Pipeline Velocity Equation Engine
Turn deals, win rate, ACV and cycle length into revenue per day.
You're generating about $9,000/day of won revenue. Cutting cycle length is the most under-used lever here, it's a divisor, so shaving 10 days lifts velocity as much as adding deals or raising ACV.
Velocity = (opportunities × win rate × deal value) ÷ cycle length. Each input is a lever; the cycle length is the one most teams ignore.
About this calculator
Pipeline velocity is the one RevOps formula that turns four separate metrics, deal count, win rate, deal size, cycle length, into a single number: how much revenue your pipeline generates per day. It's useful precisely because it's a ratio, it tells you which lever to pull rather than just how much pipeline you have sitting open.
How to use it
- Enter open opportunities, the count of active deals in your pipeline right now.
- Enter win rate, the share of those opportunities that historically close won.
- Enter average deal value (ACV) for the segment you're modeling.
- Enter sales cycle length in days, the average time from opportunity creation to close.
- Read velocity per day, per month, and per quarter, plus deals won per cycle.
Methodology
Velocity per day is (open opportunities × win rate × average deal value) ÷ sales cycle length, the classic pipeline velocity equation. Per-month and per-quarter figures simply multiply the daily rate by 30 and 90.
Deals won per cycle is opportunities × win rate, a secondary output showing raw deal count independent of dollar value or time.
Because cycle length sits in the denominator, shortening it lifts velocity by the same proportion as growing the numerator, cutting a 60-day cycle to 50 days raises velocity about 20%, the same effect as adding 20% more opportunities or ACV. Most teams under-invest in cycle-length work relative to lead generation, even though it moves the same number.
This is a rate calculation, not a forecast, it assumes the win rate, ACV and cycle length you enter are representative of the pipeline going forward, not just a historical average that may already be shifting.
FAQ
Whichever one moves fastest relative to its current value. Since all four inputs multiply or divide linearly into velocity, a 10% improvement in any one produces roughly the same 10% lift, so the fastest win is the input you can realistically move furthest, and cycle length is usually the most under-worked of the four.
Yes, if enterprise and SMB deals differ meaningfully in win rate, ACV or cycle length, blending them into one velocity number can hide which segment is actually improving or degrading. Run the calculator separately per segment where volumes justify it.
It reflects throughput, not profitability, a team could raise velocity by discounting to close faster at lower ACV, which the formula would show as flat or improved even though margin fell. Read velocity alongside margin, not as a standalone health metric.