How Much Service Are You Donating?
by Chad Pickard
You built something real.
A team that knows bikes. Customers who trust you with equipment they care about. A service department that keeps people riding. That's not nothing — that's the foundation of a healthy, profitable business.
The only problem is the price tag you put on it.
You're delivering more value than you're capturing.
Think about what your service department actually does. Skilled diagnostics. Complex repairs. Work that requires years of experience, specialized tools, and ongoing training. Work that a customer genuinely cannot do themselves.
And you're charging — what? $80 an hour? $85?
Now think about what your plumber charges. Your electrician. Your HVAC tech. Trades with comparable skill demands are billing $120, $150, $175 an hour without apology — because they understand what their expertise is worth.
Your service department deserves the same confidence.
Here's what the math looks like when you start charging for your actual value.
A realistic shop operates at about 50% billing efficiency — productive, billable time against total clock hours. That's not a failure; that's the reality of running a service floor with walk-ins, parts sourcing, and customer communication built in. (Source: NBDA Cost of Doing Business Report)
At $85/hour posted, your recovered revenue per clock hour is $42.50. After mechanic wages — around $20/hour at the national retail average (Source: ZipRecruiter, 2026), loaded to roughly $25.50 with taxes and benefits — and a fair share of shop overhead, you're keeping about $4 per labor hour.
Now watch what happens when you move the rate to $100:
At $85/hrAt $100/hrRevenue recovered (50% efficiency)$42.50$50.00Mechanic wage (loaded)−$25.50−$25.50Overhead allocation−$13.00−$13.00What you keep$4.00$11.50
That's not a small improvement. That's nearly three times the margin on every hour your team works — without adding a single customer, hiring another tech, or expanding your floor.
The work is already happening. You're just finally getting paid for it.
A rate increase doesn't cost you the customers worth keeping.
Here's what the math also shows: at an 18% rate increase, you can lose 15% of your service volume and still break even on revenue. In practice, most shops lose far fewer customers than that.
The ones who leave over a $15/hour increase? They were your most price-sensitive customers — the ones most likely to haggle, least likely to approve additional work, and most likely to bring in bikes that take twice as long as the ticket allows.
The customers who stay are your best customers. They value expertise. They're bringing in e-bikes, high-end builds, bikes they actually care about. A higher rate doesn't just improve your margin — it naturally draws your service department toward the work and the customers that make this business rewarding.
Fewer headaches. Better work. Stronger margin. That's the outcome of charging what you're worth.
You already have everything you need to make this move.
The skills are there. The reputation is there. The customer relationships are there.
The only thing standing between your service department and real profitability is a number on your rate card — and the decision to change it.
But here's what most shops discover after they raise the rate: the money gets better, and a new set of questions surfaces. Questions about consistency, efficiency, and whether the operation underneath the rate is built to capture what the rate makes possible.
That's exactly what we'll dig into next. I’ll post Part 2 later this week.
Before you get there — let's talk about your numbers specifically.
Not industry averages. Not hypotheticals. Your rate, your wages, your overhead, your service volume.
Because the math in this piece is directional. The conversation with me is personal — built around your shop, your department, and what it would actually take to move your margin from where it is to where it should be.
That conversation starts with one call.
Figures sourced from NBDA Cost of Doing Business Report and ZipRecruiter national averages, 2025–2026.