Buyer’s Guide · Fleet Compliance · Updated 2026
Best DOT Compliance Inspection Software in 2026: Top Platforms Compared
Five platforms for the vehicle inspection, repair and maintenance file a carrier has to produce on demand, compared across seventeen capabilities: how each one gets the inspection done, carries a defect through to a certified repair, and keeps the record. Every mark is sourced from vendor documentation.
What Is DOT Compliance Inspection Software?
DOT compliance inspection software manages the inspection, repair and maintenance record a motor carrier is required to produce on demand. Buyers refer to this software under several names, including DOT compliance software, FMCSA compliance software, DOT inspection software, fleet compliance management software and vehicle compliance recordkeeping software. The operator inspects the unit, the finding is routed to whoever fixes it, the repair is certified, and the whole sequence is filed against that vehicle for as long as the rules require it to be kept.
The thing that separates these products is not whether they can capture an inspection. It is whether the record they produce actually holds together when somebody hostile reads it. An inspection app is judged on the morning it is used. Compliance software is judged months later, by a DOT investigator working through a carrier’s files, by an enforcement officer, or by an attorney investigating a truck involved in a crash. Nobody in that group is grading the app and yet the app can make a big difference.
That gap between the day of use and the day of scrutiny creates three demands. The first is coverage, meaning a record is created and exists for every unit on every required occasion, and this is a common point of failure for many carriers. Coverage is not a policy problem, it is a usability problem. The interface nobody grades at the audit is the thing that decides whether operators complete the inspection at all. An app that is slower or more awkward than the paper it replaced gets rushed, pencil-whipped or worked around within weeks, and that is at the root of missing records and meaningless data. The second demand is a closed chain, showing the defect was found, reported, repaired and certified rather than simply noted. The third is retrieval, meaning the file can be assembled per vehicle and handed over during the visit rather than reconstructed afterward.
The governing rule is 49 CFR 396.3, which requires every motor carrier and intermodal equipment provider to systematically inspect, repair and maintain all vehicles under its control, keep records for each vehicle it controls for 30 consecutive days or more, and retain those records for one year plus six months after the vehicle leaves its control. Section 396.17 adds a separate periodic inspection at least once every 12 months by a qualified inspector, documented under 396.21. FMCSA has confirmed in published guidance that computerized recordkeeping satisfies 396.3 provided the required records are in the system and can be reproduced on demand, which is the specific permission FMCSA vehicle inspection recordkeeping software rests on.
Platforms Covered in This Guide
SafetyCulture (now Mitti)
Teams that want a free or low cost way to build and store their own inspections records
Fleetio
Carriers that want the compliance record inside a full maintenance system
Whip Around
Carriers that want a dedicated inspection app with basic maintenance features
J. J. Keller
Carriers that are more focused on a vehicle and driver compliance system and may consider a separate CMMS
Driveroo
Carriers that want to ensure compliance, with repair, safety and other frontline work automated in the same platform
DOT Compliance Inspection Software: Comparison at a Glance
Seventeen capabilities in three groups: coverage and the operator experience, the path from a defect to a certified repair, and the compliance records and platform around them.
Driveroo publishes this guide and appears in the comparison. Every mark is drawn from vendor documentation and third-party material, including the marks that favor competitors, and the reasoning behind each one is recorded in a source and data log.
