Real Estate IRR Explained: The Complete Guide

It depends on deal type and risk. Core stabilized properties: 6-8% IRR. Core-plus: 8-10%. Value-add: 10-15%. Opportunistic: 15-20%+. Development: 18-25%+. Your personal required IRR should match your risk tolerance and capital requirements. Institutional investors often target 12-15% blended across portfolios; smaller sponsors may target higher rates on specific deals.

You don't. IRR requires iterative numerical solving that's impossible to do by hand efficiently. Use Excel's =IRR() function, Google Sheets, ARGUS, CoStar, or CRELYTIC's IRR Calculator. Enter your cash flows (initial investment as negative, subsequent distributions and exit proceeds as positive) and the tool solves for the rate that makes net present value equal zero.

Equity Multiple = Total cash returned / Initial equity invested. It's a simple ratio (e.g., 2.5x). IRR is the annualized compound rate of that return. Example: 2.5x over 5 years = 20% IRR. Same 2.5x over 10 years = 9.6% IRR. Equity multiple ignores time; IRR accounts for it. Both matter. A 2.5x multiple is great if achieved in 2-3 years, mediocre over 10 years.

Higher IRR usually means higher risk. A 20% IRR on an opportunistic deal has significant execution risk compared to a 7% IRR on a stabilized property. Don't chase IRR; match your target IRR to your risk tolerance and capital availability. You should also verify that high projected IRR isn't entirely exit-dependent (check equity multiple and intermediate distributions).

Leverage amplifies equity IRR when the property's unlevered return exceeds the debt cost. If a property has 8% unlevered return and debt costs 5%, leveraging at 70% LTV amplifies equity IRR to ~12-13%. But if property return is 5% and debt costs 5%, leverage doesn't help (equity IRR stays flat). If property return is 3% and debt costs 5%, leverage hurts equity returns. Debt is a double-edged sword: use it when property returns exceed debt cost.

Unleveraged IRR is the property's return assuming all cash (no debt). Leveraged (or levered) IRR is the equity investor's return after accounting for debt financing and debt service. Same property can have 8% unleveraged IRR and 12% levered IRR (if debt costs less than property return). Investors care most about levered IRR since that's the actual return on equity capital.

Build a sensitivity table testing IRR under different scenarios: (1) Exit cap rate +50 bps, +100 bps. (2) Rent growth -0.5%, -1.0%. (3) Capex overruns +10%, +20%. (4) Holding period +1 year, +2 years. See how much IRR moves. If IRR drops from 15% to 8% under modest stress, the deal is fragile and too assumption-dependent. CRELYTIC's tools make sensitivity analysis easy.

Cash-on-cash return = Annual cash flow / Initial equity (as a percentage). It's simple but ignores timing and exit. Example: $100k annual distribution on $1M equity = 10% cash-on-cash. But if you sell for $4M in year 5, total equity multiple is 5.0x (about 38% IRR). Cash-on-cash only captures interim yields; IRR captures total economic return. Use both metrics but weight IRR more heavily for investment decisions.

Yes. If you invest capital and receive negative or minimal distributions, with an exit price lower than your invested capital, IRR is negative. This happens in distressed scenarios (market crash, property fails). Example: Invest $5M, lose $500k in operations each year, sell for $3.5M in year 5 = negative IRR (you lost money). This is why stress-testing matters and why you should understand downside scenarios before investing.

Cap rate is your year-1 unlevered return (NOI / Price). IRR is your total annualized return over the hold period, including all cash flows and exit. A property with high cap rate (e.g., 7%) doesn't automatically have high IRR if cap rates expand at exit (market conditions worsen). A property with low cap rate (e.g., 4%) can have solid IRR if cap rates compress or NOI grows significantly. Use cap rate for screening; use IRR for final decision-making.