Summary: This guide compares five widely used fleet management platforms for vocational trucking fleets: Geotab, Motive, Samsara, Verizon Connect and Zonar. It covers GPS tracking, maintenance, power take-off (PTO) reporting, driver safety and mixed-asset compliance, then matches platforms to fleet types and lists the questions to ask in a demo.
Read time: 14 min
Widely used fleet management software for vocational trucking includes Geotab, Motive, Samsara, Verizon Connect and Zonar. Each tracks trucks, schedules maintenance and coaches drivers. The best fleet management software for your operation depends on how your fleet works: how often trucks run with power take-off (PTO) engaged, how many trailers and machines you track and how your shop handles repairs.
Vocational trucks earn their keep while parked. A mixer turns its drum at the pour site, a refuse truck cycles its packer at every stop and a bucket truck runs its boom for hours with the wheels still. A lot of fleet management software is built around highway miles, which misses much of the critical work vocational fleets need to track.
We compare the five platforms on what vocational fleet operators care about most: GPS tracking, maintenance, PTO reporting, driver safety and compliance across trucks, trailers and equipment.
A note up front: Zonar publishes this guide and makes one of the platforms on the list. We've aimed to describe every platform fairly, our own included, and we list them alphabetically. Details reflect each vendor's public documentation as of October 2026, so confirm them in a demo before you buy.
A vocational fleet runs trucks built to do a job at the destination, such as dump trucks, concrete mixers, refuse trucks, utility trucks, snowplows and heavy-haul rigs. Those trucks often put more hours on the engine than miles on the road, so their software has to track engine hours and equipment use as closely as it tracks location.
Five things set vocational operations apart:
Engine hours drive wear: Mixers and refuse trucks log hours at idle and under power take-off (PTO) load that the odometer never shows. Service intervals built only on miles fall behind the real wear.
PTO idle is productive: An engine running a pump, drum or boom is working. Idle reports that count that time as waste penalize drivers for doing their jobs.
Upfits add components: Bodies, hydraulics and auxiliary equipment bring more parts to inspect and service. Short, heavy trips also wear brakes and drivetrains faster.
Assets come in mixed types: Trucks share jobsites with trailers, generators, compressors and heavy equipment. Without asset tracking that covers every asset type, the fleet loses a single view of what's where.
Jobsites have weak coverage: Vocational trucks make short, repeated runs between yards, pits, plants and jobsites. Many of those sites have weak cellular service, so devices need to store data until they reconnect.
Evaluate fleet management software for vocational trucking across five areas: GPS tracking, maintenance, power take-off (PTO) reporting, driver safety and compliance across asset types. Each area has a vocational detail that general trucking software often skips.
A vocational fleet needs live GPS tracking for trucks plus asset tracking for trailers and equipment, all on one map. Vehicle devices connect to the truck's diagnostic port and report location, speed and engine data. Battery-powered asset trackers report less often, but they run for years on a trailer, generator or attachment.
Geofences and route optimization do much of the work. A geofence around each yard, pit, plant and jobsite shows when trucks arrive and leave, how long they stay and which equipment sits unused. Route optimization plans the stop order for trucks that run set routes, such as refuse and snowplow routes, to cut miles between stops. Check how each vehicle device handles dead zones, too. Devices that store data offline and upload it when the signal returns keep the record complete, including the state-by-state mileage behind International Fuel Tax Agreement (IFTA) fuel tax reports.
Schedule vocational truck maintenance by engine hours as well as miles, and route fault codes to the shop as they happen. A truck that idles under load all day wears its engine faster than its odometer suggests.
Fleet maintenance management for vocational trucks depends on three capabilities:
Engine-hour schedules: preventive maintenance reminders triggered by engine hours, mileage or time
Fault-code alerts: heavy-duty diagnostic trouble codes sent to the shop as they appear
Work orders: a way to turn a reminder, fault code or failed inspection into a repair the shop tracks to completion
Some platforms manage work orders themselves. Others send faults and inspection defects to dedicated maintenance software, such as Fleetio, AssetWorks or RTA, which creates the work order. Both approaches work. The better one for you depends on whether your shop already runs maintenance software.
Power take-off (PTO) reporting separates productive engine time from wasted idle. Without it, a concrete mixer turning its drum at the pour site looks like a truck idling for no reason, and the driver's idle score suffers.
Platforms detect PTO in two ways. The common method is a wired input: an installer connects the PTO switch to an auxiliary input on the telematics device. Some platforms also read PTO status from engine data on trucks that report it. Once the platform knows when PTO is engaged, the idle report should exclude that time or show it separately.
PTO reporting also sharpens fuel management: once the idle report separates PTO time, the idle that remains shows where trucks actually waste fuel.
