You built the PM program. Trained the crew. Loaded work orders into the CMMS.

So why are PMs still running over time? Or getting skipped entirely?

The 2026 MaintainX State of Industrial Maintenance report hit hard. Based on responses from over 2,200 maintenance and operations leaders, it delivered a blunt verdict: half of all maintenance teams still spend less than 40% of their time on planned work. Technology adoption? Up. AI usage? Rising. But reliability outcomes? Not improving. Actually, 79% of teams saw unplanned downtime stay flat or get worse last year.

The gap isn't your tools. It's execution maturity. And one of the biggest execution gaps hiding in plain sight? Material readiness.

Research across industrial facilities finds that maintenance technicians spend only 25–35% of their paid shift time doing actual hands-on work. The rest? Travel, permit waiting, parts hunting, administrative tasks.

Here's where it gets painful: 18% of a technician's day gets eaten up looking for parts. Another 24–26% walking between the storeroom and the job site.

If you have a team of ten technicians, you're getting the output of three. Think about that for a minute.

For PM routes, this plays out as death by a thousand cuts. The filter that takes 20 minutes to locate. The second trip for the forgotten grease cartridge. That mid-task discovery when the seal kit isn't in stock.

Minor stuff, right? Wrong.

Across your full PM schedule, these little delays represent hundreds of wasted hours per month.

PM kitting means identifying, pulling, and assembling every part, consumable, tool, and document required for a PM work order—before the technician ever leaves the shop floor. You verify the kit for completeness, label it with the work order number and scheduled date, then stage it in a secured area ready for pickup at execution time.

Not exactly revolutionary thinking. But execution rates in most facilities? Low.

The payoff when you do it right? Hard to argue with.

A 30% or greater reduction in PM execution time gets documented across industrial environments. In one case, a 22-person maintenance group improved their actual utilization from 18.7% to 42.6% after implementing structured planning and kitting. They doubled productive output without adding headcount.

Most kitting programs fail for predictable reasons. The Bill of Materials in the CMMS is incomplete. Nobody owns the assembly and verification step. The storeroom doesn't get enough lead time to prepare before execution day.

Fix those three issues and the mechanics become straightforward. Clean BOMs tied to individual assets. A defined storeroom role for kit assembly. Minimum one-week staging lead time.

The hard part? Sustaining the discipline.

Technicians who've been self-sourcing parts for years will test your system. They'll assume kits are incomplete because that's been their experience. Only one thing builds lasting trust in kitting: performance. When every kit is complete every time, the behavior shifts.

Simple as that.

In the next article, we'll break down the full kitting process—from BOM planning through kit verification—and the storage methods that make it physically manageable at the plant floor level.