Fleet Reporting and Analytics: KPIs and Cost Guide

Fleet reporting and analytics involves collecting data from a fleet — where, when, and how they are operating, the fuel used, the number of engine hours accumulated, the events that take place while they’re on the road, the maintenance activities conducted, and so on — and converting that information into units that can be used by a fleet manager, such as the number of hours spent driving, how much fuel is being wasted from idling, and how many vehicles are being operated. Reporting is what happened, Analytics is what it means and where to act. They work together to make a fleet from impression to evidence.

The importance is that without measurement, the majority of fleet expenses are invisible. An underused car, a driver who drives like a teenager, a truck that’s costing less to run than to own — these don’t say they’re on the way to becoming more expensive. They arise only at the time of data collection, comparison and reading. Reporting is the only way for a fleet to uncover those costs it was unaware of.

This guide addresses the metrics that matter, reporting and analytics, scheduled and custom reporting, and transforming reports into decisions, all while taking into account utilisation metrics.Along with utilisations metrics, this guide will discuss metrics that matter, how to read the utilisation metrics, the difference between reporting and analytics, scheduled reporting, custom reporting, and how to turn the reports into decisions. It adds to the essential functionalities of our fleet management solutions overview.

Quick Answer: What Is Fleet Reporting and Analytics? 

Fleet reporting and analytics transforms the information that a fleet generates into something that a manager can take action on. Reporting tells a story — distance travelled, fuel consumed, idle time, services needed, etc. — and analytics tells a manager where to act; to interpret it, it compares vehicles, and identifies trends.

The metrics that matter most to most fleets are: 

1. Utilisation — how much each vehicle is actually used versus its cost to own. 
2. Idle time — engine-on time doing no work, which wastes fuel and adds wear. 
3. Cost per vehicle — what each vehicle costs to run, so expensive outliers are visible. 
4. Fuel efficiency — consumption per distance or engine hour, by vehicle and driver. 
5. Maintenance and compliance — what is due, overdue, and what servicing has cost. 

Reporting is not the goal; it is the decision which it leads to: redeploy an underused vehicle, coach an driver, replace a vehicle whose costs have risen. If no one reads it, then it’s over the head.

Reporting vs Analytics: What’s the Difference? 

The two words go together, but they mean two different things and understanding the difference is what will save a fleet from drowning in reports and enable them to make decisions.  

Reporting is descriptive: it describes what happened. A fuel report includes the amount of fuel used by each vehicle and a trip report includes the various trips that each vehicle completed. Reporting answers “what”. 

Analytics is interpretive, and it helps you make sense out of the data and what you should do about it. It compares the cars to the other cars that were compared, to their own history, and flag or highlight outliers, trends and leads the user to a decision. Analytics provides answers to “so what?” and “now what?” 

A Fleet Reporting system has the numbers but still needs to manually search for the story. With a fleet with analytics, the story is surfaced — this vehicle is underused, that driver’s idle is rising; this truck’s maintenance cost is now higher than that of other vehicles. There is a practical side to this as well: It’s not about reporting any more, it’s about reporting things that lead somewhere.

Vehicle Utilisation: Are You Paying for Vehicles You Don’t Use?  

Vehicle utilisation is the measure of how much a vehicle is used in comparison to how much it costs to own, and is the most common indicator of wasted money in the owned fleet.  

Utilisation is normally calculated as a proportion of working to available time or a proportion of distance travelled to engine hours available. Read it this way: 

• Rank vehicles within their own class. A delivery van and a heavy truck are not the same type of vehicles and should not be compared to one another but should be compared to other vehicles that provide the same function. 
• Find the consistently low performers. A vehicle that fails to perform a lot of its potential service is a potential for redeployment to a more-used route, hire out or sell — it’s doing only a small percentage of its full value of service. 
• Watch the trend, not one week. Idle use of a vehicle for a quiet week in a quiet month is OK; it is a standing cost if used monthly during the same quiet week. 

Fleet-sizing is driven by the decision utilization drives – a fleet with several vehicles that are not being used enough is spending money to buy capacity that it does not need and utilisation data is what makes that visible and defensible. Don’t compare your results with an average – it is essential to measure your own fleet to find out what the most appropriate level of utilization is for you.

Idle Time: The Cost Hidden Inside “In Use” 

Idle time is defined as engine on time when the vehicle is not performing productive work, and it is a cost that is embedded within what appears to be normal operating time — a vehicle that looks like it’s in use might be idle for a lot of time.  

Idle is expensive because it uses twice – fuel and depreciation (engine hours) – and it is a burden. It reports it when it is found, by combining ignition states, engine hours and movement (engine on, vehicle stationary, no work being performed) to rank it per vehicle and per driver.

