The Third Labor Efficiency Setting: What Xactimate's New Tier Does to Your Margin

Verisk has added a third labor efficiency setting to Xactimate, and most restoration contractors have not yet priced in what it does.

For years the pricing engine ran on two labor productivity models. The restoration default (Restoration/Remodel/Service) assumes the most labor-intensive conditions: occupied structures, coordinated deliveries, drive time, material pickup, and the productivity loss of tying new work into existing finished surfaces. At the other end sat New Construction, now relabeled Total Rebuild or Similar, which assumes open sites, unoccupied structures, unrestricted staging, and maximum labor efficiency.

The new setting, Large Restoration/Remodel, occupies the middle. Verisk positions it for larger restoration or remodel jobs that are easily accessible, separated from adjacent finished areas, typically unoccupied, and where deliveries can be scheduled with minimal obstacles. On the surface it reads as a reasonable economy-of-scale adjustment. The question is who decides when those conditions are met, and what happens to your labor rate when the setting is applied.

The reduction is real, and it is uneven

The setting is a dropdown. That is what makes it easy to absorb without ever seeing it. A per-trade analysis published in C&R Magazine worked through the impact trade by trade and found the compression is anything but flat.

The heaviest reductions land on labor-dense trades. Drywall, framing, doors, demolition, and complex flooring see the largest cut, in the range of eight to ten points on affected line items, with drywall falling hardest. Moderate-impact trades such as general flooring, insulation, and general labor sit around four to five points. Equipment-heavy work barely moves, because fixed equipment costs do not compress. Water mitigation, for example, shifts only about three points.

The practical consequence is a mix problem, not a job-size problem. According to that analysis, a drywall-heavy fire rebuild absorbs roughly three and a half times more compression from the new tier than a finish-carpentry-heavy interior loss of the same total value. Two jobs at the same contract value can carry very different exposure depending on what the scope is actually made of. A dollar threshold does not capture that, which is the core weakness of drawing the line by job size.

Conditions justify the setting, not the invoice total

The higher efficiency setting reflects genuine efficiency only when the site conditions are actually present. The published guidance points to a consistent set: an unoccupied structure, open staging with unrestricted deliveries, enough single-trade volume for crew rhythm, work separated from adjacent finished areas, favorable environmental conditions, and low administrative oversight. Efficiency requires the conditions and the repetition together. A large number on the estimate is not, by itself, evidence that any of them hold.

This is also why the choice of setting is contested outside the contractor community. Policyholder attorneys have argued for years that applying a lower-efficiency construction assumption to restoration work systematically understates what the repair actually costs, because removing damaged materials, working around hidden conditions, and matching existing finishes takes more time than building new. The dispute is not about whether efficiency exists. It is about whether the setting matches the work in front of you.

This is a process problem before it is a pricing problem

The operational takeaway matters more than the theory. The contractors who protect their margin are the ones who measure both systems and build a checkpoint for which efficiency tier was applied, before an estimate is approved and sent. The ones who treat estimating as a black box absorb the reduction without ever seeing it.

That checkpoint is concrete. Run representative jobs through both tiers and document the impact by trade composition, not by dollar volume. Segment your work by damage type, occupancy, access, and trade mix. Validate against your own history to see which job types genuinely achieved labor efficiency. Prepare the collateral (estimate comparisons, subcontractor bids, historical production data) so an estimator can hold a data-versus-data conversation rather than a data-versus-opinion one. Negotiations are won by the most substantive information, not the loudest voice.

Where Verinode fits

Estimating tools tell you what should fly. They price the job before it goes out. What they cannot tell you is what actually flew, across every job you closed, once the approvals and the cuts landed.

That is the gap Verinode works in. Your realized outcomes already carry the answer to whether a labor-rate compression is quietly eating your margin. When labor comes in low against where comparable work lands, it should show up as a pattern you can see and act on, not as a surprise at the end of the quarter. Verinode surfaces that pattern and hands you the checkpoint. You stay the one who decides which setting matches the scope.

Verisk sells the estimating standard and the analytics built on the data that flows through it. That is the structure of the market. It is also why an independent read on your own outcomes is worth having. A benchmark is most useful when it is kept by someone whose only job is to measure it accurately.

If your last quarter of work leaned heavily on drywall, framing, or demolition, this setting is worth an hour of your attention now, before it shapes the next estimate you send.