FLEETDRIVE and showing what that cost in extra fuel, is actionable.
That’ s where digital driver scoring tools make a difference. When used as part of a coaching model rather than a surveillance system, these tools support consistent improvements. Smart coaching focuses on individual habits rather than blanket rules.
Some fleets are using gamification to build a culture of awareness, but the key is in the feedback: quiet, personal, and backed by data.
Predictive Maintenance Protects Both Fuel and Uptime
Many fuel inefficiencies have nothing to do with routes or drivers. Underinflated tyres, clogged air filters, worn spark plugs, all raise fuel use without obvious symptoms.
Predictive maintenance platforms use engine and performance data to flag minor issues early. They allow fleets to service based on real-world wear, not just schedules. This means better reliability, fewer breakdowns, and less fuel drift caused by unnoticed mechanical drag.
The savings come not from doing more maintenance, but from doing it at the right time.
Secure Refuelling Is a Data Issue
Fuel theft and unauthorised usage are uncomfortable topics, but they still occur, even in well-managed fleets. RFID tags, digital pump locks, and vehicle-fuel pairing systems reduce risk, but they also improve record accuracy.
Blockchain solutions are now being explored for fuel tracking, particularly in large or multi-vendor fleets. These systems create an unchangeable record of fuel use— what vehicle, how much, when, and where.
This is about auditability. When the data is clear, disputes disappear.
Idling Should Be Engineered Out
Rather than reminding drivers to cut engine time, modern fleets are installing systems that solve the issue mechanically.
Auxiliary power units( APUs), battery-powered climate systems, and auto stop-start functions reduce idling without relying on driver decisions.
These tools are especially valuable for delivery vehicles, service Utes, and long-haul trucks with high stop-and-wait time.
The point isn’ t to micromanage. It’ s to design the vehicle environment so that efficient choices are automatic.
Small Hardware Adjustments, Big Efficiency Gains
Aerodynamic improvements like side skirts, gap reducers, and air deflectors don’ t just look good on paper— they’ re proven to reduce drag and fuel use, especially at highway speeds.
But many fleets skip these add-ons, thinking they’ re only worth it for long-haul trucks. In fact, vehicles doing 80km / h + regularly, even in regional transport, can see real savings from minor design tweaks.
The right tyres matter too. Switching to lowrolling-resistance tyres can improve fuel economy without affecting safety or ride quality. These aren’ t major investments; they’ re overlooked opportunities.
Strategic Role of Alternative Fuels
Electric and low-emission vehicles are often seen as a long-term move, but some fleets are already reducing emissions today by introducing them in specific use cases— such as last-mile delivery, fixed-route shuttles, or night-time operations where noise is also a factor.
The real gains happen when alternative fuels are paired with operational planning. For example, setting up shared charging infrastructure with solar backup not only reduces emissions but also lowers long-term energy costs.
Efficiency is Designed, Not Demanded
Fleet sustainability doesn’ t come from telling people to do better, it comes from building systems that make better performance the default. Smart fuel management is no longer a side project. It’ s a framework for improving reliability, cutting cost, and reducing emissions in one move.
With the right tools and thinking, fuel efficiency becomes less about pressure and more about control.
ISSUE 53 JUNE 2025 / WWW. AFMA. ORG. AU 7