How do I cut my fleet's fuel consumption?
Fuel is the biggest variable expense of a transport company, often over half the cost per kilometre. It is reduced by measuring, not by promises. Below are the steps that produce results in the first month.
Short answer
- Measure real consumption for each vehicle and each driver, in litres per 100 km, not for the fleet as a whole.
- Cut idling: every idle hour burns around 2 to 3 litres without covering a single kilometre.
- Check tyre pressure monthly; low pressure raises consumption by a few per cent.
- Plan routes with fewer empty kilometres and avoid itineraries with frequent stops.
- Compare the litres bought with the fuel card against the litres actually consumed, on each trip.
Concrete steps, in order of impact
- Collect refuelling data from the fuel card statement and link it to the vehicle and the trip.
- Compute litres per 100 km per vehicle, then per driver, on the same route.
- Spot differences above 10 per cent between drivers on identical routes and discuss driving style.
- Cut empty kilometres by combining orders on the return leg.
- Set an idling threshold per trip and monitor it monthly.
Practical example
Example: a fleet of 10 trucks runs 100,000 km a month at an average of 32 litres per 100 km, that is 32,000 litres. A mere 5 per cent cut means 1,600 litres a month, roughly 16,000 lei at a price of 10 lei per litre. That same cut usually comes from idling and tyre pressure alone.
Common mistakes
- Tracking the fleet average, which hides the problem vehicle and the problem driver.
- Comparing drivers on different routes, with different terrain and load.
- Not reconciling refuelling with kilometres, so you miss the suspicious gaps.
- Introducing fuel bonuses without objective data, so drivers see them as arbitrary.
- Postponing the replacement of worn tyres, which increase rolling resistance.
How 4transports helps
- 4transports does not record refuelling and has no GPS telemetry: you measure consumption from the fuel card.
- The distance in km of each trip, which you enter, gives you the basis for the litres-per-100-km calculation.
- Maintenance jobs (tyres, filters) and their costs sit in the vehicle history.