PTO hours feed maintenance, too. Hydraulic pumps, drums and booms wear on PTO time, so fleets that track it schedule that equipment's service more accurately.
Fleet platforms improve driver safety through driver behavior monitoring: AI dashcams flag risky driving, and coaching tools turn those events into feedback. The dashcams record when they detect events such as harsh braking, speeding, phone use or following too closely, then upload the clip for a manager to review.
Vocational trucks also need side and rear views. Backing incidents, blind-spot strikes and ground workers near the truck are common risks for refuse trucks, mixers and utility trucks. All five platforms in this guide support side and rear cameras alongside the main dashcam. They differ in how many cameras they support and whether those cameras run AI detection.
For driver management and performance, look for a driver score that shows trends over time and a coaching workflow that tracks each session from review to completion. Driver-facing apps let drivers watch their own clips and check their scores before a coaching session.
Fleet platforms handle mixed-asset compliance with an electronic logging device (ELD) for trucks, digital inspections for each asset type and data feeds from heavy equipment makers. Check every ELD against the Federal Motor Carrier Safety Administration (FMCSA) registered list before you buy.
Inspection coverage varies by asset type. All five platforms in this guide support electronic driver vehicle inspection reports (DVIRs) for trucks. Coverage for trailers and construction equipment varies: some platforms run it through the DVIR workflow, some through custom forms and some features are still in beta.
AEMP 2.0 is the telematics data standard developed by the Association of Equipment Management Professionals and published as ISO/TS 15143-3. It lets equipment makers such as Caterpillar, John Deere and Komatsu share machine location, engine hours, fuel use and, for some makers, fault codes with a fleet platform. To use it, the fleet needs an active telematics subscription on each machine and API credentials from the dealer. The data fields vary by maker, so ask each vendor which ones arrive for your brands.
Geotab, Motive, Samsara, Verizon Connect and Zonar all offer GPS tracking, maintenance tools, AI dashcams and ELDs. They differ most in how they report power take-off (PTO) time, bring in equipment data and manage work orders. The two tables below compare them alphabetically.
This table compares hardware, maintenance and PTO reporting:
| Platform | Vehicle and asset hardware | Maintenance | PTO and idle reporting |
| Geotab | GO10 vehicle device; GO8 and GO9 RUGGED devices for heavy equipment; GO Anywhere trackers for trailers and equipment | Engine-hour schedules, fault alerts and work orders in MyGeotab | PTO from engine data or the IOX-AUXM wired input; Preventable Idling rule excludes PTO time (beta) |
| Motive | Vehicle Gateway; Asset Gateway and Asset Gateway Mini for trailers and equipment; Motive Beacon for tools and attachments | Engine-hour schedules, fault alerts and work orders | PTO through the wired AUX/PTO cable on the Vehicle Gateway |
| Samsara | Vehicle Gateway; Asset Gateways for trailers and equipment | Engine-hour schedules, fault alerts and service logs; work orders through maintenance integrations | PTO through wired digital inputs; Idling Report filter excludes idling while PTO is active |
| Verizon Connect (Reveal) | Vehicle tracking unit; EAT for powered equipment; EAT-B for trailers and unpowered assets | Engine-hour Service Plans and fault alerts; work orders through Fleetio | PTO through a wired sensor input; Utilization report excludes PTO idle from idle time |
| Zonar | Zonar V4™ for medium- and heavy-duty trucks; Zonar LD™ for light-duty vehicles; Zonar ZTrak® for trailers and equipment | Vehicle health scores, fault severity levels and repair action plans with Zonar FaultIQ®, available as an add-on; inspection defects sent to AssetWorks or RTA | PTO through wired discrete inputs; Idle report shows PTO engagement |
This table compares safety, equipment data and best fit:
| Platform | Best fit | Safety and coaching | Equipment makers' data |
| Getoab | Fleets that want open data and a wide choice of add-on hardware | GO Focus AI dashcams with auxiliary side and rear cameras; Driver Safety Scorecard and video coaching | Caterpillar, John Deere, Komatsu and Kubota through the OEM Configuration Add-In |
| Motive | Construction, utility and ready-mix fleets that want vehicle, equipment and safety data together | AI Dashcam and AI Omnicam for side, rear and cargo views; AI Coach | Caterpillar, John Deere, Komatsu and Volvo through AEMP 2.0 |
| Samsara | Construction, ready-mix and aggregate fleets that want detailed PTO reporting and multi-camera safety | Dual-Facing AI Dash Cam with AI Multicam or HD Camera Connector for up to four auxiliary cameras; Safety Score and coaching workflow | Caterpillar VisionLink, John Deere JDLink and Komatsu Komtrax |
| Verizon Connect (Reval) | Small and midsize construction and field-service fleets | AI Dashcams with up to four Extended View Cameras; weekly safety score and coaching workflow | AEMP 2.0 in Verizon Connect Fleet, the enterprise platform |
| Zonar | Mixed, vocational and public-sector fleets that run light-, medium- and heavy-duty vehicles in one account | Zonar Coach™ with the AI-powered, dual-facing Zonar DashCam™ and external side and rear cameras; in-cab alerts, driver scorecards and a three-part coaching workflow |
AEMP 2.0 equipment data through Zonar SightIQ™ Predict and SightIQ Optimize |
Here's what each platform does best and what to weigh before you choose it.