| Capability | |||||
|---|---|---|---|---|---|
| DOT Inspection Forms, Daily and Periodic | ✓ | ✓ | ✓ | ✓ | ✓ |
| Missed Inspection Alerts (realtime) | – | – | ✓ | ◐ | ✓ |
| Audit Submission Evidence (time, GPS, signature) | ◐ | ✓ | ✓ | ◐ | ✓ |
| Photo and Video Defect Evidence | ✓ | ◐ | ✓ | ◐ | ✓ |
| Offline Capture and Sync | ✓ | ✓ | ✓ | – | ✓ |
| Visual, Asset Specific Guided Points | – | – | – | – | ✓ |
| Conditional and Branching Logic | ✓ | – | – | – | ✓ |
| In Flow Training and Guidance | ◐ | – | – | – | ✓ |
| Prior Defect Shown to the Operator | – | ✓ | – | ◐ | ✓ |
| Defect to Work Order Automation | – | ✓ | ✓ | ◐ | ✓ |
| Certification of Repair | ◐ | ✓ | ✓ | ✓ | ✓ |
| Preventive Maintenance Scheduling | ◐ | ✓ | ✓ | ✓ | ✓ |
| Parts and Warranty Management | – | ✓ | ◐ | ◐ | ✓ |
| Outside Shop Estimates and Approvals | – | ✓ | ◐ | ◐ | ✓ |
| Driver Record Management | – | ◐ | – | ✓ | – |
| Telematics and Odometer Sync | – | ✓ | ✓ | ✓ | ✓ |
| AI in Workflow | ◐ | ◐ | ◐ | ◐ | ✓ |
| Ratings (G2 / Capterra) | 4.6 / 4.6 | 4.6 (190) / ~4.8 | 4.8 (94) / 4.7 (577) | 4.7 (5) / 4.0 (1) | 4.9 (45) / 4.8 (22) |
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Capability
Driveroo
Key: ✓ = full built in capability | ◐ Partial = limited, add on, tier gated, or back office version of the capability | – = not available or not documented as a capability, including where no sourced vendor or third party documentation addressed the capability directly, rather than assuming it does not exist. AI in Workflow note: the four Partial marks do not mean the same thing. SafetyCulture drafts an issue from a photo, prompt or voice note for review. Fleetio grades repair orders and reads a completed service entry against open issues. Whip Around re reads submitted inspection photos and lifts odometer readings from images. J. J. Keller’s AI sits in its camera hardware, classifying risky driving and firing passive ADAS alerts. None of them is present while the operator is inspecting the vehicle, which is what the full mark requires. Prior Defect note: Fleetio flags the open issue on the specific item and blocks a required item from being skipped. Driveroo carries prior issues and their history into the inspection. J. J. Keller’s Partial reflects an Open DVIR Pending Review prompt raised on ELD connection, which announces that an unresolved report exists without naming the defect or its location. SafetyCulture offers a manual lookup for duplicate reduction, and Whip Around holds outstanding faults at the work order level. Ratings and tier note: Driveroo’s ratings are verified directly from live G2 and Capterra pages. SafetyCulture’s are carried forward from prior research and should be rechecked following the August 2026 rebrand to Mitti. J. J. Keller’s rest on five G2 reviews and one Capterra review, so its App Store rating is given in the vendor snapshot as a larger sample. Several marks above depend on which plan is purchased.
How to Choose the Right DOT Compliance Inspection Software for Your Fleet
1
The first comparison is usability, because coverage depends on whether drivers use the app and use it correctly. Every solution can create a digital version of a paper form, but visual guided vehicle inspection software adds more operator friendly features like single tap, full screen and swipe completion controls to simplify data entry and visual guidance to highlight inspection points. Prior defect recall, enforced item order, required evidence on a failure and conditional logic are also features that both guide the inspection and ensure accuracy for reporting. Embedded training and inspection tips help with onboarding and equalize skill levels to ensure consistent reporting. Offline capture matters too. Finally, check what the platform does when an inspection is simply missed, because a dashboard showing the shortfall is not the same as a realtime notification that can solve the problem.
2
Second, consider whether the inspection ties into a maintenance and repair program or stops at a stored form. A compliant DOT file has to show the defect was found, reported, repaired and certified, and each handoff is a place a platform either automates the work or drops it. Look for defect to repair order automation, where a failed item opens a repair order without re entry, whether the platform schedules preventive maintenance by mileage and engine hours rather than the calendar alone, whether parts and warranty status attach to the repair, and whether an outside shop can return a priced estimate for approval inside the system instead of over email. Ask what proves the fix actually happened, since a closed task is not a certified repair.
3
Third, confirm the solution meets your compliance needs. The minimum is a file per vehicle holding the identification of the unit, a schedule showing the nature and due date of each inspection and maintenance operation, and a dated record of every inspection, repair and maintenance job performed, kept for every vehicle under the carrier’s control for 30 days or more and retained for one year plus six months after that vehicle leaves. Documentation of the annual periodic inspection under 396.17 is also required to be associated with the asset. All this information has to be reproducible on demand. Beyond the minimum, the useful additions are cost per vehicle and per repair, parts and warranty history attached to the work performed, and driver record management, meaning driver qualification files, drug and alcohol records, motor vehicle records and training held alongside the vehicle file. Only one platform here carries that last group.
