Case: Multifamily construction debt limited by permanent takeout

Hypothetical multifamily development investment committee. A developer has a $20 million total project budget and an $8.5 million initial equity commitment. The budget includes construction-period interest and costs through the modeled permanent closing date, but excludes the construction exit fee and permanent financing costs shown separately below. Assume all construction commitment used in a chosen structure is funded by that date.

The developer is offered a fictional maximum construction commitment of 65% of cost, or $13 million. It also considers deleting a $500,000 project feature to reduce construction cost. The decision must consider how both the loan and the design change affect permanent repayment capacity.

Establish the exit before accepting the cost-based loan

The original design supports an assumed $1.2 million of annual lender-accepted stabilized cash flow. Permanent debt is sized at 1.25× DSCR and an 8% annual principal-and-interest constant, with a separate $13 million collateral ceiling. These are invented constraints, not agency program terms.

The DSCR ceiling is $1.2 million ÷ 1.25 ÷ 8% = $12 million. Permanent financing costs consume 2% of gross proceeds, leaving $11.76 million. The construction loan charges an assumed exit fee equal to 1% of its funded principal, payable at that closing. No reserve refund or other payoff source is assumed.

A fully funded $13 million construction loan therefore requires $13.13 million at payoff. Against $11.76 million net takeout, the developer needs $1.37 million at exit in addition to the $7 million originally funding the $20 million budget.

The OCC construction-underwriting discussion provides context for evaluating fully funded debt and actual equity availability. It does not say a project qualifying for a particular LTC will qualify for an equal permanent loan.

Solve the fee together with the principal

If the developer wants the modeled permanent proceeds to repay construction principal and its percentage fee without another exit contribution, maximum construction principal is:

$11.76 million ÷ 1.01 = $11,643,564.

The initial equity needed against the $20 million budget is then $8,356,436, leaving approximately $143,564 of the $8.5 million commitment unallocated. The 1% exit fee on this smaller balance is approximately $116,436, and principal plus fee equals the $11.76 million net takeout.

Subtracting a fixed $130,000 fee from proceeds would be inconsistent with the assumed fee definition once the principal is reduced. The fee must change with its base. All figures retain full precision before display rounding.

The first route preserves more initial cash but requires a later contribution. It is not automatically cheaper because its first equity wire is smaller. The second route’s total modeled owner contribution is slightly lower because its percentage exit fee is lower. Actual draw interest would also differ; this simplified comparison holds the $20 million budget fixed and would need a revised interest schedule before a real decision.

Test the proposed $500,000 cost saving

Assume deleting the feature reduces total budget to $19.5 million but reduces accepted annual cash flow by $60,000, to $1.14 million. That lost income is a stipulated net effect after related operating-cost savings; it must be supported by leasing evidence in a real project.

At the same permanent DSCR and constant, gross takeout falls to $11.4 million. After 2% costs and the construction exit-fee equation, supported construction principal becomes $11,061,386. Required initial equity is $8,438,614.

Despite saving $500,000 of cost, the revised design requires $82,178 more equity. The loss in debt support exceeds the cost saving. It leaves only about $61,386 of the stated initial equity commitment unallocated. A construction cost reduction is therefore not necessarily an equity reduction when cash-flow-based takeout is the binding limit.

This does not prove the feature is economically desirable. The project still needs a return analysis, operating evidence and a cost-risk assessment. It establishes that the proposed cost cut cannot be sold to the committee as a financing solution without considering its income effect.

Keep the downside separate from the base-case solution

Suppose original-design cash flow falls 10% to $1.08 million while the permanent constant rises to 9% and the required DSCR becomes 1.30×. Assume the collateral ceiling remains above the resulting debt amount. Gross capacity becomes approximately $9,230,769 and net proceeds after 2% costs are $9,046,154.

Even the $11,643,564 construction structure then needs $2,713,846 of exit equity after its 1% fee. The $8.5 million initial commitment alone does not cover that later stress. Reverse-sizing removes a defined base-case mismatch; it does not eliminate future financing risk.

Before approving construction, document which equity is committed initially and which is committed for contingencies, when it can be called, and whether other projects compete for it. The decision should also specify the evidence supporting $1.2 million of accepted income and the date it is expected to qualify for takeout. A balanced construction budget is only one half of a complete financing plan.