Pricing & Cost Accounting

How to price HVAC jobs so they actually make money — and where the money disappears when they don't.

The Core Problem

A common pattern in HVAC: revenue is growing but profit is flat. The problem usually isn't volume — it's leakage. Money comes in through service calls, installs, and agreements, then drains out through dozens of small holes that individually look minor but collectively cost 15–30% of potential profit.

The industry average EBITDA margin is roughly 3%. Top-quartile operators run 12–15%. The gap isn't talent or market — it's leakage.

Know Your Loaded Labor Rate

The single most common pricing error in HVAC: using a tech's hourly wage as the labor cost. A tech making $30/hour actually costs $42–$45/hour loaded — taxes, benefits, workers' comp, tools, phone, uniform. This multiplier is typically 1.4–1.6× the base wage and excludes vehicle costs (which add another 0.1–0.2×).

Pricing at $30 instead of $45 means every hour of labor is underpriced by $12–$15. Across 1,500 billable hours/year, that's $18,000–$22,500 of unrecovered cost per tech.

Sources: Profitability Partners, BDR, NCCI Code 5537 (FL 2026 rates)

Build a Flat-Rate Price Book

Quoting by gut means every tech gives a different price for the same job. A flat-rate price book standardizes pricing across your team and ensures every job recovers its actual cost plus target margin.

Know your overhead rate first

Before you can price a job, you need to know what overhead costs per billable hour:

Example: $480,000 annual overhead ÷ 8,000 billable hours = $60/hr overhead allocation. A 4-tech-hour job carries $240 in overhead — that's what it costs to keep the lights on, the trucks rolling, and the office staffed for those 4 hours.

Source: ACCA, Profitability Partners

The pricing formulas

Two ways to get to the same number — markup and margin. Contractors commonly confuse these.

Example (margin method): Job costs $3,600 all-in. Target 25% margin. $3,600 ÷ (1 − 0.25) = $4,800 price.

The difference matters: 25% markup on $3,600 = $4,500. 25% margin on $3,600 = $4,800. If you say "25% profit" but use markup math, you're leaving $300 on the table per job.

Update the price book quarterly — material costs have risen 12–18% since 2023. A price book that hasn't been updated in 12+ months means selling at yesterday's material cost.

Margin targets by job type

Material markup ranges

Source: FieldCamp, Oryx-Horn (2026)

Flat-rate vs T&M: same job, different outcome

A capacitor replacement — same parts, same labor, same customer:

That's +$128 per job. At 10 calls/day, flat-rate pricing adds roughly $330K/year in revenue from the same work volume.

Source: FieldCamp (2026)

Good / Better / Best options

Presenting three options reframes the customer's decision from "should I hire this person?" to "which option fits my situation?" Research shows 30–40% choose the middle option, and 15–20% select premium — neither of which existed without tiered pricing.

Example — AC repair:

Source: FieldCamp (2026)

Common margin errors

Average job prices (2026 benchmarks)

Sources: FieldCamp, Housecall Pro, PipelineOn (2026 pricing guides)

Hourly rate benchmarks

Sources: FieldCamp, Housecall Pro 2026 Pricing Guide

Real-world install example

A 3-Ton Carrier residential install at $6,800 — line by line:

This is what a profitable install looks like when you track every cost. Without overhead allocation, this job appears more profitable than $2,731 — that gap is the difference between profit on paper and profit in the bank.

Source: Oryx-Horn (2026 job costing guide)

Where the Money Disappears

Ten categories of profit leaks, ranked by typical annual cost for a $2M company:

Sources: ACHR News, ACCA, FieldEdge, Built on Tenth, Profitability Partners, ServiceTitan

Start here (quick wins)

Material audits, call tracking, agreement repricing, overhead recalculation, collect-at-completion policy. Each takes a day or less to implement and starts recovering money immediately.

Then fix pricing

Build or update the price book with loaded labor rate and current material costs. Highest-impact fix but requires more upfront work.

Then change behavior

Train techs on options presentation, implement callback root-cause tracking, improve dispatching. These are behavior changes that take 60–90 days to show results.

How to Find Your Leaks: The 5-Step Audit

Don't try to fix everything at once. Run this audit in order — each step takes 2–4 hours, and the first three usually find the biggest problems.

Step 1: The 20-job audit

Pull 20 recent completed jobs (mix of service, repair, install). For each one, calculate actual burdened labor cost (hours × loaded rate, including drive time), actual material cost (what was purchased, not quoted), and overhead allocation. Compare total actual cost to what was invoiced. If more than 5 of 20 jobs show actual margin 5+ points below target, you have a pricing or cost-tracking problem.

Step 2: The time audit

Pick one week. Track every tech's hours by category: billable service/repair, billable install, drive time, callback/warranty, shop/warehouse, admin/paperwork, idle/waiting. Calculate utilization rate (billable ÷ paid). Target: 70%+. Below 65% = leaking time.

Step 3: The material reconciliation

Compare materials purchased (supply house invoices) to materials billed to jobs (from your invoicing system) over the last quarter. The gap is your shrinkage rate. Over 5% = needs investigation.

Step 4: The callback review

Pull all callbacks from the last 90 days. Categorize by root cause: tech error, parts failure, customer education (normal operation perceived as problem), unrelated new issue (miscategorized — not actually a callback). Track by tech. If one tech drives more than 30% of callbacks, it's a training issue, not a company problem.

Step 5: The agreement audit

Calculate cost to deliver each agreement tier vs. what you charge. Factor in: actual visit time (not scheduled — actual), drive time, parts/consumables used, admin/scheduling cost, overhead allocation. If any tier costs more to deliver than it charges, that tier is losing money.

Break-Even: How Many Billable Hours Cover Your Overhead

Every service business has a break-even point in billable hours — the minimum your team must bill before you cover overhead.

Example: 5-tech company, $40K/month overhead, $85/hr effective billing rate, $45/hr loaded labor.

$40,000 ÷ ($85 − $45) = $40,000 ÷ $40 = 1,000 billable hours/month minimum

With 5 techs × 22 working days × 6 billable hours/day = 660 hours. That's only 66% of break-even. You need all 5 techs billing at 6+ hours/day, every day, plus utilization improvements or higher effective rates.

Sources: FieldCamp, ServiceTitan, Contracting Business