Wiring Is Slowing Your Production—Here’s Why
As service trucks become more capable, electrical systems become more complex. But most OEMs are still scaling complexity linearly: More features = more wiring The Result? Production teams spend more time on: Routing wires through tight spaces Managing inconsistent builds Troubleshooting connection issues during assembly This creates a hidden bottleneck in manufacturing. Where the Time […]
Why Service Trucks Fail in the Field—And What That’s Costing You
When a service truck goes down, it’s more than a repair issue. It’s lost productivity. Missed jobs. Frustrated crews. And in many cases, the root cause isn’t mechanical—it’s system complexity. What Actually Causes Failure While mechanical issues are common, many failures come from: Electrical faults Integration issues between systems Difficulty diagnosing problems quickly These issues […]
The Hidden Cost of Relay-Based Service Truck Systems
Most service trucks still rely on relay-based control systems—because they’re familiar, proven, and “good enough.” But what starts as a simple solution quickly becomes a long-term constraint. Relay-based systems introduce growing complexity as vehicle requirements evolve. Each new function adds more wiring, more components, and more points of failure. What once worked for a basic build […]
Better architecture and diagnostics drive better uptime in service trucks.
Reducing wire harness complexity removes common failure points such as excess splices, long routing paths, crowded pass-throughs, and hard-to-trace point-to-point wiring. When that simpler architecture is combined with intelligent electronics and built-in diagnostics, both OEMs and end customers gain better uptime: issues can be isolated faster, abnormal conditions can be identified earlier, and many problems […]
Electronics turn maintenance trucks into higher-uptime, lower-cost service assets.
On a maintenance service truck, the value of vehicle electronics is measured by how reliably the truck itself performs its daily job. Built-in controls, interlocks, module-level diagnostics, and reduced harness complexity help keep critical truck functions working—such as PTO operation, outriggers, crane enable logic, lighting, battery protection, and operator controls. That means fewer truck-related failures, […]
Cut harness complexity in work trucks. Build faster. Cut cost.
For a typical OEM, simplifying the electrical architecture can create meaningful bottom-line impact across labor, inventory, responsiveness, and customer satisfaction. Because wire harness assembly and routing remain labor-intensive, and because excess inventory commonly carries annual holding costs in the high teens to mid-thirties as a percent of inventory value, reducing harness complexity and moving to […]
Build for what’s next: Future-proof your work trucks
Beyond reducing harness size, a CAN-based architecture gives OEMs a better operating model across the full product lifecycle. One CAN backbone supports repeatable builds and mass customization. A standard backbone with configurable edge modules gives OEMs a more scalable configure-to-order model: fewer unique harness variants, lower complexity in production and service, and better ability to […]
How a Service Truck OEM Turned Control System Complexity Into a Platform Advantage
The Challenge: A CAN-Based System That Wasn’t Delivering the Full Value of CAN A U.S.-based service and lube truck body OEM had already made the move toward a CAN-based control system, but the results were falling short of what the platform required. For a manufacturer building heavy-duty service trucks used in demanding field environments, the […]