Calculate the complete route
Include the truck base, loaded legs, unloading points and deadhead movement so all kilometres that consume resources are counted.
Truck operating economics
Freight Cost Calculator for European Trucking
Calculate what a European truck trip costs internally before adding margin. Combine loaded and empty distance, country kilometre rates, fuel, tolls, driver time, ferries and other fixed expenses to estimate break-even freight cost.
Internal cost
Break-even view
Full route distance
Own company rates
Cost workflow
How to calculate freight operating cost
Freight cost is the economic cost of performing the transport. Keeping it separate from the selling price makes break-even and profit easier to understand.
Add operating cost groups
Apply country rates, fuel, toll estimates, driver and time cost plus ferries or other route-specific expenses.
Review break-even before margin
Use the internal total and cost per kilometre to understand the minimum economics before commercial uplift is applied.
Simplified freight cost formula
Internal freight cost = distance cost + fuel + tolls + driver and time cost + route-specific fixed expenses
Cost structure
What should a freight cost calculation include?
A transparent calculation keeps each cost driver visible so the dispatcher can see why a route became more or less expensive.
Distance cost
Apply your own kilometre rates to loaded and empty route segments, including country-specific assumptions.
Fuel-related cost
Include the fuel surcharge or operating assumptions used by the selected fleet profile.
Tolls
Add estimated truck road charges by route country and replace the estimate when a better figure is available.
Driver and vehicle time
Account for the economic impact of driving time, pauses, daily rests and elapsed transport time when used by your cost model.
Fixed trip expenses
Add ferries, tunnel reservations, handling, parking or other known costs not already contained in the kilometre rate.
Break-even cost per kilometre
Divide the complete internal cost by the complete planned distance to compare route economics on a common basis.
Worked example
Example freight cost calculation
Assume the complete truck movement is 800 km including 75 km of empty positioning. Distance cost, tolls, time cost and route-specific expenses are added to determine the internal freight cost.
Commercial margin is intentionally excluded from the internal total so break-even remains visible.
| Internal cost component | Example amount |
|---|---|
| Distance and fuel cost | €820.00 |
| Estimated tolls | €140.00 |
| Driver and time cost | €95.00 |
| Fixed route expenses | €45.00 |
| Internal freight cost | €1,100.00 |
| Break-even cost per kilometre | €1.38/km |
Illustrative example only. Use your own operating rates, vehicle assumptions and confirmed route charges.
Economic advantages
Why separate freight cost from freight price?
See true break-even
Know the internal route cost before margin changes the number presented to the customer.
Detect hidden deadhead cost
Include empty positioning and all operational legs instead of evaluating only loaded kilometres.
Compare routes on €/km
Turn total trip economics into a comparable break-even cost per kilometre.
Protect commercial margin
Apply markup only after the internal cost is known, reducing the risk of quoting below the intended margin.
Frequently asked questions
Freight cost calculator FAQ
What is freight cost?
Freight cost is the internal economic cost of performing a transport movement, including the route and operating expenses required to complete it.
Is freight cost the same as freight price?
No. Freight cost describes the internal expense. Freight price is the selling amount charged to the customer after commercial margin or uplift is applied.
Should empty kilometres be included?
Yes for a complete operating-cost view. Empty kilometres still consume truck capacity, fuel, driver time and other resources.
Can I calculate break-even cost per kilometre?
Yes. LogicCalc can relate complete trip economics to the complete planned route distance so internal cost per kilometre can be reviewed.
Live product preview
See LogicCalc in action
This is a real LogicCalc workspace view. Use your own route, cargo, fleet and commercial settings for the actual calculation.
Open LogicCalc →
What should a freight cost calculation include?
Freight cost is the economic cost of performing the transport. Keeping it separate from the selling price makes break-even and profit easier to understand.
Truck operating economics
Truck Operating Cost Calculator
Model what the truck costs to operate over a year before reducing that cost to a route price. Fixed annual expenses and kilometre-driven costs are kept separate so the real cost structure remains visible.
