Start from your real baseline
Enter your current timeline in weeks and your team's delivery velocity in days per week — the schedule you already committed to, not a fresh estimate.
MVP FEATURES & SCOPE
Scope-to-Timeline Translator
Estimate the delivery effect of adding, removing, or resequencing features against your current baseline timeline — before you commit to the change.
- Starts from your real baseline, not a from-scratch estimate
- Transparent day-by-day math, no signup required
- Instant result as you edit
Baseline 0 weeks
New estimate 0 weeks
Added 0 days
Removed 0 days
Resequence friction 0 days
Change-by-change effect
How it works
List the scope changes under consideration
Add each feature you are adding, removing, or resequencing, with a rough size in days.
We translate size into schedule impact
Added features add their full size in days. Removed features subtract it. Resequenced features add a 25% friction cost for the context-switching and rework reordering typically causes.
Get a new timeline and a change-by-change breakdown
The total day delta converts to weeks using your velocity, giving a new estimated delivery date alongside your original baseline.
Continue learning: 10 Ways to Speed Up Your MVP Development Timeline · Define MVP scope for a fixed budget
Frequently asked questions
How is this different from the SaaS Timeline Estimator?
The SaaS Timeline Estimator builds a delivery timeline from scratch based on your full scope, dependencies, and capacity. This tool instead takes a timeline you already have and estimates the marginal shift from a specific set of changes to it — useful mid-project, not just at kickoff.
Where does the 25% resequencing friction number come from?
It is a fixed, transparent planning assumption: reordering a feature around dependencies commonly costs a fraction of that feature's own size in re-planning, context-switching, and rework, even though no new functionality is added. Treat it as a rough signal, not a precise cost.
Does this account for dependencies between features?
No. Each change is scored independently. If two features you are changing depend on each other, review them with the Feature Dependency Mapper first, then re-run this translation.
What if my team's velocity varies week to week?
Use a realistic average, not a best-case number. Overly optimistic velocity is the most common reason a translated timeline turns out wrong.
Can I use this before I have a baseline timeline?
Not usefully — this tool needs an existing schedule to translate against. If you are estimating a timeline from zero, use the SaaS Timeline Estimator first, then bring the result here for future scope changes.
Is the output a committed delivery date?
No. It is a planning estimate based on the sizes and velocity you enter. Confirm any date that matters with your delivery team before communicating it externally.
How We Compare
| Feature | MVPHub | Microsoft Excel | Jira |
|---|---|---|---|
| Translates a scope change into a schedule delta | Included | Limited | Limited |
| Transparent, fixed delta formula | Included | Not included | Not included |
| Change-by-change breakdown of the shift | Included | Limited | Included |
| No setup, board, or formula maintenance required | Included | Not included | Not included |
Microsoft Excel can model a custom delta formula if you build and maintain it yourself. Jira can show a shifted sprint/epic schedule once you manually re-estimate and re-order issues. MVPHub applies one fixed, transparent formula instantly from a few inputs.
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