What makes this page different

Every number below can be reproduced with the Somez AI pricing formula. We publish the assumptions, show how the quote changes when one variable moves, and avoid presenting model outputs as market-rate evidence.

Base assumptions for the benchmark table: one included revision round, $20 allocated software cost, no other direct costs, 10% risk buffer, and a 20% target profit margin. Revision allowance reserves 10% of delivery hours.

Project quote benchmark table

The table isolates two variables—delivery hours and target hourly labor value—while keeping the other assumptions constant.

$25/hour labor value
5 hrs: $217
10 hrs: $406
20 hrs: $784
40 hrs: $1,540
$40/hour labor value
5 hrs: $330
10 hrs: $632
20 hrs: $1,238
40 hrs: $2,448
$60/hour labor value
5 hrs: $481
10 hrs: $935
20 hrs: $1,843
40 hrs: $3,658
How to read it
These are model-generated recommended quotes after revision time, $20 software cost, risk allowance, and target margin. They are not evidence that a client will pay these prices.

The published formula

Revision hours = delivery hours × 10% × included revision rounds.
Cost base = (delivery hours + revision hours) × target hourly rate + software costs + other direct costs.
Risk-adjusted cost = cost base × (1 + risk buffer).
Recommended quote = risk-adjusted cost ÷ (1 − target profit margin).

This distinction matters because profit margin and markup are not the same. Dividing by 1 − margin keeps the selected margin inside the final quote.

Three worked project cases

Starter project
5 delivery hours · $30/hr labor value · 1 revision · $20 tools · 10% risk · 20% margin.
Model quote: about $254.
Useful for a small, tightly scoped deliverable.
Standard project
20 delivery hours · $50/hr labor value · 1 revision · $20 tools · 10% risk · 20% margin.
Model quote: about $1,540.
Useful for a defined implementation or multi-asset package.
Higher-responsibility project
20 delivery hours · $75/hr labor value · 1 revision · $20 tools · 10% risk · 20% margin.
Model quote: about $2,296.
The higher labor value must be supported by stronger expertise, responsibility, proof, or business value.
Important limitation
The model does not know buyer budget, market demand, tax, platform fees, urgency, usage rights, local purchasing power, or whether your expertise justifies the selected labor value.

Which variables move the quote most?

  • Delivery hours: usually the biggest driver for labor-heavy work. Underestimating hours causes the model to underprice the project.
  • Target hourly labor value: raises the cost base directly. It should reflect the value of your labor, not a made-up market claim.
  • Revision rounds: each included round reserves 10% of delivery hours in the current model.
  • Risk buffer: useful when scope, data quality, dependencies, approvals, or technical uncertainty can create overruns.
  • Profit margin: changes the final quote non-linearly because margin is calculated inside the selling price.

Margin sensitivity example

For the same project, increasing target margin changes the quote even when labor and costs stay unchanged. This is why a sustainable price should separate the cost floor from the commercial target.

Example: if the risk-adjusted project cost is $800, a 10% target margin implies about $889; 20% implies $1,000; 30% implies about $1,143. The underlying work did not change—the commercial margin target did.

How to use these benchmarks responsibly

  1. Start with your own measured delivery time instead of copying a scenario.
  2. Use a labor value you can defend from your skill, capacity, and alternatives.
  3. Add real tool and contractor costs.
  4. Increase risk only when a real source of uncertainty exists.
  5. Compare the calculated quote with client value and market context.
  6. Reduce scope before pricing below a sustainable floor.

Why we do not call these “market rates”

Public rate lists often mix different countries, experience levels, service scopes, client sizes, deliverables, rights, and business models. A single average can look precise while hiding those differences. Somez AI therefore labels this page as a planning benchmark: a consistent calculation framework that helps you understand how pricing variables interact.

Calculate your own scenario

The benchmark is useful for comparison, but your quote should come from your own project inputs. Use the calculator to change hours, rate, costs, revisions, risk, and margin and compare the result with the scenarios above.

Methodology note

All benchmark values on this page were generated from the published Somez AI pricing formula using the stated assumptions. They are educational planning examples, not survey results, income guarantees, or claims about prevailing market prices.

For model selection, read AI Service Pricing Models Compared. For a complete pricing workflow, read How to Price AI Services.