Sales Ramp-Time Calculator
Enter your average deal cycle, quota, and onboarding structure to see how many months until a new rep hits full productivity, plus a stage-by-stage diagnostic for exactly where your ramp is bloated.
What's inside
- The 5 inputs you need
- Full ramp-time formula, broken into 3 components
- Fully worked example
- Standard quota-attainment ramp curve (fill-in table)
- Ramp-stage benchmark ranges by deal complexity
- Ramp Bloat Diagnostic worksheet
- Cost-of-bloated-ramp formula
Two questions this answers: (1) how many months should it realistically take a new rep to reach full quota-carrying productivity, and (2) which stage of your current onboarding is padding that number beyond what it should be.
Step 1 — Gather your 5 inputs
| # | Input | Your number |
|---|---|---|
| 1 | Structured onboarding length (weeks) — classroom + product training before any live selling | |
| 2 | Average sales-cycle length (days), first touch to close | |
| 3 | Pipeline coverage ratio your team requires (industry standard: 3–4x quota in open pipeline) | |
| 4 | Certification / admin buffer (weeks between onboarding end and full solo clearance) | |
| 5 | Annual quota ($) and average deal size / ACV — used only for the bloat-cost calc in Step 4 |
Step 2 — Ramp-time formula
``` Months to first qualified pipeline = (Onboarding weeks ÷ 4.33) + (Avg sales-cycle days ÷ 30)
Months to full pipeline coverage = (Pipeline coverage ratio − 1) × (Avg sales-cycle days ÷ 30)
Certification / admin buffer (months) = Buffer weeks ÷ 4.33
Total ramp time (months to full productivity) = Months to first qualified pipeline
- Months to full pipeline coverage
- Certification / admin buffer
```
Worked example — 4-week onboarding, 60-day sales cycle, 3x pipeline coverage required, 1-week certification buffer:
``` Months to first qualified pipeline = (4 ÷ 4.33) + (60 ÷ 30) = 0.92 + 2.00 = 2.92 Months to full pipeline coverage = (3 − 1) × (60 ÷ 30) = 2 × 2.00 = 4.00 Certification / admin buffer = 1 ÷ 4.33 = 0.23
Total ramp time ≈ 2.92 + 4.00 + 0.23 = 7.15 months ```
This rep should be a fully-loaded, full-quota contributor by roughly month 7 — not month 3, and not month 12. If your actual data says otherwise in either direction, go to the diagnostic below before you change the number.
Step 3 — Standard quota-attainment ramp curve
Use this to set realistic monthly quota expectations rather than treating month 1 and month 7 the same:
| Month | % of full quota expected |
|---|---|
| 1–2 | 0% (onboarding + first pipeline build) |
| 3 | 25% |
| 4 | 50% |
| 5 | 75% |
| 6 | 90% |
| 7+ | 100% |
Adjust the curve to match the "Total ramp time" you calculated above — if your total came out to 5 months instead of 7, compress the curve proportionally rather than leaving it generic.
Step 4 — Ramp Bloat Diagnostic
Benchmark ranges below are typical; complex/enterprise motions run longer than SMB/transactional ones. Fill in your actual durations and flag anything that exceeds the range.
| Stage | Benchmark range (SMB/transactional) | Benchmark range (mid-market/enterprise) | Your actual | Bloat? |
|---|---|---|---|---|
| Classroom / product training | 1–2 weeks | 3–6 weeks | ||
| Shadowing | 1–2 weeks | 2–4 weeks | ||
| Certification exam sat by | Day 21–30 | Day 30–45 | ||
| Supervised solo (training wheels on) | 30 days | 30–60 days | ||
| Full solo / full pipeline ownership | By day 60 | By day 90–120 |
How to use this table: whichever stage shows the largest gap between benchmark and actual is where you'll get the most ramp-time back for the least effort. It is very rarely "the product is too complicated" — it's almost always an unclear certification gate, shadowing with no structured debrief, or a manager who hasn't been told when to cut the training wheels.
Step 5 — Cost of a bloated ramp
`` Cost of bloated ramp = Extra ramp months × (Fully-loaded annual comp ÷ 12) × (1 − Average ramp-period productivity %) ``
Worked example — 2 extra months of bloat, $90,000 fully-loaded comp, rep averaging 30% productivity during the bloated months:
`` Cost = 2 × ($90,000 ÷ 12) × (1 − 30%) = 2 × $7,500 × 70% = $10,500 per rep ``
Multiply by the number of reps hired per year to see the annualized cost of leaving the bloat in place — this is the number to bring to whoever owns the onboarding budget when proposing a fix.
How to use it
Plug your numbers into the 3-part formula for a baseline ramp estimate, then run the Ramp Bloat Diagnostic against your actual onboarding stage durations to find which single stage is costing you the most months.