Implementing shared fleet management software across an entire organization can be a significant operational change. Government agencies, universities, and utilities may need to coordinate vehicle reservations, driver access, departmental policies, and reporting across multiple locations. Even when the technology is a good fit, introducing too many changes at once can make it difficult to identify what is working and what needs improvement.
A structured pilot gives fleet managers an opportunity to test software, refine workflows, and establish measurable results before expanding. By starting with a representative group of vehicles, drivers, and departments, organizations can reduce implementation uncertainty and build a stronger foundation for long-term success.
Fleet management software affects more than the fleet office.
Employees need to understand how to reserve vehicles. Administrators need to configure driver eligibility and access rules. Departments may need to adjust how they share transportation resources. Finance teams may rely on accurate usage records for billing and cost allocation.
A full implementation introduces these changes across a potentially large user population.
A pilot limits the initial scope while giving the organization an opportunity to evaluate the complete process.
For example, a university might begin with a central motor pool serving three departments before expanding to additional campus locations.
A government agency might select one office with a mix of routine business travel and scheduled fieldwork.
A utility could test a shared vehicle program at a regional facility before extending it to other locations.
The purpose is not simply to prove that employees can make reservations.
The purpose is to determine whether the software and operating procedures can deliver reliable transportation with less administrative effort, better accountability, and more useful fleet data.
A pilot can also expose problems that may be difficult to anticipate during software demonstrations, such as unclear vehicle return procedures, inconsistent driver records, or departmental resistance to sharing vehicles.
Identifying these issues early allows the organization to address them before they affect a larger fleet.
A meaningful pilot should represent the operating conditions the organization expects to manage after implementation.
Testing only the easiest workflows may create a misleading impression of readiness.
Select vehicles that reflect the fleet's normal transportation requirements.
Depending on the organization, this might include sedans, SUVs, light-duty trucks, or other vehicles suitable for sharing.
The pilot should include enough vehicles to generate useful reservation activity without introducing unnecessary complexity.
Avoid selecting only vehicles that are rarely used. A pilot needs sufficient demand to reveal how the reservation process performs during normal and busy periods.
Include employees with different transportation needs.
For example:
This helps determine whether the system works for the broader user population rather than only experienced fleet employees.
The pilot should test common situations such as:
These scenarios reveal whether the software supports the organization's actual operating requirements.
If the organization plans to use fleet software for departmental chargebacks, reporting, or other administrative functions, those workflows should be included in the pilot.
A system that manages reservations successfully but creates additional billing work may not deliver the expected overall value.
Similarly, a pilot should test whether fleet managers can retrieve the information needed to evaluate vehicle usage and operational performance.
One of the most common mistakes in software implementation is measuring results only after the new system is introduced.
Without a baseline, it becomes difficult to demonstrate whether operations actually improved.
Before launching the pilot, document how the selected fleet currently operates.
Collect available information about:
Use the same definitions before and after implementation.
For example, if the organization measures utilization based on days used, it should not compare that figure directly with a post-implementation metric based on reservation hours.
Consistency is essential.
Estimate how much time fleet staff spend on routine activities.
These may include:
The objective is to identify which activities software may reduce or simplify.
Document situations where employees cannot obtain an appropriate vehicle.
This might include reservation denials, unavailable vehicle classes, or requests that require alternative transportation.
Also consider whether employees use personal vehicles or rentals because the shared fleet is difficult to access.
These records help establish whether the pilot improves transportation availability.
Where possible, capture costs associated with:
Not every improvement will create immediate budget savings.
For example, reducing reservation administration may free staff for other work without reducing payroll expenses.
The pilot should distinguish direct financial savings from operational efficiencies.
For more guidance on establishing meaningful performance measures, see How to Evaluate Whether Your Fleet Program Is Actually Working.
The best pilot location is not necessarily the smallest or easiest.
It should be manageable while still providing meaningful evidence about how the system will perform elsewhere.
Consider the following criteria.
|
Selection factor |
What to look for |
Why it matters |
|---|---|---|
|
Vehicle demand |
Regular reservation activity |
Produces useful operating data |
|
Department participation |
Multiple groups willing to share vehicles |
Tests cross-department coordination |
|
Administrative processes |
Existing manual work or inefficiencies |
Creates measurable improvement opportunities |
|
Driver population |
Frequent and occasional users |
Tests usability and training |
|
Vehicle access |
Representative pickup and return requirements |
Tests the complete reservation process |
|
Local support |
Staff available to coordinate implementation |
Helps resolve issues efficiently |
|
Expansion potential |
Similarities to other locations |
Makes results more transferable |
Avoid choosing a location solely because its staff are enthusiastic about the project.
