Chapter 7: Build Total Basis and Capital Stack

Build Total Basis and Capital Stack

Translate price into total basis, then compare the uses against supportable debt and required equity so the financing reality is visible before the bid goes out.

Decision output: Sources And Uses Summary. Case requirement: show in-place financing support, optionally stabilized takeout.

Inputs

Inputs

  • Purchase price, closing costs, fees, reserves, and CapEx.
  • Debt sizing assumptions: DSCR, LTV, debt yield, and a debt constant or rough loan terms.
  • Value conclusions from the in-place and stabilized chapters for context.

Example card

Debt sizing shows which lending test actually binds

On this file, DSCR supports $22.9M, debt yield supports $21.8M, and LTV supports $23.4M. Debt yield is the tightest limiter, so leverage caps price before headline value does.

Analysis

How to analyze it

supported debt = min(DSCR proceeds, LTV proceeds, debt yield proceeds)

supported debt = min(DSCR proceeds, LTV proceeds, debt yield proceeds)
Financing support is controlled by the tightest lender test, not by whichever leverage point sounds best.

Start with uses, then solve for supportable debt and the residual equity check. If the equity requirement becomes unrealistic, that is a pricing problem even before return hurdles are modeled.

Output

What output you should produce

Output artifact: Sources And Uses Summary

  • A sources-and-uses summary with all-in basis, supported debt, and required equity.
  • A note naming the binding financing constraint.
  • Optional stabilized-takeout framing if it matters to the capital story.

Common mistakes

Common mistakes

  • Leaving CapEx or reserves out of basis.
  • Assuming leverage instead of solving for it.
  • Mixing stabilized leverage assumptions into an in-place bridge execution plan without explanation.

Price meaning

What this means for price

If the capital stack does not clear with believable debt and equity, price is already too high regardless of what the valuation chapter suggested.

Teaching calculator

Debt Sizing

Interactive teaching aid. Use it to pressure-test the chapter example, not to replace source-backed underwriting.

Teaching notes

  • Compare DSCR, LTV, and debt yield every time instead of selecting leverage first.
  • The financing constraint often caps price before the value conclusion does.

Inputs

Teaching-only framing: the published defaults are tuned to show which lender test binds, not to replace a live term sheet.

Output

Binding constraint: debt-yield

Supported proceeds: $21.8M

  • DSCR proceeds: $22.9M
  • LTV proceeds: $23.4M
  • Debt-yield proceeds: $21.8M

Plain-language explanation: compare DSCR, LTV, and debt yield together so the tightest financing test sets the ceiling.

Current lender constraints: 70% LTV, 9% debt yield, 1.30x DSCR.