Use this model for fleet economics and budgeting. It answers what the vehicle costs to run, not what one customer should be charged for one shipment.
Set the annual fixed cost base
Enter costs that exist even when the truck is standing still: driver employment, lease or finance, insurance, vehicle tax, depreciation and other recurring annual items.
Add the running costs
Convert fuel, AdBlue, maintenance and tyres into kilometre-driven costs using the expected consumption, prices and service assumptions.
Spread costs across realistic mileage
Use a realistic annual mileage so fixed costs are not divided by an impossible utilisation level. LogicCalc combines fixed and variable sides into annual cost and operating cost per kilometre.
Practical example
A truck running 120,000 km per year spreads annual fixed costs across those kilometres, then adds fuel, AdBlue, maintenance and tyres per kilometre. LogicCalc combines both sides into one operating-cost rate before route pricing.
What to verify before pricing
An annual cost model is only as good as the utilisation and cost assumptions behind it.
- Use realistic annual kilometres and empty-mileage assumptions based on the operation, not an ideal utilisation target.
- Update fuel price, consumption, maintenance, tyre and finance assumptions when the fleet or market changes.
- Keep exceptional route charges such as tolls or ferries separate unless they are intentionally included in the operating-cost model.
What is the difference between fixed and variable truck costs?
Fixed costs are incurred mainly with time or ownership, such as lease, insurance and driver employment. Variable costs move mainly with kilometres, such as fuel, AdBlue, maintenance and tyres.
Why does annual mileage matter so much?
Annual mileage determines how many kilometres carry the fixed-cost burden. If the truck runs fewer kilometres, the fixed cost per kilometre rises even if the annual invoices themselves do not change.
How is this different from cost per kilometre?
The operating-cost calculator exposes the full annual model and its fixed-versus-variable structure. Cost per kilometre is the unit-rate view produced from that model and is more convenient for route costing.
Is this a customer freight rate?
No. Operating cost is an internal cost baseline. A customer rate may also need empty-mileage recovery, tolls, route-specific charges, commercial margin and market considerations.
Truck operating economics
Truck Cost per KM Calculator
Reduce the truck cost model to one internal €/km baseline while keeping the components visible. Fuel, other kilometre-driven costs and the kilometre share of annual fixed expenses should not be mixed into an unexplained single number.
Use cost per kilometre as an internal unit-cost baseline for route economics, benchmarking and rate decisions — not as an automatic customer price.
Convert fuel consumption to €/km
Translate litres per 100 km and the diesel price into a fuel cost per kilometre. For example, 32 L/100 km at €1.50/L equals €0.48/km before any other cost is added.
Add other variable costs
Add AdBlue, maintenance, tyres and other kilometre-driven expenses so fuel is not mistaken for the full running cost.
Allocate fixed costs per kilometre
Spread annual driver and vehicle fixed costs across realistic annual mileage, then combine them with variable cost to obtain the internal cost per total kilometre.
Practical example
With 32 L/100 km at €1.50/L, fuel alone costs €0.48/km. LogicCalc then adds AdBlue, maintenance, tyres and the per-kilometre share of annual fixed costs to show the real operating cost.
What to verify before pricing
A neat €/km number can be misleading if the annual mileage or cost components behind it are incomplete.
- Base fixed-cost allocation on realistic annual kilometres; optimistic mileage can artificially lower the calculated €/km.
- Keep fuel consumption and fuel price assumptions current, especially when comparing vehicles or periods.
- Do not confuse cost per total kilometre with the required revenue per loaded kilometre when empty running exists.
Is fuel cost per kilometre the same as truck cost per kilometre?
No. Fuel is only one variable component. The real truck cost per kilometre can also include AdBlue, maintenance, tyres, driver cost, lease, insurance, tax, depreciation and other fixed expenses.
Should fixed costs be included in €/km?
Yes if the purpose is to estimate the full internal operating cost. Fixed annual costs need to be allocated across realistic annual kilometres so every kilometre carries its share of the vehicle and driver cost base.
