A vehicle that leaves the yard with a brake deficiency that appeared on a DVIR three days ago — and was never acted on — is not a maintenance problem. It’s a liability exposure and a potential Federal Motor Carrier Safety Administration violation. Fleet maintenance teams carry that weight on every dispatch. The difference between a well-run fleet operation and a reactive one is usually not how skilled the technicians are. It’s whether there’s a system that ensures inspection findings become work orders, work orders get completed before the vehicle goes back on the road, and service intervals don’t slip because someone lost track of the mileage log.
TeamWork is a CMMS that fleet maintenance teams use to manage vehicle PMs by mileage and calendar, track DOT inspection records, process DVIR deficiency reports, and keep parts stocked for the repairs that happen most often.
Where fleet maintenance teams lose control
DVIR deficiency reports don’t always become repairs
Federal regulations under 49 CFR Part 396 require commercial motor vehicle drivers to complete a Driver Vehicle Inspection Report (DVIR) at the end of each driving day if the vehicle is used in interstate commerce. When a driver identifies a deficiency — a brake light out, a tire with visible wear, an air line leaking — that DVIR must be reviewed and certified by a qualified mechanic before the vehicle returns to service.
In a manual system, that handoff is the weak point. A paper DVIR gets left on a supervisor’s desk. The driver mentions something verbally. The mechanic who reviewed it is different from the one who would do the repair. The vehicle goes out again.
TeamWork lets you log DVIR deficiencies directly as work orders against the specific vehicle asset. The deficiency becomes a tracked item with an assignee and a status. The vehicle doesn’t get cleared for service until the work order is closed. Nothing falls through on a shift change.
DOT inspection records need to be findable under pressure
The Federal Motor Carrier Safety Administration requires that inspection records — annual vehicle inspections under 49 CFR Part 396.21, brake inspector qualifications, and roadside inspection reports — be retained for specific periods and be available for review during compliance checks. A roadside inspector asking for a vehicle’s last annual inspection record at 9 p.m. on a highway is not the moment to be searching through a filing cabinet.
TeamWork stores every completed inspection work order against the vehicle’s asset record. Annual DOT inspections are scheduled as recurring PMs and generate work orders with the required inspection checklist attached. Completed inspections are searchable by vehicle, date, and inspector. Pulling the record for any vehicle takes seconds.
Oil changes and tire rotations slip when mileage isn’t tracked
A standard oil change interval for a light commercial van might be 5,000 miles. A heavy-duty truck might use 10,000-mile intervals with oil analysis. Without a way to track odometer readings against service intervals, PMs default to calendar time — which either over-services low-mileage vehicles or under-services high-mileage ones.
TeamWork supports PM triggers based on odometer readings. Log the mileage when a work order is closed and the system calculates when the next service is due. A vehicle that averages 1,200 miles a week gets its oil change work order generated at the right interval, not on a fixed calendar that ignores how much it’s actually driven.
Parts shortages turn a two-hour repair into a two-day wait
Fleet maintenance shares a parts management problem with every other maintenance discipline: the parts that are most commonly needed in a crisis are the ones that should be on the shelf but often aren’t. Filters, belts, brake pads, U-joints, and wheel seals are predictable consumables. Running out of them because nobody tracked inventory is an avoidable delay.
TeamWork’s Parts & Inventory links specific parts to specific vehicle types. When a PM work order is generated for a Class 6 box truck’s 10,000-mile service, the required oil filter, air filter, and drain plug gasket are listed on the work order. When the technician uses those parts, inventory is updated. When stock drops below the reorder minimum, the system flags it before a truck is already on the lift.
Seasonal readiness isn’t a checklist you do from memory
Fleet managers at organizations with seasonal operations — municipalities, landscaping companies, snow removal contractors, school districts — need to complete a vehicle readiness inspection before each season starts. Winter readiness might include checking coolant concentration, testing block heaters, inspecting snow plow hydraulics, and replacing wiper blades with winter-rated units. Summer readiness might mean checking A/C systems, inspecting tire tread depth, and flushing cooling systems.
TeamWork handles seasonal PMs as recurring annual work orders with full checklists. Set the target date for the annual winter prep, assign it to the vehicle, and the checklist walks the technician through every required item. The completed checklist is attached to the work order. If an inspector ever asks whether your vehicles were properly winterized, you have the record.
How TeamWork maps to fleet maintenance
VIN-based asset records. Each vehicle is an asset record with VIN, year, make, model, GVWR, license plate, and registration expiration. Every work order, PM, and inspection is attached to that VIN. The vehicle’s full service history follows it regardless of what changes in your team.
Registration and inspection expiration tracking. Add registration and inspection expiration dates to each vehicle record. Approaching expirations generate work order reminders so vehicles don’t go out of compliance.
Technician qualification notes. Note which technicians are brake-qualified under FMCSA brake inspector requirements, and which hold specific certifications. Assign DOT-required inspections only to qualified personnel.
Fleet downtime cost visibility. Every day a vehicle is down for unscheduled repairs is a day it’s not generating revenue or completing work. TeamWork tracks work order open and close times. Reports show you which vehicles have the highest unplanned downtime hours and where your PM program is preventing failures versus where it’s missing them.
Frequently asked questions
Can drivers submit DVIR deficiencies directly, or does it have to go through a supervisor? Drivers can submit a deficiency through the Requester Portal using any web browser — they don’t need a full TeamWork account. The submission creates a work order against the vehicle. A manager reviews and assigns it. If the deficiency is safety-critical, it can be flagged as a priority-one work order with immediate notification to the shop supervisor.
How do we handle vehicles from multiple departments or locations? TeamWork’s Location Hierarchy lets you organize vehicles by department, yard, or region. A city fleet with vehicles assigned to public works, parks, and the water department can filter work orders and PMs by department. Each group sees their vehicles; management sees everything.
What if we don’t have consistent mileage data for older vehicles? You can set a starting odometer value when you register an asset and log updates manually at each service. For vehicles without reliable odometer history, TeamWork can use calendar-based PM intervals as the fallback, with a note on the asset record flagging the gap in mileage history.
Get your fleet on a schedule that holds
TeamWork Starter is $49/month for the whole team — up to five seats and 250 assets. Pro is $119/month for 25 seats and 10,000 assets. Both plans include VIN-based asset records, PM scheduling, DVIR work order workflows, and Parts & Inventory.
No per-technician seat fees. One price for the shop.
Start your free 14-day trial — no credit card required. Or schedule a demo to see how TeamWork handles your specific vehicle types and inspection requirements.