4
Finally, be specific about AI, because every vendor uses the word and most of them mean back office applications. Creating forms, grading repair orders, reviewing photos after submission and classifying dash cam footage all save office time. AI that reaches the driver during the walkaround is a different capability doing a different job. Ask each vendor to demonstrate exactly where their AI runs, and score frontline guidance and back office assistance separately.
DOT Compliance Inspection Software: Vendor Snapshots
Overview: SafetyCulture, known for years as iAuditor and rebranded as Mitti in August 2026, is general inspection software rather than a compliance product, and a DOT inspection enters it as one template. Its position in this market comes from the free tier and the public template library, which together let any supervisor stand up a digital inspection without a purchase order. The template engine supports logic fields with follow up questions, media can be required on a given answer, an action can be made mandatory before an inspection can be completed, and named people can be notified based on a response. A dedicated Instruction response type holds how to steps, diagrams and PDF guides. The Issues feature links to investigations and corrective action records. What is absent is the vehicle compliance and maintenance layer around all of that, although there is an early access version for preventive maintenance.
Best for: Teams that want a free or low cost way to build their own inspections across vehicles, equipment and site safety and hold the results digitally.
Key features
Free tier plus a very large public template library covering vehicle and equipment inspections. Logic fields for branching questions, required media, required actions and response triggered notifications. Issues capture for hazards, near misses and incidents, linked to investigations and corrective action records. Instruction response type carrying images, PDFs and how to steps at the question. Assets feature holding open and completed actions against a specific asset. Preventive maintenance scheduling by time interval or by odometer and runtime reading, in early access by request. Separate Training module with courses and lessons. AI Assistant, Agents and AI Issue Creation. Offline capture with automatic sync.
Limitation
SafetyCulture produces an inspection record but not a compliance file. Actions are tasks rather than repair records. There is no work order carrying labor and cost, no parts or warranty tracking and no route to an outside shop, so the repair half of the 396.3 chain has to live in another system. Preventive maintenance scheduling exists but is basic and is not a standard product feature, sitting in early access a customer has to request, so it should not be assumed present during an evaluation. Location capture is documented for Issues rather than for inspection submissions, which weakens the submission as evidence that the inspection happened at the vehicle. It has no visual, asset specific interface, no automated notification when an inspection is missed, and no driver record management for a compliance buyer who needs qualification, drug and alcohol or MVR files in the same place.
Overview: Fleetio is a fleet management platform, and the compliance record benefits from that heritage in a specific way: almost every handoff in the defect chain is a native object rather than a workaround. An inspection failure opens an Issue automatically, the Issue converts to a work order or service entry, preventive maintenance runs on runtime hours or mileage, parts inventory flows into work orders, and a dedicated Warranty Management module flags coverage before a repair is approved. Its outside shop capability includes a network the company sizes at more than 110,000 providers with line by line estimate approval, auto approval rules by cost or provider, and consolidated billing. Two capabilities matter particularly for evidence quality. An open issue from an earlier inspection is flagged on the specific item, in the checklist and again on the item itself, the next operator sees whether it is still open and can confirm or reject a claimed resolution, and a required item carrying an open issue cannot be skipped. Separately, Fleetio records a GPS point for every individual item on a submission and automatically flags submissions whose points cluster too tightly or sit too far from the vehicle to represent a real walk around it.
Best for: Carriers that want the compliance record folded into a full vehicle maintenance system, particularly those outsourcing most repairs and wanting tight control over what an outside shop is authorized to do.
Key features
Inspection forms with fixed item types including pass or fail, dropdown, meter entry and tire readings, with offline completion and signature. Per item GPS capture with automatic location exception flagging. Open issues flagged on the specific item, with confirm or reject on the resolution. Workflows that create Issues automatically on item failure, convertible to work orders. Preventive maintenance by runtime hours, mileage or date. Parts inventory and a Warranty Management module on the Premium plan. Outside shop network with line item estimate approval and auto approval rules. Telematics integrations including Samsara, Geotab, Motive, Verizon and Caterpillar.
Limitation
Fleetio’s forms use fixed item types with post submission automations rather than logic that adapts the form as the operator works, and there is no visual, asset specific interface. Video is explicitly unsupported at the inspection item level. Nothing is delivered to the operator as guidance or training during the inspection, and the AI investment is limited to repair approval, document handling and issue reconciliation in the back office. There is no missed inspection alert and the only documented notification for an inspection that was actually missed is a weekly summary email. Several of the capabilities that make Fleetio strong here, including warranty tracking, the outside shop network and inspection schedules themselves, require higher plan tiers than the entry product.