Should empty kilometres be included?
The internal cost-per-total-kilometre baseline should reflect every kilometre the truck actually runs. To convert that into the minimum revenue needed per loaded kilometre, use the break-even rate calculation with the empty-mileage share.
Can I quote customers directly at this €/km value?
Usually not. It is an internal cost baseline. A sell rate may also need empty-mileage recovery, tolls, trip-specific charges, margin and the commercial conditions of the job.
Truck operating economics
Truck Break-Even Rate Calculator
Translate internal cost per total kilometre into the minimum revenue required from loaded kilometres. Empty running matters because the paid kilometres must recover the cost of kilometres that generate no freight revenue.
Use the break-even rate when deciding whether a loaded-kilometre offer actually recovers the truck’s total running, including deadhead.
Start with cost per total kilometre
Use the full internal truck cost per kilometre, not only fuel. Every actual kilometre creates cost whether the vehicle is loaded or empty.
Account for the loaded share
Convert the empty-mileage percentage into the share of kilometres that can earn freight revenue. Divide the cost per total kilometre by that loaded share to find the break-even rate per loaded kilometre.
Add target margin afterwards
Break-even only covers the modeled cost base. If a commercial target is required, apply the desired margin or uplift after the cost-covering loaded rate is known.
Practical example
If a truck costs €1.10 per total kilometre and 15% of annual kilometres are empty, the break-even rate rises to about €1.29 per loaded kilometre. A target margin can then be applied on top.
What to verify before pricing
Break-even is a planning threshold, not a promise that a particular load will be profitable after every real-world cost is known.
- Use the actual or realistically expected empty-mileage share for the operation; an understated deadhead percentage makes the threshold too low.
- Start from a complete internal cost per total kilometre rather than fuel-only cost.
- Add tolls, ferries, waiting, special handling and other trip-specific charges separately when they are not already included in the base cost model.
Why is break-even per loaded kilometre higher than truck cost per kilometre?
Because loaded kilometres must pay for both loaded and empty running. When some kilometres earn no freight revenue, the cost of those kilometres has to be recovered from the smaller loaded share.
How is the break-even loaded rate calculated?
A simple planning model divides internal cost per total kilometre by the loaded-kilometre share. At €1.10/km total cost and 15% empty mileage, the loaded share is 85%, giving about €1.29 per loaded kilometre before target profit.
Is break-even the same as my target selling rate?
No. Break-even is the modeled cost-covering threshold. A target selling rate may be higher to provide profit and cover risk, route-specific charges or commercial conditions.
What happens when empty mileage increases?
The loaded share becomes smaller, so each revenue kilometre must recover more total truck cost. The break-even loaded rate therefore rises even if the underlying cost per total kilometre does not change.
Positioning workflow
How to calculate empty mileage
LogicCalc creates a separate positioning leg between the configured truck base and the first route point. That leg is shown as empty deadhead and is included in route distance and distance-based cost.
Enter the truck base
Add the vehicle starting location in Fleet Profile settings. This becomes the origin of the optional empty positioning route.
Build the transport route
Add the first loading point and the remaining loading, unloading or intermediate stops.
Review complete trip economics
LogicCalc adds deadhead distance to the loaded route and includes its country-rate cost, fuel use and effect on the final price.
Complete distance model
Total planned distance = empty positioning distance + sum of all loaded and intermediate route legs
Deadhead inputs
What changes empty mileage cost?
The financial effect of deadhead depends on the distance from the base, the countries crossed, configured kilometre rates and how the positioning run affects fuel and transit time.
Truck starting base
The saved base location determines where the empty positioning route begins.
First loading point
The first active route point becomes the destination of the empty leg.
Positioning distance
LogicCalc calculates a real road leg instead of using straight-line distance.
Country rates
Each country segment of the empty route can use its own configured euro-per-kilometre rate.
Empty vehicle fuel use
Fuel reporting can distinguish the positioning run and apply the empty-vehicle consumption factor.
