark is $150,000-250,000 in annual revenue per technician. Top-performing operations in high-ticket trades reach $300,000+ per tech. Commercial service runs higher at $200,000-400,000 per technician annually. The primary drivers of variance: average ticket size, trade type, geographic market, and how much upsell/maintenance agreement conversion the tech drives.
Revenue-per-tech is one of the most useful metrics for benchmarking operational efficiency. It rolls up multiple variables — utilization rate, average ticket, jobs per day, and close rate on additional work — into a single number that reflects overall productivity.
Revenue Per Technician Benchmarks by Trade
| Trade | Residential | Commercial | Top Performer |
|---|---|---|---|
| HVAC | $175K-250K | $225K-375K | $350K+ |
| Plumbing | $150K-225K | $200K-350K | $300K+ |
| Electrical | $150K-200K | $250K-400K | $320K+ |
| Appliance repair | $100K-150K | N/A | $175K+ |
| Pest control | $80K-130K | $120K-200K | $175K+ |
Lower-ticket trades (appliance repair, pest control) produce lower revenue-per-tech not because technicians are less productive, but because average job values are structurally lower.
What Drives Revenue Per Technician Up
Average ticket size is the biggest lever. A tech completing 5 jobs per day at $400 average generates $2,000/day vs. $1,250 for the same 5 jobs at $250 average. Ticket size increases through:
- Maintenance agreement upsells (recurring revenue attached to service calls)
- Equipment replacement presentations (identifying aging systems proactively)
- Accessory and add-on sales (air quality products, surge protectors, drain guards)
Utilization rate — a tech at 80% billable vs. 65% billable, all else equal, generates 23% more revenue. Route optimization and reduced admin time are the primary efficiency levers here.
First-time fix rate — return visits consume time without adding proportional revenue. A tech with 90% FTFR generates more revenue in the same hours than one at 75%.
Market pricing — a $150/hr market generates structurally higher revenue per tech than an $85/hr market regardless of job volume.
The Team Structure Math
Use revenue-per-tech to evaluate when to hire. If your current team is running at or above $250K/tech and demand is still unmet (calls going unanswered, booking 3+ weeks out), adding a technician has clear positive ROI.
If revenue-per-tech is below $150K, the problem is usually operational (routing, utilization, job mix) before it's a hiring problem. Adding a tech at low utilization rates adds cost without proportional revenue.
Revenue Per Tech vs. Gross Margin Per Tech
Revenue-per-tech is a top-line metric. The more important business metric is gross margin per tech — revenue minus direct costs (parts, truck, supplies, tech compensation). For most residential service, gross margin per tech runs 40-60% of revenue, or $70K-150K gross margin per technician annually.
Labor cost is typically the largest variable — a tech earning $65K/year generating $175K in revenue produces $110K gross before overhead, a healthy 63% margin. The same tech generating only $120K produces $55K gross — a significantly weaker business.
FAQ
How do I increase revenue per technician without burning them out?
Focus on average ticket rather than job volume. Training techs to present maintenance agreements, identify replacement opportunities, and recommend relevant add-ons during every visit increases revenue without adding jobs to their day. A tech who converts 20% of service calls to maintenance agreements adds $1,500-3,000 in annual recurring revenue per conversion — compounding over time.
Should I track revenue per technician publicly within the team?
With caution. Transparent leaderboards motivate some technicians and demoralize others. If you use ranking-based metrics, ensure everyone understands what drives the numbers (job mix, geography, market) and that low-ranking techs aren't being set up to fail by suboptimal routing or job assignment.
See how technician utilization rate connects to revenue performance, or learn how many jobs per day are realistic by trade.