February 18, 2026 – Dallas, Texas
By: Leona Scott | HD Repair Forum
“Big” is easy to admire. “Big” is also easy to misunderstand.
When Premier Truck Group set out to build and operate an 85,000-square-foot commercial truck collision facility at this scale in the Dallas-Fort Worth market, the goal wasn’t simply more bays or more equipment. The real objective was operational: to reduce cycle time for fleet customers by increasing visibility, eliminating wasted motion and removing administrative friction that quietly adds days to a repair.
A walk-through of the site with Johnny Williams, Manager at Premier Truck Group, and Matt Tripp, Executive Vice President of Fixed Operations, reveals a useful truth for heavy-duty operators: throughput is engineered long before the first truck rolls in.
This article pulls practical leadership and workflow lessons from running a commercial truck collision facility at scale – highlighting the process decisions that drive throughput and uptime and four takeaways other HD operators can apply, even without a mega-facility.
1) Build the process first, then let the building serve it
One of the most telling decisions at Premier is how intentionally the workflow is organized – not just inside the shop, but from the parking lot forward.
Williams described a layout strategy that creates “simple lanes” for production: designated staging areas so departments aren’t hunting for units or chasing keys. Paint, reassembly, and production flow each have defined drop/pick patterns so the next team always knows where work should be and what’s next. That kind of physical choreography may sound basic, but in HD collision – where units are large, dirty, and time-sensitive – reducing “search time” is a real productivity lever.
Another example: instead of cluttering bays with tables and scattered tools, Premier centralized tools and supplies, using a dedicated tool room and a limited number of work tables. It’s a counterintuitive choice many techs resist at first, but it supports a cleaner, safer floor and fewer bottlenecks around space.
2) Manage production like air traffic control
At scale, a shop can’t rely on tribal knowledge, sticky notes or someone “just remembering” what’s urgent.
Premier uses a high-visibility production board (integrated with its management system) to show where each job is in process, what’s due, what’s missing and what risks are forming. The board isn’t just a scoreboard – it’s an early-warning system. If a job is trending behind because insufficient hours are being flagged, it shows up. If parts aren’t fully received, it shows up. That lets a production manager act more like air traffic control: reroute resources, adjust dates, segment work or add help before the problem becomes a missed deadline.
Daily execution matters too. Every morning, the team holds a brief production meeting to touch every open RO and add notes. Then the system automatically sends status updates to customers later in the morning – without staff manually writing and sending emails all day. For fleets managing multiple units, the experience is consistent and predictable: one daily report, whether they have one truck in the building or 10.
3) Treat parts and supplies like cycle-time insurance
Premier’s approach to inventory is rooted in a cycle-time reality HD shops know well: waiting on parts extends downtime — and downtime is the real enemy.
The facility is set up to keep critical parts close and readily available, reducing unnecessary movement and allowing the team to begin repairs confidently once parts are confirmed.
Williams emphasized that inventory is most powerful when it supports repair flow. The focus isn’t on holding excess stock, but on aligning parts availability with production schedules so the shop can maintain momentum while still working collaboratively with OEM and vendor partners.
On the supply side, Premier’s use of scanning and replenishment systems for consumables and paint materials is less about convenience and more about admin cycle time. Fewer “we ran out” surprises means fewer emergency orders, fewer interruptions, and fewer invoice and purchasing touchpoints – small changes that compound across dozens of jobs.
4) Design for real HD realities: cleanliness, safety and problem-solving
Heavy-duty collisions brings unique problems that don’t show up the same way in automotive collisions. Units arrive dirty. Contamination travels. Oversized parts, cranes, ladders and lifting systems aren’t “nice to have” – they are part of doing the work safely and efficiently.
Williams described processes for washing units before they move deeper into production to reduce contamination during prep and paint. He also pointed to safety investments, such as respiratory protection options that accommodate real-world constraints (including situations where fit testing is challenging). In HD collision, safety and quality are not separate from throughput – they protect it.
And then there’s the technical reality: frame and structural work is often forensic. Understanding impact energy, secondary damage, and how modern designs behave requires training, experience, and disciplined repair planning.
Takeaways any HD operator can apply
Even if you never build an 85,000-square-foot facility, the lessons translate:
- Create visual controls that surface schedule and parts risks early.
- Standardize daily RO reviews and automate customer updates.
- Reduce motion and clutter with deliberate staging and centralized tools.
- Attack admin cycle time with smarter purchasing and replenishment.
- Design around HD constraints: dirt, size, safety, and complexity.
Want more practical insights like these – from operators, OEMs, vendors, estimators, insurance professionals, educators and industry leaders? The HD Repair Forum is March 18–19, 2026 in Nashville, co-located with ATA’s Technology & Maintenance Council (TMC) Annual Meeting & Transportation Technology Exhibition. Registration is open.