Commercial recovery
Deadhead cost becomes part of internal route economics before margin and client price are calculated.
Worked example
Example empty mileage calculation
Assume the truck is based 145 km from the first loading point. The loaded route after pickup is 690 km, giving a complete planned distance of 835 km.
In this simplified example, the empty and loaded legs use different average kilometre rates. A 10% fuel surcharge is then calculated from the combined distance-based route cost.
| Route component | Example result |
|---|---|
| Empty positioning distance | 145 km |
| Loaded route distance | 690 km |
| Total planned distance | 835 km |
| Empty positioning cost | €181.25 |
| Loaded route cost | €931.50 |
| Fuel surcharge (10%) | €111.28 |
| Base route cost plus fuel | €1,224.03 |
Illustrative example only. Actual results depend on the road route, country split, configured rates, fuel settings and vehicle profile.
Frequently asked questions
Empty mileage calculator FAQ
What is empty mileage in trucking?
Empty mileage, deadhead or positioning distance is the distance a truck travels without the transport cargo, for example from its base to the first loading point.
How does LogicCalc calculate deadhead?
When a truck starting base is entered, LogicCalc builds a separate road route from that base to the first route point and stores it as the positioning leg.
Is deadhead included in the total distance?
Yes. The positioning distance is added to the sum of the remaining route legs for route KPIs, transit planning and cost calculation.
Can different country rates apply to the empty leg?
Yes. The deadhead route has its own country breakdown, and the configured rate for each country can be used to calculate its cost.
Does empty mileage affect fuel surcharge?
Because the deadhead distance-based cost is included in the base route calculation, it also affects a percentage-based fuel surcharge.
Should the client always pay for every empty kilometre?
That is a commercial decision. LogicCalc shows the cost so the dispatcher can decide how much of it must be recovered in the quoted price.
Truck Fuel Consumption Calculator
Estimate how much fuel a truck is likely to use on a calculated route from route distance, the active truck consumption profile and payload. The result is a planning estimate in litres, not a measurement from the vehicle.
route distance, truck fuel-consumption profile and payload
estimated litres of fuel and payload-adjusted consumption
Start from route distance
Use the road distance of the calculated trip rather than straight-line distance. Fuel demand scales with the kilometres the truck is expected to drive.
Use the truck consumption profile
Apply the reference fuel-consumption setting of the active truck profile together with the current payload information used by LogicCalc.
Review the estimated litres
Use the resulting fuel quantity as a planning input for trip economics and CO₂, and update the profile when the truck or load changes.
Practical example
A 600 km route with a reference consumption of 30 L/100 km starts from about 180 L before payload adjustments. LogicCalc can adjust the estimate according to the active truck profile and load.
A 600 km route with a reference consumption of 30 L/100 km starts from about 180 L before payload adjustments. LogicCalc can adjust the estimate according to the active truck profile and load.
What to verify before using the result
Keep the route, truck profile and payload aligned with the actual job; otherwise a precise-looking litre result can still be based on the wrong assumptions.
- Recalculate after a material route change because the estimate is distance-dependent.
- Use the correct active truck consumption profile instead of applying one fleet average to every vehicle.
- Treat the output as an estimate and compare completed trips with real fuel data when refining fleet assumptions.
What inputs drive the fuel estimate?
The page uses calculated route distance together with the active truck fuel-consumption profile and payload information.
Is the result actual fuel consumption?
No. It is a planning estimate. Actual litres can differ because the executed trip and real conditions may differ from the calculation inputs.
Why does payload matter?
The page is designed to adjust the estimate using the current load together with the truck profile, so the same route can produce a different estimate for a different payload.
How does this differ from truck cost per kilometre?
Fuel consumption estimates litres used on a trip. Cost per kilometre combines fuel with other variable and fixed operating costs to produce an internal €/km baseline.
Transport CO₂ Emissions Calculator
Estimate road freight CO₂ emissions from route distance and vehicle assumptions, compare transport scenarios and include an ESG result with LogicCalc.
