Free Tool

Cold Email ROI Calculator

See the full unit economics of your cold email program — from send to closed deal. Know your real CAC and how it compares to your industry.

Your Business Context

This unlocks industry benchmarks and makes the CAC:ACV ratio meaningful.

$30,000
3 months

Your Cold Email Program

Enter your actual numbers. Default values are 2026 medians.

5,000
$500
$6,000
60%

Funnel rates

3%
25%
30%
15%

Your Cold Email Funnel

Sent
5,000
Replies
150
Meetings
38
Opps
11
Customers
2

CAC : ACV Ratio

0.5x

Healthy unit economics

Cost per customer

$15,000

Monthly budget

$4,100

0x0.33x Healthy0.75x Marginal1.0x Break-even1.5x+

Your Numbers vs. Industry Benchmarks

Metric Your Numbers Industry Median vs. Median

What If You Reallocated?

Frequently Asked Questions

How accurate is this cold email ROI calculator?

This calculator uses 2026 industry benchmarks from Snov.io, Instantly.ai, Lavender Labs (116M emails), and Bridge Group. The output is only as accurate as your inputs - use real numbers from your CRM and finance team. The full-funnel view (reply → meeting → opportunity → customer) gives you a more honest picture than cost-per-meeting alone.

What's the average cost per meeting from cold email?

Based on 2026 data, average fully-loaded cost per meeting from cold email ranges from $800-$2,500 depending on industry and setup. But cost per meeting is a vanity metric - what matters is cost per customer relative to your deal size (CAC:ACV ratio). A $1,500 meeting is great if your ACV is $100K, terrible if it's $10K.

What is CAC:ACV ratio and why does it matter?

CAC:ACV ratio compares your Customer Acquisition Cost to your Average Contract Value. Below 0.33x is healthy (you spend $1 to earn $3+). Between 0.33-0.75x is marginal. Above 0.75x means you're spending more to acquire customers than the revenue justifies. Most cold email programs land in the 0.5-1.5x range when fully loaded.

The Math Doesn't Lie

When you see the full funnel, it's obvious where to reinvest. Most teams are optimizing copy when they should be optimizing the system.