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Free sprint velocity and capacity calculator for engineering teams. Estimate realistic sprint commitment using team size, availability, meetings, leave, and interruption factors from our programming operations tools.
Last updated: April 14, 2026
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Predicted Velocity
38.3 pts
Recommended Commitment
34.5 pts
Team Capacity
383.0 hrs
Utilization
59.8%
Key metric
Predicted points
Combines baseline velocity with real availability factors.
Capacity
Team hours
Accounts for leave, meetings, and context-switch loss.
Planning support
Recommended points
Helps teams avoid overcommitment and spillover.
Signal
Low / Medium / High
Flags fragile plans before sprint kickoff.
Inputs
People + process
Uses operational variables from real team workflows.
Outcome
Predictability
Better sprint planning improves release forecasting.
For 8 engineers in a 2-week sprint with realistic constraints:
Predicted Velocity
Adjusted points
Commitment Target
Buffered points
The calculator converts staffing and availability assumptions into effective sprint hours, then scales historical velocity to a realistic point forecast. A commitment buffer is applied to reduce delivery risk.
productive-hours = (sprint-time - leave - meetings) × availability × focus-factorpredicted-velocity = baseline-velocity × productive-time-ratiorecommended-commitment = predicted-velocity × safety-bufferRecalibrate assumptions sprint-over-sprint using actual delivery outcomes.
Agile predictability improves when planning reflects true team capacity instead of nominal sprint length. Accounting for meetings, leave, and interruptions makes commitment decisions more reliable.
Pair this with our technical debt cost calculator and scaling cost calculator for planning both team output and investment priorities.
Get Custom Developer Tool for Your PlatformResult: Capacity-based commitment improves sprint reliability.
Calibrate assumptions each sprint with completed-point outcomes.
Share it with Scrum masters, engineering managers, and product teams
Suggested hashtags: #Agile #Scrum #SprintPlanning #Velocity #EngineeringManagement