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Cost-to-Complete Analysis: How Lenders Use It to Manage Draw Risk

How cost-to-complete analysis works in construction lending — what it measures, how lenders use it before each draw disbursement, and why it is the most important forward-looking risk metric in a construction loan portfolio.

Most construction loan risk management focuses on the past: what has been built, whether the draw request matches what the inspector observed, whether the lien waivers are in order. These are necessary controls. They are not sufficient on their own.

The metric that tells a lender whether their loan is actually going to work, whether the funds remaining in the construction loan are adequate to take the project to a certificate of occupancy, is forward-looking. It is cost-to-complete analysis, and it is the most important number that a draw inspection produces.

What Cost-to-Complete Analysis Measures

Cost-to-complete analysis answers a specific question: given what has been built and what has been spent, what will it cost to finish the remaining construction work?

The answer is compared against the remaining undisbursed loan balance. When remaining cost exceeds remaining balance, the project has a funding gap, a condition that, if not addressed, will result in a construction stoppage when the loan is exhausted before the project is complete.

The funding gap is the outcome that lenders are most exposed to in construction lending. A project that stops mid-construction is a partially complete building securing a fully disbursed loan. The lender’s collateral, the building, cannot be sold, leased, or refinanced in its incomplete state. The cost of taking the project to completion falls either on the borrower, who may not have the funds, or on the lender, who must either foreclose and complete the project themselves or take a loss.

Cost-to-complete analysis is the early warning system that identifies this risk before it becomes irreversible.

How Cost-to-Complete Is Calculated

A cost-to-complete assessment is produced at every draw inspection by Innergy Integral. The calculation has three components.

Remaining work inventory. The inspector identifies what remains to be built, each line item in the schedule of values that is not yet complete, and the percentage of each that still needs to be done. This is the direct output of the line-by-line progress assessment conducted during the site visit.

Current market cost estimate. The inspector estimates what it will cost to complete each remaining line item, based on current local market costs. This is where local market knowledge is essential. A cost-to-complete estimate that applies national benchmarks to a Seattle project, or Dallas costs to an El Paso project, will not be accurate. The cost of completing MEP rough-in on a mid-rise multifamily project in Seattle reflects Seattle subcontractor pricing, which is different from what the same work costs in El Paso or Phoenix.

Comparison against remaining loan balance. The total estimated cost to complete all remaining work is compared against the loan balance available for future disbursement, the total loan commitment minus draws already funded. The difference is the funding position: positive if funds are sufficient, negative if there is a gap.

Why Cost-to-Complete Analysis Changes Across the Loan Term

A cost-to-complete assessment conducted at the first draw of a construction loan will look very different from one conducted at the seventh draw, even on a project that is executing exactly as planned. This is expected and is not itself a concern.

What changes a cost-to-complete assessment in ways that signal risk:

Scope changes. Change orders that add scope to the project increase the cost to complete. A project that has approved $200,000 in change orders since origination has a cost-to-complete that is $200,000 higher than the original budget assumed, all else being equal. If the change orders were funded from contingency, the impact may be absorbed. If the contingency is exhausted, the change orders have created a funding gap.

Cost escalation. When material or labor costs increase during the construction period, the cost to complete the remaining work is higher than the original budget anticipated. A project budgeted at last year’s steel prices that is only 30% complete when prices increase is carrying a cost-to-complete that the original budget cannot support without additional funds.

Schedule slippage. A project that is significantly behind schedule has been consuming overhead, contractor general conditions, financing costs, project management, for longer than the budget anticipated. These time-related costs increase the cost to complete independent of any change in the scope or unit costs of the remaining work.

Contractor performance issues. When a subcontractor fails, walks off the job, or must be replaced, the cost to re-mobilize, rework deficient work, and complete the scope under a new contract is typically higher than the original budget for that scope. Contractor performance problems are one of the most common drivers of cost-to-complete increases on troubled projects.

How Lenders Should Use Cost-to-Complete Analysis

A cost-to-complete assessment is actionable information, not just a number to be filed in the loan record. Lenders who treat it as actionable manage their portfolios better than those who treat it as a formality.

Trend monitoring. A single cost-to-complete assessment tells the lender the project’s current funding position. A series of assessments across multiple draws tells the lender whether the funding position is improving, stable, or deteriorating. A project whose cost-to-complete gap is growing draw-over-draw is exhibiting a trend that requires intervention, not waiting.

Contingency tracking. Most construction budgets include a contingency, a reserve for unforeseen conditions and minor scope changes. The cost-to-complete assessment should track contingency consumption across draws. A project that has consumed 80% of its contingency at 50% completion has a very different risk profile than one whose contingency is largely intact at the same stage.

Early intervention. When cost-to-complete analysis reveals a funding gap, the lender’s options are better at 40% project completion than at 90% completion. Early in the project, a modest additional equity contribution from the borrower, a modest reduction in remaining scope, or a negotiated contractor concession may be sufficient to close the gap. At 90% completion, a funding gap that has grown through the project is a crisis rather than a manageable problem.

Conversation with the borrower. A cost-to-complete gap should prompt a direct conversation with the borrower about how the shortfall will be addressed. Some borrowers have resources to contribute additional equity. Others need more time to understand the severity of the situation. The conversation is better had when the lender’s monitoring program identified the gap early, not when the loan is approaching exhaustion and options are limited.

What a Reliable Cost-to-Complete Assessment Requires

The reliability of a cost-to-complete assessment depends on two things: the accuracy of the remaining work inventory and the accuracy of the cost estimates applied to that inventory.

Accurate remaining work inventory requires a thorough site inspection, a line-by-line assessment of what has been built and what remains. An inspector who does a cursory walk-through and estimates overall project completion at a broad percentage is not producing the granular remaining work inventory that a reliable cost-to-complete requires.

Related: Construction Loan Monitoring · Draw Inspection Red Flags · Construction Loan Monitoring Guide

Markets: Construction Loan Monitoring Seattle WA · Construction Loan Monitoring Dallas TX · Construction Loan Monitoring El Paso TX

Further reading: Construction Loan Monitoring -- The Complete Guide for Lenders — our complete guide covering every aspect of this topic.

Serving your market: Learn about construction advisory in Seattle, WA.

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