Better architecture and diagnostics drive better uptime.
Reducing 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. Reduced harness complexity improves reliability. Fewer wires, fewer branches, and fewer connection points mean […]
Build for what’s next: future-proof your road building equipment.
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 configurable machine families. A standard network with configurable edge modules gives OEMs a more scalable configure-to-order model and fewer unique electrical variants. Adapt functions through software instead of redesigning […]
Cut harness complexity in road building equipment. Build faster. Configure more cleanly.
For a typical OEM, simplifying the electrical architecture can create meaningful impact across labor, inventory, throughput, and product flexibility. Reducing harness complexity and moving to configurable modules can lower build hours, reduce carrying cost, improve throughput, and make it easier to support customer-specific machine options. Smaller harnesses. Faster routing. Cutting harness size and branch […]
Electronics help road building equipment stay productive, precise, and serviceable.
On these machines, the value of vehicle electronics is measured by how reliably the machine performs its work functions and how quickly issues can be diagnosed in real conditions. Built-in controls, interlocks, machine-state logic, diagnostics, and reduced harness complexity help keep critical functions working—whether that means screed coordination on a paver, implement control on a […]