See idle as a proportion of engine hours per vehicle ranked worst to best as it “bundles” in a few vehicles and drivers and not evenly. The ranking is what drives action to where it is needed. A report that flags every minute of idle will be disregarded, with a few exceptions: Idle is not necessarily a waste — periods set aside for climate control, equipment operation, cold weather warm-up and required rest are valid, and should not be considered wasteful. Our guides to fleet fuel monitoring and driver behaviour monitoring  have a focus on the fuel and coaching aspects of the same idle data.

Cost per Vehicle: What Each Vehicle Really Costs 

Cost per vehicle will aggregate a fleet’s disparate costs by vehicle, which will allow a fleet manager to view the cost of each vehicle as opposed to just the overall fleet cost. It’s the yardstick that helps you choose between repair and replace.

A per-vehicle cost view typically combines: 

• Fuel — consumption and spend per vehicle. 
• Maintenance — servicing and repair cost accumulated per vehicle. 
• Utilisation — set against cost, to show cost per kilometre or per engine hour. 
• Downtime — time off the road, which is a cost even when nothing is spent.

This is what shows a car taming down the hill unnoticed and is best communicated as a running cost per kilometer or per hour. When the maintenance and downtime costs of a vehicle are rapidly rising, but its utilization is not, it’s only a matter of time before it becomes cheaper to replace the vehicle than it is to keep it — and only a history of per-vehicle costs will show it until the next major repair. For transport operators, the same vehicle data are used to inform the billing and finance reporting, process, ensuring they are able to match what they are charging with the operating costs of their vehicles.

The decision this drives is repair-versus-replace and is much more defensible if it is based on a documented cost trend than on a hunch that a vehicle “always seems to be in the workshop”.

Fuel, Maintenance and Driver Metrics in One View 

The rationale for reporting to be part of the same platform as tracking and not a separate tool is that the metrics that are important in reporting are different perspectives of the same operating data and they tell the whole story when combined and looked at together.

Idle time and driver events are related, as are idle time and maintenance costs, and idle time and fuel economy: A driver’s harsh events and idling will appear in the fuel report and put maintenance on the near horizon; an under-maintained vehicle will appear as poor fuel economy before it appears as a breakdown. If they run in separate systems you have to reconcile them manually to understand the relationship; if they’re on one system then the reporting will display the relationship.

That’s because a new per-vehicle fuel score appears against the driver’s scores and maintenance history of that vehicle in one place, rather than four separate reports. This is why the fuel, maintenance, and driver-behaviour capabilities in this cluster are one dataset viewed from different lenses, from a reporting perspective.
Shorten with AI

Scheduled and Custom Reports 

There are two practical elements that influence the use of reporting – automatic reporting and fleet specific reporting to own questions.  

Scheduled reports are created and sent automatically on a regular basis, such as a weekly utilisation report and a monthly cost per vehicle report; this information is provided to managers without anyone needing to remember to pull it. It’s about consistency: a report that comes out every Monday is read and taken action on it, a report that requires manual creation is not read or taken action upon it as often. 

Custom reports enable a fleet to create the view they require to do their work, rather than being restricted to pre-determined templates, as no two fleets measure success exactly the same — a delivery fleet interests itself in stops and ETAs, a plant fleet in engine hours and utilisation. This self-reported measurement and the capability to export the information for other uses, is what makes the platform work the operation, and not the other way around. 

These combined make reporting a regular occurrence of a specific type of information that a fleet operates on.

Fleet Reporting and Analytics in AIQ Connect 

AIQ Connect provides reporting and analytics within a self-hosted GPS tracking and fleet platform deployed on infrastructure you control. Mapped to the metrics in this guide: 

Reporting need	How the platform addresses it
Utilisation	Vehicle usage and engine-hour reporting to find under-used assets
Idle time	Idle reporting per vehicle and driver, from ignition and GPS data
Cost per vehicle	Fuel, maintenance and usage data brought together per vehicle
Fuel and driver metrics	Fuel efficiency and driver-behaviour reporting on the same data
Standard and custom reports	A set of standard reports plus custom reports built to your metrics
Scheduled delivery	Reports generated and delivered on a schedule

Your fleet data and reports remain under your control with the deployment and will be based on the same data that is used for fuel monitoring, maintenance and driver behaviour– not a separate data set.  

Identifying scope. It is important to verify what standards reports are available, the flexibility of the custom report builder, export formats and scheduling options during a demo for your fleet. Don’t take it for granted that a report exists – confirm which ones are covered, and if fleet data is sent to external BI or finance tools, make sure there’s an option to export it.

