Fleet Management
Fleet management is the administration of an organisation’s vehicles and mobile plant, including acquisition, maintenance, fuel management, driver compliance, GPS tracking, and disposal. It covers light vehicles, heavy vehicles, trailers, mobile plant, and any other registered or unregistered mobile assets. Modern fleet management relies on telematics, GPS tracking, and software platforms to optimise operations and reduce costs.
Why it matters
Fleet costs (fuel, maintenance, depreciation, insurance, registration) are among the largest operational expenses for many organisations. Effective fleet management reduces these costs through optimised routing, preventive maintenance, fuel monitoring, and right-sizing the fleet. It also ensures regulatory compliance with vehicle inspections, driver licences, chain of responsibility laws, and environmental standards.
How MapTrack helps
MapTrack manages fleet assets alongside all other equipment in a single platform, with GPS tracking, pre-start inspections, maintenance scheduling, and compliance tracking tailored for vehicles and mobile plant.
Frequently asked questions
What are the key components of a fleet management program?
A comprehensive fleet management program covers vehicle acquisition and disposal planning, preventive maintenance scheduling, fuel management and monitoring, driver compliance (licences, fatigue management, training), GPS tracking and telematics, insurance and registration management, and total cost of ownership analysis. The specific focus areas depend on the fleet size, vehicle types, and operational requirements.
What is Chain of Responsibility in fleet management?
Chain of Responsibility (CoR) is an Australian legal framework under the Heavy Vehicle National Law that extends responsibility for road safety beyond the driver to all parties who influence the transport task. This includes employers, consignors, loaders, and schedulers. All parties must take reasonable steps to ensure compliance with mass, dimension, loading, speed, and fatigue requirements.
Related terms
GPS Tracking
GPS (Global Positioning System) tracking uses satellite signals to determine and record the real-time geographic location of assets, vehicles, or equipment fitted with GPS receivers. Tracking data is transmitted to a central platform via cellular or satellite networks, providing continuous visibility of asset movements, routes, and dwell times. GPS tracking is fundamental to fleet management and high-value mobile asset monitoring.
Geofencing
Geofencing is the use of GPS, RFID, or other location technologies to create virtual geographic boundaries around a defined area. When a tracked asset enters or exits a geofence, the system triggers an automated action such as an alert, notification, or status change. Geofences can be drawn around job sites, depots, restricted zones, client premises, or any area relevant to asset management.
OEM Telematics
OEM telematics refers to the factory-installed tracking and diagnostic systems built into vehicles, plant, and heavy equipment by the original equipment manufacturer. These systems collect and transmit data including GPS location, engine hours, fuel consumption, fault codes, idle time, and operating parameters. Major OEMs such as Caterpillar, Komatsu, John Deere, Volvo, and Hitachi each offer proprietary telematics platforms.
Pre-Start Inspection
A pre-start inspection is a systematic check performed on plant, equipment, or vehicles before each use or shift to identify defects, damage, or unsafe conditions. It typically follows a standardised checklist covering safety-critical items such as brakes, steering, lights, tyres, guards, fluid levels, and warning devices. Pre-start inspections are a legal requirement under workplace health and safety regulations in most Australian jurisdictions.
Equipment Utilisation
Equipment utilisation measures the extent to which available equipment is being productively used, typically expressed as a percentage of available time or capacity. It is calculated by dividing actual usage time (or output) by total available time (or maximum capacity). Utilisation data can come from meter readings, operator logs, GPS tracking, or telematics systems. It is a key operational efficiency metric in asset-intensive industries.
See how MapTrack handles fleet management