Sprint Planning
What is Sprint Planning?
Sprint Planning is the Scrum event that starts each Sprint, in which the team agrees a Sprint Goal, selects backlog items it can complete and plans how it will deliver them.
Updated November 2026 · 5 min read
A Sprint without a clear plan tends to drift. The team picks up whatever seems urgent, stakeholders are unsure what to expect, and at the end it is hard to say whether the Sprint succeeded. Sprint Planning gives each Sprint a starting point. The whole Scrum team comes together to agree why the coming Sprint matters, what it will deliver and how the work will get done. The result is a Sprint Goal that explains the purpose of the Sprint and a Sprint Backlog that shows the selected items and the first steps toward them. Everyone leaves with a shared understanding of what success looks like at the end of the Sprint.
Sprint Planning is one of the five events defined in the Scrum Guide, timeboxed to a maximum of eight hours for a one-month Sprint and usually shorter for shorter Sprints. The 2020 version of the guide frames it around three topics: why the Sprint is valuable, what can be done and how the chosen work will be done. In SAFe, a similar event is called iteration planning. For developers, product owners and Scrum Masters, Sprint Planning is where priorities turn into a realistic commitment.
Definition of Sprint Planning
Sprint Planning is a timeboxed Scrum event in which the Scrum Team collaboratively defines a Sprint Goal, selects Product Backlog items to work on during the Sprint and creates a plan for delivering them, producing the Sprint Backlog.
It is the first of the agile ceremonies in each Scrum Sprint, draws on the product backlog and produces a sprint goal.
The Three Topics
Why is this Sprint valuable? The Product Owner proposes how the product could increase its value, and the whole team defines a Sprint Goal that communicates why the Sprint is worth doing.
What can be done this Sprint? The Developers select items from the Product Backlog, informed by their past performance, upcoming capacity and the Definition of Done.
How will the chosen work get done? The Developers plan the work needed to turn each selected item into a done increment, often breaking items into smaller tasks of a day or less.
Inputs and Outputs
Inputs include a refined, ordered Product Backlog, the team's capacity for the Sprint, its recent performance and the latest product increment.
The main output is the Sprint Backlog, which combines the Sprint Goal, the selected items and the plan for delivering them.
The Sprint Goal stays fixed during the Sprint, while the detailed plan can change as the team learns. If the Sprint Goal becomes obsolete, the Product Owner can cancel the Sprint, though this should be rare.
Importance of Sprint Planning in Delivery and Engineering Operations
Sprint Planning creates shared purpose. A clear Sprint Goal helps the team make trade-offs during the Sprint and tells stakeholders what to expect.
It matches commitments to capacity. Planning based on actual capacity and past performance reduces overcommitment and the stress that comes with it.
It also surfaces problems early. Discussing how the work will be done exposes unclear requirements, missing skills and dependencies before they cause delays. It gives stakeholders a clear point of influence. Priorities agreed at planning are protected for the Sprint, reducing disruptive changes mid-Sprint.
Sprint Planning and Financial Management
Choosing the most valuable items for each Sprint directs the team's capacity, and the budget behind it, toward the highest priorities.
Realistic commitments reduce the cost of carryover work and missed expectations.
Planning time is an investment. Too little planning leads to rework and confusion, while too much becomes overhead that delays delivery. Teams that keep the backlog refined between Sprints usually need much less time in planning itself.
Sprint Goals tied to business outcomes make it easier to link team spending to results.
Common Challenges
Backlogs that have not been refined lead to long, frustrating planning sessions spent clarifying requirements.
Teams often overcommit under pressure, then carry unfinished work from Sprint to Sprint.
Sprint Goals are frequently skipped or written as lists of items, losing the shared purpose that helps the team focus. Planning can be dominated by one or two voices, often the Product Owner or a senior developer, leaving others less committed to the plan.
How to Run Effective Sprint Planning
Running effective Sprint Planning involves preparing a refined backlog, confirming capacity, setting a meaningful goal, selecting a realistic set of items and planning the first steps.
Most of the hard thinking about requirements should happen in backlog refinement beforehand, so planning can focus on commitment and approach.
Preparing
Refine the top of the backlog in the days before planning, so items are small, understood and estimated, ideally meeting a definition of ready.
Confirm capacity, accounting for holidays, support duties and other commitments. Use the team's recent completed work as the starting point, adjusted for any known changes such as a new team member.
Have the Product Owner come with a proposed objective for the Sprint and a clear view of priorities. Review the results and feedback from the previous Sprint Review, so the plan reflects what was just learned.
Running the Session
Agree on the Sprint Goal first, then select items that support it, rather than picking items and inventing a goal afterward. Make sure the Developers, not the Product Owner or a manager, decide how much work they can take on, since they are the ones who will do it.
Use past throughput or story points as a guide, not a target, and leave some capacity for unplanned work. Before closing, check that the plan fits within the team's real capacity.
Plan the first few days in detail and leave later work less defined, since the plan will change as the team learns. Check dependencies on other teams before committing, and agree on how they will be handled.
Examples of Sprint Planning in Practice
The examples below show Sprint Planning in practice.
Both use illustrative figures. The first fixes chronic overcommitment, and the second shortens long planning sessions.
In each, better preparation and focus improved the Sprint.
Fixing Overcommitment
A team regularly commits to about 40 points of work and completes about 26, carrying the rest forward.
The team starts planning from its average completed work over the last three Sprints and reserves 15% of capacity for support requests.
Within three Sprints, it consistently completes what it commits to, and stakeholders begin trusting its forecasts. Team members also report less stress at the end of each Sprint.
Shortening Planning Sessions
A team's Sprint Planning regularly takes five hours, mostly spent clarifying unclear items.
The team adds a one-hour refinement session mid-Sprint and agrees that items must have acceptance criteria before planning.
Planning drops to 90 minutes, and fewer items are blocked during the Sprint by missing information.
Conclusion
Sprint Planning is the Scrum event that starts each Sprint, in which the team agrees a Sprint Goal, selects backlog items and plans how to deliver them. It addresses why the Sprint is valuable, what can be done and how it will be done.
In delivery and engineering operations, Sprint Planning creates shared purpose, matches commitments to capacity and surfaces problems early. Refining the backlog beforehand, confirming capacity, setting the goal first, planning from real performance and leaving room for the unexpected help teams start every Sprint well.
Related terms
Agile Ceremonies
The recurring meetings agile teams use to plan, sync, review and improve.
Scrum
An agile framework of short Sprints, three roles and regular inspection.
Story Points
A relative measure of the size of work, used instead of hours.
Sprint Retrospective
The end-of-Sprint meeting where the team agrees how to work better.