How to Choose a Fleet Reporting Platform 

Evaluate against six criteria: 

• The metrics you need — does it report utilisation, idle, cost per vehicle, fuel and maintenance, and the specific measures your operation runs on. 
• Analytics, not just reports — does it help you interpret the data (comparisons, trends, outliers) or only present it. 
• Custom reports — can you build the views your operation needs, not just fixed templates. 
• Scheduled delivery — can reports arrive automatically on a cadence, so they actually get used. 
• Export and integration — can you get the data out, via export or API, for finance or BI systems. 
• Data ownership — whose infrastructure holds your fleet data and reports, which matters for sensitive operating and cost data. 

Then test on your actual operational data and the reports you’d use on a daily basis, and be sure they provide insights and not just data before implementing.

Frequently Asked Questions 

What is fleet reporting and analytics? 

Fleet reporting and analytics transform all the data a fleet generates – trips, fuel, engine hours, driver events, maintenance – into metrics that a fleet manager can take action on. Reporting tells you what has occurred; analytics digs in, compares vehicles and reveals trends and outliers. The key metrics are the utilization, idle time, cost per vehicle, fuel efficiency and maintenance, and not the report which is created by the metric but rather the decision which is made based on the report.  

What is the difference between fleet reporting and fleet analytics? 

Reporting is descriptive — describing what occurred, e.g. the amount of fuel consumed by each vehicle. Analytics is interpretive — it tells you what the data means and what to do, it can compare vehicles to other vehicles, vehicles to themselves and can identify outliers and trends. A fleet reporting only has numbers but needs to look for a story; analytics reveals the story and identifies a decision.  

What are the most important fleet KPIs? 

Fleets should monitor vehicle utilization (usage vs. cost to own), idle time (engine-on time with no work being done), cost per vehicle (what each vehicle costs to run), fuel efficiency (consumption per distance or engine hour), and maintenance and compliance status. What counts is important for your operation, so assess your own fleet and trends instead of taking an average published value, which might not match you.  

What is vehicle utilisation and why does it matter? 

Vehicle utilisation is the amount of time (and/or distance) that a vehicle is used in relation to the cost of the vehicle (usually in terms of working time or distance in relation to what it could have accomplished). It is important because an underused vehicle continues to have the full cost of ownership but only benefits by the amount of work performed. Utilisation ranking in each vehicle class identifies candidates for redeployment, hire out or sell – hence right-sizing of fleets. 

How do you measure idle time in a fleet? 

Idle time is the sum of ignition time, engine hours and movement (engine on, vehicle not moving, no work being performed) expressed as a percentage of the total number of engine hours per vehicle. Rank it from worst to best, as idle is focused on a small percentage of vehicles and drivers. Normal operation will be marked and dismissed if the accountant considers the idling is legitimate (e.g. equipment operation or climate control or required rest periods). 

What is cost per vehicle and how is it calculated? 

Cost per vehicle consolidates an asset’s costs into one figure, such as the cost of fuel, maintenance and downtime, and compares the utilisation of that asset to a cost per kilometre or engine hour. It exposes the silent fact that a vehicle is getting uneconomic – the moment maintenance and downtime costs start to rise and utilisation is not, it means that the vehicle is getting near to the point where it becomes more economical to replace it than keep it. It provides evidence to answer the repair versus replace question.

Why should fleet reporting be on the same platform as tracking? 

Fuel, maintenance, idle and driver metrics are all different perspectives of the same operating data and only tell the whole story when combined. A diagnosis is established by a rising per vehicle fuel figure read off that vehicle’s driver and maintenance history in one system – in the other, you’d have to do it by hand. One platform gives a single view of the reasons a vehicle costs what it does with several reports thrown together.

What are scheduled reports in fleet management? 

Scheduled reports are compiled and automatically sent on a regular basis, whether that is weekly, or on a monthly basis, offering a utilisation report, or a cost per vehicle report — information that can be provided without anyone having to ask for it. They’re useful because they are consistent: a weekly report that’s read and acted upon is often a report that’s read and acted upon while a manually created report is probably not. In addition to custom reports, they help ensure that the metrics a fleet utilizes flow smoothly.

Getting More From Your Fleet Data? 

Utilisation, idle time, cost per vehicle, fuel and maintenance are some of the reports tracked by AIQ Connect alongside and based on the same data as tracking, fuel, maintenance and driver behaviour, with a standard and custom report of your infrastructure that you control.  

Book a free AIQ Connect demo  → 

Related reading: Fleet Management Solutions · Fleet Fuel Monitoring and Theft Detection · Vehicle Maintenance Management · Driver Behaviour Monitoring · What Is Self-Hosted GPS Tracking Software?