GitHub Copilot provides the most accessible entry point for AI-assisted coding with its $10 Pro plan. For teams requiring more sophisticated agent workflows or premium models, GitHub scales to $39 for Pro+ and $100 for Max. Cursor Teams Standard enters the market at a fixed $40 per seat, positioning it as a direct competitor to GitHub’s mid-tier offering.
From a budget perspective, the financial risk of adoption is low across both platforms. At an average loaded cost of $75 per hour, a $40 seat only needs to save a developer 30 minutes of work per month to break even. The decision for procurement often rests on whether the team requires the specialized environment of Cursor or the tiered scalability within the GitHub ecosystem.
Break-even value per seat
| Plan |
Price / seat / month |
Hours to break even at $50/h |
Hours to break even at $75/h |
Hours to break even at $100/h |
| GitHub Copilot — Pro |
$10 |
0.2 h |
0.1 h |
0.1 h |
| GitHub Copilot — Pro+ |
$39 |
0.8 h |
0.5 h |
0.4 h |
| Cursor — Teams - Standard |
$40 |
0.8 h |
0.5 h |
0.4 h |
| GitHub Copilot — Max |
$100 |
2.0 h |
1.3 h |
1.0 h |
Break-even hours = seat price ÷ loaded hourly cost. Each seat pays for itself once it saves that much verified time per month.
Why do the price points vary so significantly?
The pricing reflects the computational intensity of the tasks the AI performs. GitHub’s $10 Pro plan is built for everyday coding suggestions, while the $100 Max plan is designed for sustained, high-volume agent workflows. Cursor follows a similar structure, offering a $40 Standard team seat while reserving Premium and Ultra features for custom-quoted tiers that handle more complex requirements.
What is the break-even point for these investments?
Financial leaders should evaluate these tools based on the "hours to break even" metric. A $10 Copilot Pro seat pays for itself in just 6 minutes of saved time for a developer costing $100 per hour. Even the most expensive tier, GitHub Copilot Max at $100, reaches a break-even point once it saves a developer one to two hours of labor per month. If the tool cannot verify that level of time reclamation, the seat remains an unjustified expense.
To move beyond anecdotal evidence of productivity, teams use NetLift to measure the actual time saved against historical coding baselines. By calculating the net return based on verified time reclamation, finance leaders can determine if moving a team from a $10 seat to a $100 seat actually results in the 10x productivity gain required to maintain ROI.
Sources
All pricing on this page comes from official vendor pages: