Fleet Management Software Cost: Subscription Pricing vs Building Your Own

Standard pricing for fleet management software is between $20 and $60 per vehicle per month for many US client deployments. Software-only fleet systems are cheaper, and higher-end telematics systems are more expensive. The total cost is heavily influenced by hardware, installation, connectivity, compliance, integrations, implementation, and support. A better question to ask is, how much does it cost to run fleet management software over the course of five years?

This analysis comes courtesy of a custom software team that built fleet and logistics technology for US operators. The numbers on the build side reflect the cost of development. It is not what a vendor would charge.

When the TCO of SaaS becomes a factor, the fragmentation of modules or limitations of integration are worth considering. After five years, it's time to schedule a software development consultation with Xcentric Services.

How Much Does Fleet Management Software Cost?

Fleet management software cost is determined by how much a fleet is willing to spend to manage what they need and how much the vendor charges. Pricing generally falls into one of the following models: per vehicle, per asset, per user, per flat rate, annual subscription, or enterprise quote.

Telematics systems currently on the market tend to cluster in the $20 to $60 per vehicle per month range. Many Geotab systems fall into the same category as many fleet management systems. A broader survey by Tech.co cites a range of $15 to $50. Pricing for Motive systems hovers in the $35 per vehicle per month range. These pricing references reflect the market. Prices quoted by vendors are likely to change.

Managing a fleet with just software has the potential of being much less expensive. Currently, Fleetio’s plans start with an estimated price of $4 a month for each vehicle when billed yearly. Fleetio’s higher price tiers are estimated to be $7 and $10. Fleetio’s pricing indicates that its software pricing encompasses vehicles and assets, and it demonstrates that asset management software pricing should not be directly compared to complete telematics solution pricing.

For a potential buyer, the critical software pricing distinction is telematics pricing versus complete fleet technology pricing.

Monthly Pricing for Per-Vehicle and Per-Asset

Per-vehicle pricing is straightforward:

Monthly Pricing = Number of Vehicles x Price per Vehicle

For Example:

At the price point of $35/vehicle/month, the cost for a fleet of 10 vehicles would be $350/month. A fleet of 500 vehicles would be charged $17,500/month, prior to volume discounts, telematics hardware, software implementation, and added software modules.

This pricing model clearly indicates the importance of fleet size in pricing for a recurring expense.

Per-asset pricing, on the other hand, is structured differently. Non-powered assets, like trailers and heavy equipment or tools, may be charged separately from powered vehicles. Fleetio, for instance, clearly differentiates between vehicles, equipment, trailers, and tools in its asset management framework.

Flat-rate and Enterprise Pricing For Fleet Management Software Cost

Enterprise fleet management software may have no pricing available at all.

Vendors or resellers will consider:

• Fleet size

• Asset type

• Number of locations

• Required modules

• Hardware

• Integrations

• Implementation

• Support tier

• Contract length

• Annual versus monthly billing

• Volume discount tiers

• Reseller or dealer pricing

Enterprise pricing can be appealing for larger fleets, but buyers should be encouraged to ask for enough information to evaluate competing offerings.

The general type of pricing seen in the U.K. is similar, but costs will be impacted by hardware, taxes, regulations, compliance, reseller arrangements, currency, etc. The costs seen in this article are in USD for alignment.

Software Cost vs Total Fleet Technology Cost

A subscription is just one part of the cost of fleet management software.

The equation for the total cost is:

Total fleet software cost = Subscription + Hardware + Installation + Connectivity + Add-on modules + Integrations + Implementation + Support

That is the number procurement teams should evaluate.

What Affects Pricing of Fleet Management Software?

Fleet management software pricing is primarily driven by how operational, technical, and commercial factors intersect. Fleet size impacts subscription pricing. The tier of the software is determined by the functions needed. Features, hardware, and connectivity impact the cost for deployment. Integrations may bring additional development costs and/or professional services costs.

Fleet Size, Vehicle Count, and Subscription Costs

Fleet size is typically one of the most impactful recurring cost variables.

If a subscription costs $35 per vehicle per month, the base subscription for a 10-vehicle fleet is $4,200. In comparison, a 500 vehicle fleet costs $210,000 for the same subscription.

Enterprise pricing likely adjusts to include volume discounts. However, the base relationship remains. When forecasting for five years, always account for the growth of the fleet.

Feature Pricing and Modular Pricing

Pricing can be impacted by feature levels. Organizations that need basic GPS tracking may not need the same tracking software as those that need:

• Dispatch

• Route and schedule optimization

• Work order and fuel stops

• Driver scoring and delivery proof

• Compliance reporting

• AI dashcam

• Predictive maintenance and advanced analytics

Modularity of features impacts pricing the most. A company may have low initial subscription pricing, but at an expense if most of the needed functionality is delivered through paid add-ons.

Route Optimization Efficiency

When considering the ROI on specialized route optimization modules, the issue of operational drag must be addressed. One important kind of operational drag is the following:

1. Manual Route Planning Drag: Upper's study shows that a manual route-planning process can consume about two to three hours for dispatching purposes on a daily basis.

2. Broken Productivity: If routes are unoptimized, their productivity may be lower by 20-30%, which results in an increase in fuel consumption, excess driver hours, and a decrease in the number of stops performed on a daily basis.

The implementation of dynamic route optimization may help to cover this lost time for operations.

Telematics Hardware and Add-Ons

Telematics hardware enables data to be collected from a vehicle and sent to a fleet management platform.

Pricing for telematics hardware may be low for basic GPS or OBD devices. However, the pricing for advanced devices, camera equipment, sensors, and specialized equipment may be higher for the first year. Geotab provides guidance for estimating basic telematics unit costs at ~$100/vehicle with advanced configurations at costs of several hundred dollars depending on the deployment.

Connectivity generates ongoing costs because connected devices create an infrastructure for communication.

Integrations and APIs

Integrations enable fleet management software interoperability with the rest of the business technology stack. often built through custom API integrations.

Integration requirements commonly include:

• ERP systems

• CRM systems

• Transportation Management Systems

• Warehouse management systems

• Accounting systems

• Fuel card systems

• Order management systems

• Payroll systems

• Third-party telematics

• Customer portals

APIs enable the two systems to exchange information, and an SDK provides tools to extend the platform.

Geotab provides an SDK and API, but its custom add-ins and integrations provide the benefit of a custom operational interface without the need for a business to construct the telematics infrastructure.

Compliance Requirements

Regulatory compliance is another major cost driver for U.S. trucking operations. The ELD regulations by the Federal Motor Carrier Safety Administration govern the electronic logging of the Hours of Service, the Records of Duty Status, the retention of records, and the associated compliance processes.

In addition, a fleet may need:

• ELD

• HOS

• RODS

• DVIR

• IFTA

• DOT compliance workflows

These requirements typically necessitate an upgrade for the fleet to a higher software tier. Compliance requires data integrity, reporting, workflows for drivers, audit trails, and record retention, driving the increase to higher software levels.

Deployment, Implementation, and Support

Implementation costs typically include:

• Configuration

• Data migration

• User setup

• Authentication

• Workflow setup

• Hardware installation

• Testing of the integrations

• Training of drivers and administrators

• Setup of reporting

Support needs also vary by the size of the fleet. An enterprise operation may need dedicated support and assistance with integrations, while a small fleet may be able to rely on standard support.

The Hidden Costs Vendors Do Not Put on the Pricing Page

When including taxes and fees, ad-quoted subscriptions can be accurate without including all the costs. The costs most customers forget about are hardware, installation, add-on modules, implementation, training, data migration, and costs to cancel the contract.

Hardware, Installation, Upfitting

While a GPS may be $100 and a five-year subscription may be $500, hardware costs can be substantial for hundreds of vehicles.

A fleet should ask for line-item pricing for

• Device purchase

• Installation

• Connectivity

• Replacement

• Warranty

• Removal and installation for disposal

• Upfitting

• Reinstallation during fleet expansion

As Upfitting can lead to additional costs, vehicles may also need additional equipment such as cameras, sensors, mounts, and temperature monitoring.

Add-On Modules and Module Fragmentation

Fragmentation of modules is most often the hidden cost.

A fleet may purchase:

GPS > maintenance > fuel > dispatch > compliance > cameras > analytics

Each of these modules can also have an increased monthly fee. The purchase strategy should instead be to quote the price for the complete configuration to avoid add-on modules.

Implementation, Training, and Data Migration of Fleet Management Software Cost

For established fleets, the most important cost is implementation. Training and data migration also have internal costs. Each of the fleet's staff and drivers needs to be trained on the system.

Contract, Cancellation, and Exit Costs

The length of the contract can also have an important impact on the cost. Make sure to understand the following before signing any agreement:

These, in addition to the cost implication of servicing a segment, are likely the best starting options for each of the defined segments:

At $35 per vehicle per month, 10 vehicles cost $350 without the infrastructure and support for the software. $50,000 custom software would take 12 years to equal the cost of the monthly subscriptions for the custom software.

Fleet Management Software for Owner-Operators and Fleets Under 25 Vehicles

Custom development for software means long-haul commitments for small fleets. For this segment, the cost of SaaS is most likely best.

Fleets of 25 to 200 Vehicles

In this case, multiple options may be the best starting options depending on requirements. Deliveries and proof of delivery require different software. Compliance also requires software. Asset management can also require software depending on the type of assets.

Analyzing this particular layer on top of existing telematics technology can be beneficial in several ways.

Enterprise and Multi-Location Fleets

When fleets operate on an enterprise level, the recurring costs from telematics technology can reach hundreds of thousands of dollars each year.

This analysis should include:

• Volume discounts

• Several locations

• Multiple asset classes

• API access

• Data ownership

• Costs of modules

• Integrations

• Support

• Compliance

• Exit from contracts

• Internal administration

At this stage, a total cost of ownership (TCO) model for five years is more useful than simple, monthly costs.

What Fleet Software Saves: The Other Side of the Equation

A cost-only analysis is incomplete, as fleet management technology has the potential to decrease costs on the operating side as well.

Telematics data can be used to better analyze factors like fuel use, vehicle and driver downtime, use of the vehicle, idling, and maintenance.

Geotab cites fleets using telematics having the potential to save 10% to 15% on fuel and maintenance costs in Year One. This should be treated as a potential scenario, as it is from a vendor.

Fuel Costs and Idling

Savings on fuel costs are highly dependent on the baseline for the fleet.

For example:

This is an illustration, not a forecast. Actual savings will depend on driving behavior, routes, fuel and fleet costs, and fluctuations in daily operations.

Insurance Premiums and Usage-Based Insurance

Discounts from insurance can potentially cover the costs of the technology, but the range of discounts is very broad.

Numbers published in various sources cite potential discounts of 5% to 15% and, in some cases, discounts of 5% to 30% are reported. Insurance should therefore be modeled using the actual insurer of the fleet and their eligibility requirements.

Insurance that is based on usage can include telematics data to help an insurer assess the risk that a driver and vehicle may impose. Participation and discounts are the terms of the insurer.

Downtime and Maintenance

Predictive maintenance systems can help avoid downtime for a fleet with the use of work orders and tracking of vehicle mileage.

The anticipated financial gain includes:

• Avoiding delivery failures

• Avoiding costly repairs

• Keeping vehicles ready for use

• Less downtime

• Less administration

• Better vehicle repairs

• Fewer vehicles used to replace other vehicles

The cost of the downtime that is anticipated should be compared to the actual cost of the downtime. A savings percentage should not be the reference.

Realistic Payback Periods

The equation for what the cost should be is:

Net TCO = Total cost - (Fuel savings + Insurance reduction + Downtime avoided + Admin labor saved)

This is the equation that should be used for all evaluations of whether to use a SaaS product or build a solution.

The Four Ways to Get Fleet Software

There are four realistic ways to obtain fleet software.

1. SaaS Subscription

In most cases, SaaS models are the best financial choice for normal fleet operations.

The vendor bears the cost of:

• Development of the application

• Creation of the cloud

• Security of the system

• Upgrades to the system

• Development of mobile applications

• Management of the database

• Integration with other products

• Support of the product

The fleet pays for the convenience through a recurring operating cost.

1. Open Source and Self-Hosted

Open source can decrease licensing costs, but it increases the burden on the operator.

Fleetbase is an example of an open-source logistics platform that is licensed under AGPL-3.0. If you are considering self-hosting, you must review their terms of license, especially if you are planning on making proprietary modifications.

Self-hosting a service means you will have to deal with, among other things, the infrastructure, security, backups, deployment, monitoring, maintenance, and a host of other technical requirements.

1. Building on Top of an Open Telematics Platform

The more balanced approach is an often overlooked option.

Instead of starting from scratch with a GPS tracking and telematics infrastructure, a telematics platform can be utilized and a custom operational layer built on top of it.

In this layer, the organization can have:

• Custom web dashboard

• Dispatch workflows

• Admin portal

• Custom reports

• Customer portal

• Driver app

• ERP

• Workflows

• Business rules

This provides the organization complete ownership of the workflows, without having to build every single telematics infrastructure capability.

1. Fully Custom Development

Fully custom development means that every aspect of the application is built around the exact workflows of the organization.

This can include:

• Web dashboard

• Mobile application

• Admin portal

• User roles

• Authentication

• Database design

• Real-time vehicle data

• Notification systems

• Analytics

• APIs

• SDK integrations

• Webhooks

• Telematics integration

• Cloud infrastructure

The goal is phased development, rather than the daunting goal of feature complete development for a mature SaaS.

What is the Cost of Custom Fleet Management Software?

When looking at third parties and what they estimate, there is a lot of variation. Volpis has stated that custom fleet management software can be in the range of $10,000 to $150,000+, while ScienceSoft takes a more conservative approach, stating that an MVP will take 2 to 3 months while a complete application will take 6 to 8 months.

These are market references and not estimates provided by Xcentric. The actual cost of custom fleet management software boils down to what is being built.

How Much Does Custom Fleet Management Software Cost?

MVP vs. Full Fleet Management Platform

MVPs fill the highest-value gaps. An MVP could be:

• Record storage for vehicles and assets

• Authentication for users

• Web UI

• Mobile driver app

• Basic telematics with GPS

• Dispatch

• In-app notifications

• Reports

• Telemetry

Later versions can add Compliance, Analytics, Fuel Management, Proof of Delivery, and other telematics and service integrations.

This method helps avoid the costly mistake of overbuilding for a feature set that ultimately goes unused.

Integrations, Telematics, and IoT

Making telematics and IoT work in a system can be a challenge.

The system has to deal with:

• Real time location and events for vehicles

• Miles driven and diagnostics

• Driver information

• Sensor data

• Alerts and the status of devices

The situation can get more complicated when you include more than one telematics vendor. Each vendor can have different data formats, how they authenticate, their APIs, rate limits, and event structures.

Infrastructure, Maintenance, and In-House Staffing

Custom development goes beyond the launch. These are some of the anticipated costs associated with a custom software solution over the next five years:

• Cloud hosting

• Database management

• Monitoring

• Security

• Quality assurance (QA)

• API modifications

• Mobile operating system (OS) changes

• Bug fixes

• New integrations

• Feature additions

• Engineering support

This is one of the reasons custom software should not be internally marketed as having “no monthly software cost.” While the monthly subscription may eventually go away, there are still ongoing costs for ownership.

SaaS vs Custom: The Five-Year Cost Assessment

For five-year SaaS TCO, the equation used is:

Five-year SaaS TCO = Initial costs + (Monthly subscription costs × 60) + Other costs

For custom software, the equation follows:

Five-year custom TCO = Discovery + Development + Infrastructure + Integrations + Maintenance + Support + In-house staffing

Considering the following example:

These are illustrative examples and not quotes from Xcentric or other vendors. The objective was to show the cost of a custom solution, not what the SaaS solution would cost.

However, it is worth noting that conventional TCO estimates change when scaling up the solution. Stfalcon research suggests that moving from the SaaS solution to a custom software solution can reduce total software costs by 40-60% over 5 years of implementation, as the compound per-user/per-vehicle subscription can be avoided.

When a fleet has unique business requirements, the platform+custom layer solution becomes favorable to avoid building the telematics infrastructure from scratch. Fully custom development is justifiable when the fleet software is critical to the business and the custom development will provide the business with a competitive advantage.

The consideration when developing fleet software should focus on the cost of developing software versus the potential costs incurred from ownership, not the UI frustrations with your current vendor.

When Subscription Costs Exceed Expectations

A fleet of 500 vehicles at $35 per vehicle per month incurs a cost of $210,000 annually ($1.05 million over five years) before normal subscription costs are calculated.

At that scale, alternatives are certainly worth exploring. However, the comparison must take into consideration the development cost and maintenance, the cost of infrastructure and equipment, the integrations, the staff, and the opportunity cost.

When to Use Custom Workflows? When are Custom Workflows Warranted?

Custom development is most cost-effective when the process is truly unique to a business. These can be special rules for dispatch, unique logistics workflows, intricate customer processes or a platform that will be a commercial software product.

The more the business differentiates itself from its competitors, the more worth is in owning it.

SaaS should be recommended when:

• Requirements are standard

• The fleet is small

• Deployment must be speedy.

• The following are existing integrations for the requirements:

• It is difficult to find skilled human resources in the area to carry out the work

• The organization does not have to be the owner of the application

• Subscription pricing is not too high to qualify for operating savings

The "fence it" approach to building software is not always enough.

How to Choose Between Buying and Building

A well-designed and organized decision-making process can minimize the chances of relying on emotion in the decision-making process.

The first thing to do is not "build everything" when considering a custom platform.

It helps to ensure that the initial scope of development is defined by measurable business needs.

Conclusion

The final cost of fleet management software is a TCO (Total Cost of Ownership) decision. Subscription is just the start. This figure is the sum of hardware, connectivity, installation, modules, integrations, implementation, training, support, compliance and contract terms.

There are four choices of paths:

• SaaS subscription

• A software that is open-source or self-hosted.

• Open telematics platform used to create a custom layer.

• Fully custom development

For most small fleets and businesses that have traditional workflows, SaaS will continue to be the logical choice.

If your company has a substantial subscription budget and a unique workflow, it may be worth considering the platform-plus-custom combination. In some businesses, it's the software that provides the competitive value; therefore, it could be economically viable to invest in full custom development.

Xcentric Services can help with that discovery-to-development journey in custom full-stack development, Web dashboards, mobile apps,, APIs and third-party integrations, backend architecture, and cloud infrastructure. The goal is to define the system based on usage requirements first, and only if it is not a viable MVP or custom layer, consider whether it is cost-effective to use a larger platform.