Overview: Whip Around is a dedicated inspection app in this comparison, built around the daily check first and extended into maintenance afterward. The inspection experience is deliberately plain and quick: preloaded compliant forms or a custom builder, barcode and QR scanning to open the right asset, photo or video on any failed item, voice to text notes, severity flags, and a form that auto fills operator, vehicle, date, time and location before closing with a signature. The app can force inspection items in order and refuses an incomplete submission. Photos can also be gathered through a separate Photo Card holding up to twenty images at once, which is fast for the operator but produces untagged evidence with no defect indication attached. The maintenance layer is more substantial than a simple inspection tool: work orders carry parts that deduct from inventory automatically, and a corrected fault requires a mechanic e signature that attaches to the asset’s service history. Missed inspection handling is a push notification to the operator and an email to following managers. See the full head-to-head: Driveroo vs Whip Around.
Best for: Carriers that want a dedicated inspection app with work orders and parts layered on top, without committing to a deeper fleet management platform.
Key features
Preloaded compliant inspection forms plus a custom form builder, with barcode and QR scanning to open a check. Photo and video capture, voice to text notes and severity flags on failed items. Auto filled operator, vehicle, date, time and location, closing with a digital signature. Sequential item flow that blocks incomplete submission. Automatic work order creation from failed items, with parts deducted from inventory. Mechanic e signature required to certify a corrected fault. Missed inspection reminders by push notification and manager email. AI Inspections Pro for automated review of inspection photos. Odometer reading by phone camera using optical character recognition. Integrations with Samsara, Motive and Geotab.
Limitation
Whip Around shows the same text item list to every operator, with no visual, asset specific interface, and branching logic in inspection forms was not confirmed. Outstanding faults sit at the work order and manager level rather than in front of the operator starting the next inspection. There is no warranty tracking. Outside shops receive an email with a link to view the defect, comment, change status and upload receipts, but no way to submit a priced estimate the carrier approves or rejects before work starts. The recurring day to day friction is photo tagging: images captured on a Photo Card carry no pass, fail or defect marker, so they reach the shop untagged and a reviewer opens each one to find out whether anything is wrong. Whip Around’s own material describes exactly that scenario and positions the paid AI Inspections Pro upgrade as the remedy. In flow training is absent, and driver record management is out of scope.
Overview: J. J. Keller is a regulatory compliance and training company that expanded into software through digitizing the rulebook, and Encompass reflects that origin at every level. The vehicle inspection sits inside a platform that also holds driver qualification files, the drug and alcohol program, motor vehicle record monitoring, hours of service, IFTA and training records, which is the widest regulatory footprint in this comparison. The Encompass DVIR app captures §396.11 and company specific inspections on a phone or tablet, with criteria configurable per equipment type, and it relays defects and photos to the back office so units needing certification of correction can be prioritized. The repair certification chain is documented explicitly: the reporting driver’s signature, the maintenance sign off, and the next driver’s signature, which is the three signature sequence the regulation contemplates. Behind it, the Vehicle Maintenance module schedules and tracks preventive maintenance by time, miles or engine hours with 30 and 60 day PM notifications, manages parts inventory and repair orders, and tracks cost for external repair orders and total cost of ownership.
Best for: Carriers that want the vehicle inspection record held alongside driver qualification, drug and alcohol and training files in a single regulatory system backed by an in house compliance research operation.
Key features
eDVIR app for pre trip and post trip inspections with criteria customizable by unit type, photo capture of defects and relay to the Encompass back office. Documented driver, carrier official and next driver signature sequence for certifying a repair. Open DVIR Pending Review prompt raised on ELD connection, routing the driver into a review and certification step. Vehicle Maintenance module with preventive maintenance scheduling, 30 and 60 day PM notifications, parts inventory and repair orders. Cost tracking for external repair orders and total cost of ownership including external services, parts and depreciation. Driver qualification, drug and alcohol, motor vehicle record monitoring, hours of service, IFTA and training records in the same platform. Log auditing against Parts 395 and 396 with reporting and dashboard alerts. VT100 telematics device combining ELD and GPS tracking, plus Geotab hardware options. VideoProtects camera system with AI classification of risky driving and passive ADAS alerts. Timesheet clock in and out for non regulated personnel.
