Fleet management and fleet planning: definition, tasks and practical examples
What is fleet management?
Fleet management refers to the planning, control, monitoring and cost-effective organisation of a company’s vehicle fleet. This involves the central coordination of vehicles, drivers, assignments, maintenance, costs and availability.
Depending on the company, the vehicle fleet may include passenger cars, vans, lorries, trailers, construction machinery, service vehicles, specialised vehicles or shared pool vehicles.
The aim of structured fleet management is to deploy all vehicles safely, cost-effectively and in line with demand. At the same time, the aim is to reduce breakdowns, double bookings, empty runs, unnecessary downtime and avoidable costs.
With a digital fleet planning Companies can coordinate vehicles, drivers, orders and maintenance appointments in a single, shared visual planning system.
What is the difference between fleet management and fleet planning?
The terms ‘fleet management’ and ‘fleet planning’ are often used interchangeably, but they describe different areas of focus.
Fleet planning focuses primarily on operational planning:
- Which vehicle is required for which job?
- Which driver is available?
- When does an assignment start and end?
- Which vehicle is currently undergoing maintenance?
- Where do overlaps or bottlenecks occur?
Fleet management also encompasses strategic, technical and financial tasks. These include, for example, vehicle procurement, cost control, insurance, statutory inspections, claims management, fuel consumption and the long-term composition of the vehicle fleet.
Vehicle fleet planning is therefore a key component of overall fleet management.
What tasks are involved in fleet management?
The specific tasks depend on the size and composition of the vehicle fleet. The most important areas include:
- Vehicle planning and vehicle dispatching
- Assigning drivers to vehicles and jobs
- Resource planning and route planning
- Monitoring vehicle availability
- Maintenance and service planning
- Scheduling of statutory and technical inspections
- Management of driving licences and qualifications
- Claims and Accident Management
- Control of fuel, energy and operating costs
- Planning of replacement vehicles
- Recording of mileage and operating hours
- Analysis of capacity utilisation, downtime and usage
For larger fleets, it is also necessary to take into account multiple locations, workshops, vehicle classes and different areas of operation.
Which vehicles and resources are scheduled?
Fleet management is not limited to traditional company cars. Depending on the business, a wide variety of vehicles and associated resources can be scheduled.
Passenger cars and pool vehicles
Pool vehicles are shared by several employees. Transparent planning prevents double bookings and shows which vehicle is available at any given time.
Further information on the shared use of resources can be found in the glossary for .
Vans and service vehicles
Trades businesses, technical service providers and customer service organisations often plan the use of vans alongside service engineers, tools, spare parts and customer orders.
In doing so, it is necessary to take into account not only vehicle availability, but also the driver’s qualifications, regional responsibility and the required equipment.
Lorries and trailers
For lorries and trailers, payload, body type, vehicle class, operating time, driving times and technical requirements play an important role. Trailers or semi-trailers may need to be scheduled separately and combined with suitable towing vehicles.
Construction machinery and specialised vehicles
In construction companies and local authority operations, the vehicle fleet often includes excavators, cranes, road sweepers, winter maintenance vehicles or other specialist vehicles.
When planning these resources, operating hours, transport times, maintenance intervals and the necessary operator authorisations must be taken into account alongside the location and availability. The planning of technical equipment therefore often overlaps with the Machine planning.
Drivers and operating staff
An available vehicle can only be deployed if a suitable driver or machine operator is also available. Depending on the assignment, factors such as driving licence categories, driver qualifications, working hours and absences must be taken into account.
The allocation of drivers and teams is therefore closely linked to the Staff deployment planning linked.
How does fleet planning work?
Reliable fleet planning involves several coordinated steps.
1. Enter an order or vehicle requirement
First, the system determines for which job, customer, location or internal purpose a vehicle is required. The start time, end time, location, vehicle type and any special requirements are recorded.
2. Select a suitable vehicle
The system then checks which vehicle has the required specifications. These may include payload, load volume, tow bar, body type, range, equipment or vehicle class.
3. Check availability
At the scheduled time, the vehicle must not be in use elsewhere, reserved, faulty or undergoing maintenance. Cleaning, loading, refuelling and handover times may also affect availability.
4. Assign drivers
An available driver with the required driving licence category and qualifications is assigned to the job. Working hours, rest periods, absences and already scheduled jobs must be taken into account.
5. Take maintenance and inspections into account
Before the deployment is confirmed, a check is carried out to see whether any inspections, statutory tests or other technical appointments are due.
6. Carry out and document the operation
During or after use, odometer readings, operating hours, fuel consumption, damage, working hours or status reports can be recorded.
7. Update the plan when changes occur
Vehicle breakdowns, delays, route closures or last-minute orders may necessitate rescheduling. A centralised planning system shows which replacement vehicles and drivers are available and which other assignments are affected by the change.
A practical example of digital fleet management
A technical services provider operates 18 service vehicles across three sites. The vehicles are used daily for maintenance, repairs and customer visits.
In the morning, a vehicle breaks down due to a technical fault. The assigned service engineer already has four customer appointments and requires specific spare parts and tools for his jobs.
With centralised fleet planning, the dispatcher can:
- which replacement vehicles are available at the site
- which vehicles have the required equipment
- whether a vehicle can be deployed at another location
- which maintenance or booking appointments are affected
- which other assignments may need to be rescheduled
The technician can be assigned to a suitable replacement vehicle before customers need to be informed or appointments cancelled. At the same time, the faulty vehicle is scheduled for the workshop.