Emissions workflow
How to estimate road freight CO₂ emissions
A simplified route estimate multiplies vehicle activity by an emission factor. The usefulness of the result depends on consistent distance data and assumptions that match the vehicle and reporting purpose.
Calculate vehicle kilometres
Build the complete route, including relevant empty positioning, so the estimate uses the movement actually planned.
Apply the emission factor
Use the factor associated with the selected vehicle or the company reporting method.
Review and report the result
Compare route scenarios and include the estimated emissions in the route summary or customer-facing PDF.
Simplified vehicle-activity formula
Estimated CO₂e = route distance × selected vehicle emission factor
Emissions inputs
What affects a road freight emissions estimate?
Vehicle technology, fuel, load, distance, empty running, road conditions and the chosen reporting boundary can all affect the final emissions figure.
Route distance
Use the calculated road distance for the complete movement rather than straight-line distance.
Empty kilometres
Include relevant deadhead travel when the reporting boundary covers the full vehicle movement.
Vehicle assumptions
Select assumptions that reflect the truck, fuel and operating profile used for the route.
Emission factor
Apply a consistent factor expressed per vehicle kilometre or another clearly defined reporting unit.
Cargo context
Keep weight, loading metres and utilisation visible because they help explain the efficiency of the movement.
Reporting output
Present the estimate with the calculation scope and assumptions instead of showing an unexplained CO₂ number.
Worked example
Example road freight CO₂ estimate
Assume the complete vehicle route is 780 kilometres and the selected planning factor is 0.80 kilograms of CO₂e per vehicle kilometre.
The simplified result is 624 kilograms of CO₂e. A different vehicle, fuel, load factor or reporting standard can produce a different figure for the same route.
| Emissions input | Example value |
|---|---|
| Complete route distance | 780 km |
| Planning emission factor | 0.80 kg CO₂e/km |
| Loaded and empty movement | Included |
| Estimated route emissions | 624 kg CO₂e |
Illustrative estimate only. Use approved company or reporting-standard factors when the result is required for formal disclosure.
ESG advantages
Why estimate transport emissions in the route workspace?
Compare route scenarios
See how distance, empty positioning and vehicle assumptions change the estimated emissions.
Keep the reporting boundary clear
Calculate from the same route used for cost and time planning instead of entering an unrelated distance.
Support customer communication
Include a transparent estimate and its assumptions in the route summary when emissions information is requested.
Track efficiency alongside cost
Review CO₂, price, transit time, cargo space and vehicle utilisation as connected planning results.
Frequently asked questions
Transport CO₂ calculator FAQ
What does CO₂e mean?
CO₂e means carbon dioxide equivalent. It expresses different greenhouse gases as a comparable amount of carbon dioxide based on their warming effect.
Is the result based only on distance?
Distance is a major input, but the emission factor should reflect the vehicle, fuel, operation and reporting method used for the estimate.
Should empty kilometres be included?
Include them when the reporting boundary covers the complete vehicle movement. Excluding deadhead travel can understate route activity.
Can the estimate be used for official reporting?
Only when the methodology, emission factors, data quality and reporting boundary satisfy the relevant company or external standard. A planning estimate alone may not be sufficient.
Live product preview
See LogicCalc in action
This is a real LogicCalc workspace view. Use your own route, cargo, fleet and commercial settings for the actual calculation.
Open LogicCalc →
CO₂ results are estimates. Formal reporting may require approved well-to-wheel or tank-to-wheel factors, fuel data, load allocation, empty-running rules and a documented methodology.
LogicCalc calculators
Choose the right calculator for the route.
Explore route planning, transport pricing, cargo, driver-time and sustainability tools in one connected workspace.
Know the trip cost before adding margin
Calculate the complete route economics first, then use the internal result as the foundation for freight pricing and profitability decisions.
Freight cost results are planning estimates based on configured and entered values. Verify actual fuel, toll, wage, ferry, maintenance, vehicle and contractual costs used by your business.