Limitation
Encompass is built to file the record rather than to improve the inspection that produces it. There is no visual, asset specific interface, branching logic within a form was not confirmed, and the prior defect prompt announces that an open report exists without showing what the defect was or where on the unit. The app’s own documentation describes records transmitted to the back office via cellular connection and no offline capability was located in any sourced material, which is a real risk in yards and remote terminals. Defect to repair routing is documented as prioritization in the back office rather than automatic repair order creation from a failed item, warranty tracking specifically was not documented alongside parts inventory, and outside repair is handled as cost tracking rather than an estimate the carrier approves. J. J. Keller’s training catalog is large, but none of it is delivered inside the inspection, sitting instead in a separate Learning Center app and training recordkeeping module. Its AI is in the camera hardware, not the inspection software. Public third party review volume is very thin, with five G2 reviews and a single Capterra review dated 2019, and the App Store sample, while larger, is well below the others in this comparison.
Overview: Driveroo, powered by ROO.AI, attacks the compliance problem from the inspection and issue resolution process automation dimensions, to ensure consistent and accurate compliance. Instead of a text list, the app shows the operator the actual unit with the exact inspection points marked, using visuals matched to that asset type, with single tap, swipe and group completion, voice to text and image and video capture. That interface is configurable rather than fixed, spanning plain checklists, illustrated screens, real equipment photos and work instructions with galleries and video, mixable inside one inspection. Setup runs through a concierge service that builds each workflow to the customer’s equipment and process rather than handing over a template library. Prior issues are recalled inside the inspection to cut rushing, and a flagged defect flows into an issue and then a work order with parts, labor and warranty checked automatically. Work orders can go to outside repair providers for estimates and be approved back inside the platform, with auto approval thresholds. Beyond the vehicle, the same app carries hazard and incident reporting on mobile, accident reporting, job safety assessments, a library of more than 200 toolbox talks, and inspections for tools, extinguishers and other assets with serial and expiry tracking.
Best for: Carriers that want the inspection behind the record to be genuinely faster and more accurate at every skill level, want repair, safety and other frontline processes automated in the same platform, and want AI reaching the operator rather than only the office.
Key features
Visual, asset specific interface showing the exact unit and inspection points, configurable per asset type. Conditional logic that adapts the inspection in realtime. Prior issue recall shown to the operator during the inspection. Single tap, swipe and group completion, voice to text, and image and video capture, with location and hours attached automatically. Automatic work order generation with parts, labor, warranty check and low stock warnings. Preventive maintenance by mileage, hours or date. Outside repair provider access with estimate request, approval and auto approval thresholds. Embedded micro training and work instruction, job safety assessments, hazard reporting, incident and accident reporting, and a library of over 200 toolbox talks. AI agents delivering step by step prompts, reminders and micro training, plus AI conversion of existing forms and procedures. Missed inspection and suspect inspection location alerts with escalation until closed. Telematics integrations including Samsara, Azuga, Motive and Verizon Connect that can incorporate ELD and camera data for use in inspections or driver coaching. Works online and offline on iOS and Android.
Limitation
Driveroo covers the vehicle file rather than the driver file, so driver qualification, drug and alcohol program records and motor vehicle record monitoring are not a focus of the system, although licenses and certifications with expiration notifications can be attached to drivers. There is no self service authoring tool for building new inspection workflows today. Driveroo configures workflows through a concierge service included in the subscription, which produces a closer fit to the customer’s equipment but makes the product a better match for departmental or organizational rollouts than for one operator replacing a single paper pad this afternoon. The company reports that AI based self authoring is on the roadmap. Driver assignment features found in some broader fleet management platforms are not part of the product.
See how Driveroo handles inspections, repairs and records in one place: Driveroo DOT compliance inspection software
Frequently Asked Questions
DOT compliance inspection software is a category of platforms that produce and hold the vehicle inspection, repair and maintenance records a motor carrier is required to keep and to produce on demand. An operator completes the inspection on a phone or tablet, defects are routed to whoever repairs them, the repair is certified, and the whole sequence is filed against that unit for the retention period. Stronger platforms also schedule preventive maintenance, carry parts and warranty status on the repair, and prove that a reported defect was actually fixed rather than only noted. The category is also called DOT compliance software, FMCSA compliance software, fleet compliance management software or vehicle compliance recordkeeping software.