What is digital fleet management?
Digital fleet management involves recording and coordinating vehicles, drivers, jobs, maintenance and costs in a central software system.
A digital planning board can, for example, display the following information:
- Available and allocated vehicles
- Drivers and assigned assignments
- Locations and areas of operation
- Maintenance and inspection dates
- Bookings for pool vehicles
- Vehicle status such as available, on the road, out of service or undergoing maintenance
- Mileage or operating hours
- Orders, customers and time slots
- Required documents and supporting evidence
- Capacity utilisation and planned downtime
This enables dispatch, fleet management, the workshop, drivers and administration to work with a shared planning status.
Fleet management and resource planning
Vehicles are operational resources. Their availability must be planned in conjunction with staff, machinery, orders and deadlines.
The Resource planning shows which assets are available or already in use at a specific point in time. Fleet management supplements this view with vehicle-specific information such as mileage, vehicle class, maintenance status, location or technical specifications.
Example: Resource planning shows that a van is available on Friday. Fleet planning also checks whether the vehicle has sufficient load capacity, is at the correct location and does not require any maintenance before it is deployed.
Fleet management and operational planning
In resource planning, vehicles and drivers are allocated to specific jobs, customers, construction sites or routes.
An entry often contains several pieces of related information:
- Assignment or activity
- Start and end times
- Location
- Vehicle
- Driver or team
- Required equipment
- Status of the assignment
By displaying the information side by side, conflicts can be identified before a vehicle or driver is double-booked.
Fleet management and route planning
Route planning involves determining the sequence and routing of multiple journeys or stops. It aims to coordinate journey times, distances, delivery windows and vehicle capacities in a sensible manner.
Fleet management provides the necessary vehicles, drivers and availability for this purpose. Full route optimisation may require additional mapping, telematics or route planning systems.
Fleet planning and route planning therefore complement each other, but fulfil different functions. Fleet planning determines which vehicles and drivers are available. Route planning determines the order in which destinations are visited.
Fleet management and GPS tracking
GPS tracking shows a vehicle’s current or recorded location. This enables companies to track movements, journey times and areas of operation.
Fleet management goes beyond simply displaying locations. It also encompasses the planning of vehicles, drivers, jobs, maintenance, costs and availability.
GPS and telematics data can complement fleet planning, but should not be equated with a comprehensive planning and dispatch solution.
Fleet maintenance planning
Reliable maintenance planning helps to reduce breakdowns and ensure the operational reliability of vehicles.
Depending on the vehicle, the following appointments can be taken into account:
- Inspections
- Oil change
- Tyre change
- Brake tests
- Emissions testing
- statutory vehicle inspections
- Security checks
- Installation and equipment tests
- Repairs
- Cleaning and vehicle detailing
Maintenance appointments should be firmly booked into the vehicle schedule in the same way as other jobs. This prevents a vehicle from being reserved for a customer order whilst it is due to be in the workshop for a scheduled service.
Documents such as test reports, vehicle documentation or maintenance records can be managed using an integrated Document management can be linked directly to the relevant vehicle or appointment.
Common mistakes in fleet management
Vehicles are being double-booked
The same vehicle is assigned to several drivers, orders or locations at the same time.
The vehicle and the order do not match
The vehicle scheduled does not have the required payload, range, equipment or vehicle class.
Maintenance appointments are overlooked
A vehicle is scheduled for a job, even though an inspection or technical test is due at the same time.
Driver qualifications are not checked
A driver is available but does not hold the required driving licence category, training or authorisation.
Hand-over and set-up times are missing
Cleaning, loading, refuelling, vehicle handover or travelling to the next job are not included in the schedule.
Locations are not taken into account
Although a vehicle is available, it is at a different location and cannot be made available in time.
Changes are not communicated centrally
Dispatch, drivers, the workshop and administration all work with different levels of information.
Key performance indicators in fleet management
Vehicle utilisation
Vehicle utilisation shows how often and for how long a vehicle is used productively.
Availability
Availability describes how many vehicles are ready for use at a given time.
Service life
Downtime refers to periods during which a vehicle is not in use. A distinction must be made between planned downtime, maintenance and unplanned breakdowns.
Failure rate
The downtime rate indicates how often vehicles cannot be used due to faults or unplanned repairs.
Maintenance costs
Maintenance costs include inspections, wear parts, repairs and other technical expenses.
Cost per kilometre or operating hour
This key performance indicator compares the total cost of a vehicle with its actual usage.
Empty runs
Empty runs are journeys that serve no productive transport or operational purpose. Well-coordinated dispatch planning can help to reduce their proportion.
On-time delivery
On-time performance indicates whether vehicles and drivers are available on time for orders, deliveries or customer appointments.
Software as a support tool
For larger vehicle fleets, software can help manage vehicles, drivers, appointments, maintenance and availability using a shared database. Up-to-date master data, clear lines of responsibility and a planning process tailored to the company are crucial.
The specific solution should be tailored to planning requirements. Information on functions for operational vehicle and deployment planning can be found on the page Fleet planning with Visual Planning®.
Conclusion
Structured fleet management links vehicles, drivers, jobs, maintenance and costs to form a single planning framework. This enables companies to manage their fleet more transparently and react more quickly to breakdowns or last-minute changes.
As the number of vehicles, locations and assignments increases, separate Excel spreadsheets and manual calendars quickly reach their limits. Digital fleet planning improves vehicle utilisation, reduces double bookings and supports cost-effective and reliable scheduling.