Supportive employees are helpful, but the pilot must also reflect the challenges the organization expects to encounter during expansion.
Usually, yes, if cross-department vehicle sharing is part of the intended operating model.
Testing one department may demonstrate that the software works, but it may not reveal how employees respond when vehicles are shared across organizational boundaries.
A multi-department pilot can help evaluate reservation fairness, vehicle availability, billing requirements, and administrative coordination.
However, the pilot should remain small enough that fleet staff can monitor results and make adjustments without disrupting essential operations.
A pilot should begin with clear objectives.
Otherwise, the organization may reach the end of the test period with positive feedback but little evidence to support an expansion decision.
Start by identifying the operational problems the software is expected to solve.
Then select measures that can demonstrate progress.
|
Objective |
Metric |
Illustrative success criterion |
|---|---|---|
|
Reduce manual work |
Staff time per reservation |
25% reduction |
|
Improve vehicle access |
Reservations fulfilled as requested |
At least 95% |
|
Increase adoption |
Eligible trips booked through the system |
At least 90% |
|
Strengthen accountability |
Completed trips with identifiable driver and vehicle records |
At least 98% |
|
Improve reporting |
Time required to prepare monthly utilization reports |
30% reduction |
|
Reduce unused bookings |
No-show reservation rate |
Improvement from baseline |
These figures are examples, not universal fleet benchmarks.
Organizations should establish targets based on their current performance, operational requirements, and the expected benefits of the software.
A fleet with a very low baseline denial rate may have little room to improve that metric.
Another organization may prioritize reducing administrative work over increasing utilization.
The most useful scorecard reflects the problems the organization is actually trying to solve.
A system can function correctly while failing to improve the operating process.
For example, employees may successfully create reservations, but fleet staff may still need to manually coordinate every key pickup.
Or the software may generate accurate utilization reports, but departments may continue maintaining separate vehicle assignments.
Technical performance matters, but it should not be the only measure of success.
The pilot should demonstrate that employees can complete the intended workflow efficiently and that the organization is using the information to improve operations.
Shared fleet software works best when operational rules are clearly defined.
Before allowing employees to begin making reservations, establish how the pilot will handle eligibility, vehicle access, and exceptions.
Determine which employees are authorized to operate the vehicles included in the pilot.
Requirements may depend on organizational policy, vehicle type, training, or other qualifications.
The system should reflect these requirements so that employees are not inadvertently granted access to vehicles they are not authorized to operate.
Define how employees can reserve vehicles.
Consider:
These rules should be documented and communicated before the pilot begins.
If the pilot includes automated key control, test the complete process from reservation to return.
Drivers should understand where to retrieve keys, how to access their assigned vehicles, and what to do if they encounter a problem.
If key access remains manual during the pilot, account for that limitation when evaluating administrative efficiency.
A pilot that does not test the intended access process cannot fully demonstrate the benefits of the final operating model.
Not every reservation will proceed as planned.
A driver may arrive late, a vehicle may be unavailable, or a key may not be returned on time.
Establish procedures for resolving these situations, including who has authority to intervene and how exceptions will be documented.
The goal is to create a repeatable process rather than rely on informal workarounds.
Different users need different information.
Drivers primarily need to understand how to reserve, access, operate, and return vehicles.
Fleet administrators need to understand configuration, approvals, exceptions, reporting, and ongoing system management.
Training should reflect those responsibilities.
A short, practical training session should demonstrate the complete reservation process.
Employees should be able to:
Where possible, allow drivers to practice the workflow rather than relying exclusively on written instructions.
Fleet staff should understand how to:
Administrators should also know which configuration changes they can make independently and when vendor support is required.
During the pilot, employees should know where to report problems.
A centralized support process makes it easier to identify recurring issues.
For example, if multiple drivers struggle with the same checkout step, the organization may need to improve instructions or adjust the workflow.
Without consistent feedback collection, the same issue may be reported informally to several different people without being resolved.
There is no universal pilot duration that works for every fleet.
The appropriate period depends on reservation frequency, vehicle demand, seasonal patterns, and the complexity of the workflows being tested.
A high-volume motor pool may generate useful operating data relatively quickly.
A smaller fleet with infrequent reservations may need a longer evaluation period.