The leading options for 2026 include SafetyCulture, now rebranded as Mitti, for teams wanting a free or low cost way to build and store their own inspections; Fleetio for carriers that want the record inside a full maintenance system with strong control over outsourced repair; Whip Around for a dedicated inspection app with work orders and parts layered on top; J. J. Keller for carriers that want vehicle records held alongside driver qualification, drug and alcohol and training files in one regulatory system; and Driveroo for carriers that want a guided visual inspection, native repair and safety automation, and AI that reaches the operator. The right answer depends on whether the priority is regulatory breadth across driver and vehicle files, depth in maintenance and repair cost control, or the accuracy of the inspection that produces the record in the first place.
Under 49 CFR 396.3, a motor carrier must keep records for every vehicle it controls for 30 consecutive days or more. Those records must identify the vehicle by company number if marked, make, serial number and year, and identify the owner if the carrier does not own it. They must include a means to indicate the nature and due date of the various inspection and maintenance operations to be performed, a record of inspection, repairs and maintenance showing their date and nature, and a record of tests conducted on pushout windows, emergency doors and emergency door marking lights on buses. The records have to be retained where the vehicle is housed or maintained for one year, and for six months after the vehicle leaves the carrier’s control. Separately, the report from the annual periodic inspection under 396.17 is retained under 396.21.
Yes. FMCSA has addressed computerized recordkeeping directly in its published interpretations for 396.3, stating that it is permissible provided the minimum required inspection, repair and maintenance records are included in the computer system and can be reproduced on demand. The practical consequences of that phrase are worth taking seriously when evaluating software. Reproduced on demand means an investigator asks for a specific unit’s file and it is assembled and handed over during the visit, not compiled afterward. Buyers should test that during a trial by picking one vehicle at random and asking the platform for its complete inspection, repair and maintenance history for the retention window, then checking whether what comes out contains every element the rule lists.
They serve different purposes and are governed by different rules. The daily inspection is performed by the driver, covers the vehicle’s safe operating condition, and produces the driver’s report when defects are found. The periodic inspection under 49 CFR 396.17 is an annual event, must cover at least the components in Appendix A to Part 396, and must be performed by an inspector who meets the qualification requirements in 396.19, with the resulting report retained under 396.21. In a combination vehicle each unit is inspected separately, so a tractor, semitrailer and full trailer each need their own. Carriers often digitize the daily inspection and leave the annual on paper, which is worth checking, since the periodic inspection documentation is a standard request during a compliance review.
They differ by what problem their builders were originally solving. One group came from general inspection and checklist software, which makes them flexible about what gets inspected and thin on what happens to a defect afterward. A second came from fleet maintenance, which makes the repair, parts, warranty and cost side deep and the inspection itself fairly plain. A third came from regulatory compliance and training, which puts vehicle records next to driver qualification and drug and alcohol files while treating the inspection as a form to be filed. The fourth difference is the inspection experience itself, ranging from a flat text list identical for every operator to a guided visual interface that shows the actual unit and the exact component, with prior defect recall and guidance delivered in place. The last is AI, which in most products handles drafting, analysis or after the fact review, and in a few delivers AI guidance for frontline operators during the inspection.
An investigation reaches well beyond the inspection file. Alongside vehicle inspection, repair and maintenance records and periodic inspection documentation, investigators commonly request driver qualification files, hours of service records, and drug and alcohol program documentation. Software helps in three specific ways rather than generally. It makes the record retrievable per vehicle for the retention window, so a request produces a file rather than a search. It closes the defect chain automatically, so the report showing a defect is linked to the repair and the certification instead of relying on somebody remembering to connect them. And it shows the gaps in advance, so a carrier discovers a month of missing inspections during a routine review rather than while an investigator is sitting in the office. The narrower point worth planning for is that a well filed record proves an inspection was submitted, not that the vehicle was examined properly, which is where guided inspection, prior defect recall and evidence capture earn their place.
Sometimes, and it depends on how much repair work the carrier does in house. A platform that only captures inspections and stores records leaves everything after the defect to a separate system. Several platforms in this category go considerably further, with preventive maintenance triggered by mileage or engine hours, work orders carrying labor and parts, inventory that decrements automatically, warranty status attached to the repair, outside shop estimates and approvals, and cost reporting per unit, which is enough to serve as the system of record for many fleets. The capabilities most worth testing against an existing maintenance system are parts inventory depth, warranty handling, outside vendor control and cost analysis, because those are the areas where inspection first tools tend to stop. A carrier running a large in house shop should evaluate maintenance depth separately from compliance capability rather than assuming one implies the other.
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