Best for: Fleets that want open data and a wide choice of add-on hardware, including construction and public-sector fleets that mix trucks, heavy equipment and trailers.
Strengths: Geotab reads power take-off (PTO) status from engine data on trucks that report it and from the IOX-AUXM wired input on trucks that don't. MyGeotab schedules maintenance by engine hours and manages work orders without a partner. An open API, a software development kit (SDK) and the Geotab Marketplace connect it to maintenance, dispatch and fuel tools.
Trade-offs to weigh: Geotab sells through authorized resellers, so onboarding and first-line support depend on the partner you choose. Equipment inspections in the Geotab Drive app and the idle rule that excludes PTO time are both in beta, so confirm their status in a demo.
Best for: Construction, utility and ready-mix fleets that want vehicle, equipment and safety data on one platform.
Strengths: The Motive Vehicle Gateway pairs with Asset Gateways, so dispatch sees which truck is hauling which trailer or machine. Motive Beacon tracks smaller tools and attachments over Bluetooth. AI Omnicam adds side, rear and cargo views to the AI Dashcam, and AEMP 2.0 integrations bring Caterpillar, John Deere, Komatsu and Volvo machine data into the same dashboard.
Trade-offs to weigh: Motive detects power take-off (PTO) through a wired AUX/PTO cable, so ask whether idle reports exclude PTO time. Also ask how the safety score is calculated and whether driver inspections cover trailers and equipment.
Best for: Construction, ready-mix and aggregate fleets that want detailed power take-off (PTO) reporting and multi-camera safety.
Strengths: The Samsara Idling Report lets managers filter by PTO status and exclude idling while PTO is active. AI Multicam and the HD Camera Connector link up to four auxiliary cameras, including cameras mounted on refuse truck lift arms. Native integrations pull data from Caterpillar VisionLink, John Deere JDLink and Komatsu Komtrax, and dispatch integrations include CreteSuite for ready-mix.
Trade-offs to weigh: Samsara documents preventive maintenance schedules, service logs and DVIR defect tracking, so ask whether work orders run natively or through a maintenance integration such as Fleetio. Equipment inspections run through Connected Forms, separate from the DVIR workflow for trucks and trailers.
Connect Best for: Small and midsize construction and field-service fleets on Verizon Connect Reveal, and enterprise or government fleets on Verizon Connect Fleet.
Strengths: Reveal Service Plans schedule maintenance by engine hours. The Reveal Utilization report excludes power take-off (PTO) idle from idle time and reports PTO hours separately. EAT trackers cover powered heavy equipment and EAT-B trackers cover trailers and dumpsters. The coaching workflow moves each video event from review to completion.
Trade-offs to weigh: Verizon Connect documents AEMP 2.0 equipment data for Verizon Connect Fleet, so Reveal fleets with Caterpillar or John Deere machines should ask how that data comes in. Verizon Connect documents work order management through Fleetio, a Marketplace partner, so plan for a second system if your shop tracks repairs in detail.
Best for: Mixed, vocational and public-sector fleets that run light-, medium- and heavy-duty vehicles in one account.
Strengths: V4 and LD units feed Zonar fleet management software, so one account covers light-, medium- and heavy-duty vehicles. Zonar EVIR® time-stamps every zone a driver checks and sends defects to a connected maintenance platform, which creates the work order. ZTrak tracks trailers and equipment for up to 10 years per battery, and SightIQ adds equipment health and production data.
Trade-offs to weigh: Zonar has its deepest roots in public-sector, student transportation and vocational fleets, so long-haul carriers should confirm the platform fits their transportation management system (TMS), dispatch and freight workflows. Zonar shares API documentation directly with customers and partners, so ask for it early if you plan custom builds.
Fleetio and Tenna handle work that some telematics platforms leave to partners. Fleetio runs the maintenance side, and Tenna is an equipment-first option for construction contractors.
Fleetio is fleet maintenance software that runs the shop side: work orders, parts inventory, inspections and preventive maintenance by engine hours. It documents integrations with Geotab, Motive, Samsara and Verizon Connect, and it imports Caterpillar and John Deere equipment data. Fleetio pulls location and meter data from connected telematics devices and doesn't sell GPS hardware of its own.
