Cap Rate Calculator
Calculate the cap rate of a property by dividing annual net operating income by the price. Evaluate the return on real estate investments.
Cap Rate
—
Cap Rate: pricing real estate by income
The capitalization rate tells you the unlevered annual yield of a property: Cap Rate = NOI / property price × 100%. NOI (Net Operating Income) is what's left when you take annual rental revenue and subtract operating expenses like property tax, insurance, maintenance, management and condo fees. The key detail is that this happens before mortgage interest and income tax. Take an apartment bought for R$ 400,000 that brings in R$ 30,000 of rent against R$ 6,000 of operating costs. Its NOI is R$ 24,000, which works out to a cap rate of 6.0%.
In the US market you'll typically see 4%–6% in core markets like NYC, San Francisco and prime Class A property, climbing to 8%–10% in secondary markets and value-add deals. Brazil runs higher: roughly 6%–10% residential and 8%–12% commercial. The number that really matters is how this compares against the risk-free rate, which in Brazil is Selic. A 6% cap rate when Selic sits at 12% only makes sense if you're betting on capital appreciation, expecting leverage gains, or buying for use value rather than yield.
Common applications
Appraisers lean on it to price commercial assets through the income approach. Investors use it to filter buy candidates, portfolio managers to flag holdings that are underperforming, and analysts as a quick screen for listed REITs and FIIs. Brokers will also back out an implied cap rate by dividing a comparable property's NOI by the price it actually sold for, and that figure feeds straight into direct-capitalization appraisals.
FAQ
Cap rate versus yield — are they the same? Not quite. Cap rate is built on NOI and ignores financing, gross rental yield uses gross rent before any expenses, and net yield lands closer to cap rate but often goes further by deducting financing or income tax. Whenever you see a number quoted, check which definition the source is actually using.
Should I include vacancy in NOI? Yes, if you want the stabilized version. Knock an expected vacancy loss of 5%–10% off gross rent before you work out operating expenses. The result is what people call stabilized NOI, and it gives you a more honest cap rate.
Higher cap rate is always better? No, and a 14% cap rate is usually a warning rather than a bargain. It tends to point to a rough neighborhood, shaky tenants, maintenance that's been put off, or leases that are about to end. Trophy assets in tier-1 cities trade down at 4%–5% precisely because their cash flow is something you can count on.
Related Tools
FII Cap Rate Calculator
Computes annualized cap rate of a Brazilian REIT (FII) dividing annual net operating income (NOI) by the portfolio asset value.
CTR (Click-Through Rate)
Divides clicks by impressions to give the click-through rate as a percentage, then rates it low, average, good or excellent against ad benchmarks.
Home Loan Payoff Time
Estimates months saved by extra payments on home loan.
Repeat Purchase Rate Calculator
Divides returning customers by total customers for the repeat purchase rate as a percentage, banded from low under 10% to excellent at 40% or above.
IPTU Residential BR
Computes residential IPTU from city rate and assessed value.
Net Assimilation Rate (Gregory Formula)
Computes the net assimilation rate of a plant by the classic Gregory formula, the core of plant growth analysis. The rate is the dry matter gain per day multiplied by the ratio between the difference of the natural logarithms of the two leaf areas and the difference of the areas themselves: NAR = [(W2 − W1) ÷ interval] × [ln(A2) − ln(A1)] ÷ (A2 − A1). The result measures net photosynthetic efficiency per unit of leaf area, with respiration already discounted — typical values for annual crops in full growth lie between 5 and 15 grams per square metre of leaf per day, and a decline along the cycle indicates canopy self-shading. Gregory's (1926) logarithmic form was adopted rather than the approximation NAR = mass gain ÷ (mean leaf area × interval), because the former is exact when leaf area grows linearly with dry mass over the interval, which is the standard assumption of classic growth analysis. Enter the initial and final dry masses, the initial and final leaf areas and the interval between the two samplings.
The results provided by this tool are for general informational and educational purposes only and do not constitute professional, financial, medical, legal, tax or accounting advice. Always confirm important decisions with a qualified professional and official sources.