The YouTube Shorts Revenue Estimator projects earnings from short-form video views using a creator-selected revenue per thousand views (RPM). It is designed for creators, agencies, and channel managers who need a fast scenario estimate rather than a promise of platform payout.
Shorts revenue can vary widely with viewer location, music usage, advertiser demand, seasonality, and the creator's share of the Shorts revenue pool. Use the estimate to compare traffic scenarios, set publishing targets, or test how a higher RPM would affect monthly revenue.
1. Enter total views
Use the number of eligible Shorts views expected during the projection period.
2. Set an RPM assumption
Enter estimated creator revenue for every 1,000 views. Use your channel analytics when available.
3. Choose the period
Specify how many months the entered views cover.
4. Review the estimate
Compare total, monthly, per-view, and annualized figures. Adjust RPM to model a range.
RPM means revenue per 1,000 views after the creator’s applicable share. The model assumes the same RPM across all entered views and does not separately model music licensing, geography, invalid traffic, or tax.
The main result is the projected creator revenue for the entered views and RPM assumption.
Actual Shorts payouts can differ materially from this estimate.
Given: 2,500,000 views over 2 months and a $0.07 RPM.
Calculation: (2,500,000 ÷ 1,000) × $0.07 = $175. Average monthly revenue = $175 ÷ 2 = $87.50.
Result: Estimated revenue is $175, or about $87.50 per month.
Shorts and long-form videos use different monetization mechanics and often produce very different revenue per thousand views. Use a Shorts-specific value from your own analytics when possible.
Use eligible views that are reasonably expected to participate in monetization. If you only know total views, treat the result as a broader scenario estimate.
No. It estimates platform ad-related revenue only from the RPM entered.
Yes. A zero RPM models views that generate no creator revenue.
Run the calculator with a conservative, expected, and optimistic RPM while keeping views constant.