Free calculator · Real Estate
DiPasquale-Wheaton Four-Quadrant Model
Solves the DiPasquale-Wheaton four-quadrant model to a long-run equilibrium rent, asset price, construction rate, and stock, and shows the rent overshoot that follows a demand shock while supply catches up. Inputs are the demand index, cap rate, depreciation rate, and replacement cost.
By Devon Coombs, CPA, MBA · Teaching Professor of Finance, Santa Clara University · Reviewed August 2026
From the author: Devon Coombs, CPA, MBA teaches finance at Santa Clara University and works with corporate teams on practical AI.
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DiPasquale-Wheaton Four-Quadrant Model
Market conditions
The four quadrants solve together to one long-run equilibrium. Raise the demand index above 1.0 to fire a demand shock and watch rent overshoot, then mean-revert as supply arrives.
Long-run equilibrium: walking the box
Construction
NW2.00M sf
New building / yr
C = γ·(P − C₀)
Asset market
NE$500/sf
Equilibrium price
P = R ÷ cap rate
Stock adjustment
SW100.0M sf
Equilibrium stock
S = C ÷ δ
Space market
SE$30.00/sf
Equilibrium rent
R = (α + θE − S) ÷ β
Learn the concept
This calculator comes from the free Real Estate Finance course, where the concept is taught with readings, worked examples, and practice questions.
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Built by Devon Coombs, CPA, MBA, Teaching Professor of Finance at Santa Clara University.