Tenna is equipment management software for construction contractors who run mixed fleets of heavy equipment, vehicles, tools and attachments. It tracks assets with its own GPS trackers, Bluetooth beacons and QR codes, and it pulls location, engine hours and fault codes from Caterpillar, John Deere, Komatsu and Volvo equipment.
The best platform depends on your fleet's biggest operational problem. This table matches common vocational fleet types to the capability that matters most and a shortlist of platforms to pilot.
| If your fleet... | Prioritize | Platforms to shortlist |
| Runs PTO-heavy bodies such as mixers, refuse trucks or budget trucks | Idle reports that exclude PTO time | Samsara, Verizon Connect, Zonar |
| Runs trucks alongside heavy equipment on job sites | Equipment makers' data and trackers for trailers and machines | Geotab, Motive, Samsara, Zonar |
| Runs a busy in-house repair shop | Built-in work orders or dedicated maintenance software | Geotab and Motive (built-in); Samsara and Verizon Connect (with Fleetio); Zonar (with AssetWorks or RTA) |
| Is a public-sector vocational fleet | Light-, medium- and heavy-duty vehicles in one account, plus inspection records | Geotab, Verizon Connect Fleet, Zonar |
| Is built around custom systems | Open APIs and documented integrations | Geotab, Motive, Samsara |
Pilot two or three platforms on real routes with real drivers for at least a few weeks. Compare idle time with and without PTO, how fast fault codes reach the shop and how many inspections drivers complete on time.
Most vocational trucks with a gross vehicle weight rating of 10,001 pounds or more that operate in interstate commerce fall under the Federal Motor Carrier Safety Regulations (FMCSRs). Those rules cover hours of service (HOS), electronic logging devices (ELDs) and driver vehicle inspection reports (DVIRs). Many states apply compatible rules to intrastate fleets. For a closer look at ELD platforms, see our guide to the best ELD compliance systems for US trucking fleets.
Two exceptions matter most for vocational fleets: the short-haul exception and the government exception.
Not if their drivers qualify for the 150 air-mile short-haul exception. Qualifying drivers are exempt from the record of duty status rules in 49 CFR 395.8, which include the electronic logging device (ELD) requirement, so they don't need an ELD.
A property-carrying driver qualifies when all four conditions are met:
Radius: within 150 air miles (172.6 statute miles) of the normal work reporting location
Shift: back at that location and released from work within 14 consecutive hours
Rest: at least 10 consecutive hours off duty between 14-hour shifts
Records: carrier time records, kept for six months, showing when the driver reported, total hours on duty each day and when the driver was released
Passenger-carrying drivers need 8 consecutive hours off duty instead of 10. Read the full conditions in 49 CFR 395.1(e)(1).
Local dump, mixer and refuse routes often fit this pattern. Check which of your drivers qualify before you equip every truck with an ELD.
At the end of each day's work, the driver prepares a driver vehicle inspection report (DVIR) for each vehicle, listing any safety defects found or reported. No-defect reports aren't required. Before driving, the driver reviews and signs the last DVIR if one was required, and the carrier certifies that each listed defect was repaired, or that repair is unnecessary, before the vehicle runs again.
Carriers keep each report and its certifications for three months under 49 CFR 396.11. A rule effective March 23, 2026 explicitly allows electronic DVIRs, and paper remains allowed.
Generally, no. Transportation by a state or political subdivision is excepted from most of 49 CFR Parts 390 to 399, including the hours of service (HOS), electronic logging device (ELD) and driver vehicle inspection report (DVIR) rules. Commercial driver's license rules and drug and alcohol testing still apply. Many public works, refuse and snow fleets use digital inspections and maintenance tracking anyway, to keep trucks safe and records complete.
Ask each vendor to demonstrate how its platform handles the work your trucks and equipment do. These nine questions cover the vocational details that public documentation often leaves out:
Does the idle report exclude or separate time when power take-off (PTO) is engaged?
Can preventive maintenance run on engine hours and PTO hours?
Which data fields come through for our equipment brands, and are our dealer AEMP 2.0 subscriptions active?
How many side and rear cameras does the dashcam support, and do they trigger AI alerts?
Do driver inspections cover trailers and construction equipment as well as trucks?
How long does the vehicle device store data when it loses cellular coverage?
Does the platform include route planning, or does it rely on a partner integration?
Are work orders built in, or do they require a maintenance integration?
Is the electronic logging device (ELD) on the FMCSA-registered list today?
The right fleet management software for vocational trucking tracks the work your trucks do on the jobsite as closely as the miles they drive. If you'd like to see how Zonar handles PTO, inspections and mixed assets for your fleet, get in touch with our team.