For many organizations, a 60- to 90-day pilot can provide a practical starting point, provided that the period captures representative demand.
However, the pilot should not be considered successful simply because a predetermined number of days has passed.
The organization needs enough activity to evaluate normal operations and meaningful exceptions.
This timeline is illustrative. Organizations should adapt it to their implementation requirements and operating environment.
Operational metrics provide essential evidence, but they do not tell the entire story.
Employee feedback can reveal problems that may not be obvious in utilization reports.
For example, a system may show that reservations are being completed successfully while drivers report that the process is confusing or inconvenient.
Similarly, fleet staff may report fewer manual reservations but more time spent resolving unusual access problems.
The evaluation should include both quantitative and qualitative information.
Ask participating employees:
Ask fleet staff:
Department representatives may have additional concerns.
Ask whether the pilot provided reliable transportation, whether employees were able to complete their work, and whether any operational requirements were overlooked.
This feedback is particularly important when departments are transitioning from individually assigned vehicles to a shared model.
For additional guidance on adoption challenges, see Why Fleet Software Adoption Fails (Even When the Technology Works).
At the end of the evaluation period, organizations should make one of three decisions.
Expansion may be appropriate when:
Expansion should still occur in manageable phases.
A successful pilot at one location does not guarantee that every location has identical requirements.
Some pilots demonstrate clear potential but reveal issues that need additional work.
Examples include:
In these cases, extending the pilot may be more appropriate than expanding immediately.
Document the required changes and establish a new evaluation period.
If the pilot repeatedly fails to meet essential operational requirements, the organization should reconsider the proposed configuration, workflow, or software fit.
This does not necessarily mean the entire modernization effort should be abandoned.
However, expansion should not proceed simply because the organization has already invested time or money.
The purpose of a pilot is to produce information that supports a better decision.
Adapt Integrated Health Care provides a useful example of how shared fleet management can support organizational growth.
As its transportation needs expanded, Adapt used FleetCommander to help manage vehicle sharing and improve visibility into fleet operations.
The organization grew from approximately 20 vehicles to more than 85 while using shared fleet practices to manage transportation demand more efficiently.
Its reported results included reducing estimated vehicle requirements by 55% compared with what would otherwise have been needed.
This illustrates how a structured vehicle-sharing approach can help organizations support more activity without allowing vehicle ownership to grow at the same rate.
Adapt's experience is not presented as the result of a formal software pilot. Instead, it demonstrates the type of longer-term operational outcome that organizations may want to evaluate when planning an initial implementation.
A pilot can establish whether the reservation, access, and reporting processes are strong enough to support that kind of growth.
A pilot that excludes difficult scheduling situations, occasional drivers, or common exceptions may produce overly optimistic results.
Include representative operating conditions.
Without reliable pre-implementation measurements, the organization may struggle to demonstrate improvements.
Establish performance measures before launch.
If the organization changes reservation rules, vehicle assignments, billing methods, and departmental policies simultaneously, it may become difficult to determine which changes produced the results.
Document significant process changes and their timing.
A high number of completed reservations does not necessarily mean the pilot improved efficiency.
Evaluate administrative workload, vehicle availability, accountability, and other intended outcomes.
A small problem affecting ten drivers can become a significant issue when the same process is used by hundreds.
Resolve recurring problems before expanding.
IT involvement is important, but successful shared fleet operations also require participation from fleet managers, department leaders, drivers, and other stakeholders.
The pilot should test the complete operating model, not simply the technology.
Use this checklist before approving a broader implementation.
A successful shared fleet software pilot should answer more than whether the technology works.
It should demonstrate whether employees can access appropriate vehicles reliably, whether fleet administrators can manage the process efficiently, and whether the organization can use operational data to improve transportation decisions.
Starting with a representative group of vehicles and departments gives organizations an opportunity to refine policies, identify problems, and establish measurable results before expanding.
The strongest pilots create a repeatable operating model that can support additional drivers, departments, and locations without introducing unnecessary administrative complexity.
Begin by identifying a location or department group that represents your organization's shared fleet requirements.
Document current operating performance, establish clear success criteria, and select the workflows the pilot must test.
Then use the results to determine what needs to change before expanding.
FleetCommander supports shared fleet operations through centralized reservations, driver eligibility controls, automated key access options, utilization reporting, and policy enforcement. These capabilities can help organizations test and establish consistent vehicle-sharing processes before introducing them across a larger fleet.
Explore FleetCommander fleet management solutions to learn how integrated fleet management can support a more structured rollout.