Calculator Inputs
Formula Used
Vehicles required = Ceiling(Cargo weight ÷ Vehicle capacity)
Total distance per vehicle = Loaded distance + Return distance
Base drive time = Distance ÷ Average speed
Adjusted drive time = Base drive time × Traffic factor × Terrain factor × Weather factor
Stop delay = Stops count × Delay per stop ÷ 60
Total transit time = Adjusted drive time + Loading time + Unloading time + Rest time + Stop delay
Fuel used per vehicle = (Total distance ÷ Fuel efficiency) × Traffic factor × Terrain factor × Weather factor
Operating cost per vehicle = Fuel cost + Toll cost + Driver cost + Maintenance cost
Risk surcharge = Operating cost × (Risk factor − 1)
Total cost per vehicle = (Operating cost + Risk surcharge) + Margin
Fleet total cost = Total cost per vehicle × Vehicles required
Cost per ton-km = Fleet total cost ÷ (Cargo weight × Loaded distance)
How to Use This Calculator
- Enter the route name and distance in kilometers.
- Provide cargo weight and usable vehicle capacity.
- Fill in speed, fuel efficiency, and fuel price.
- Add tolls, driver hourly cost, and maintenance cost.
- Enter handling times, stop count, and delay minutes.
- Adjust traffic, terrain, weather, and risk factors.
- Set a return-distance percentage for repositioning miles.
- Add the desired pricing margin percentage.
- Click Calculate Route Plan to show results above the form.
- Use the CSV and PDF buttons to export the route summary.
Example Data Table
These values are sample planning scenarios for comparison.
| Scenario | Distance (km) | Load (tons) | Speed (km/h) | Fuel Eff. (km/L) | Tolls | Traffic Factor | Estimated Fleet Cost |
|---|---|---|---|---|---|---|---|
| Corridor A | 640 | 12 | 58 | 4.1 | $95.00 | 1.08 | $1,082.50 |
| Corridor B | 850 | 18 | 62 | 3.8 | $145.00 | 1.12 | $1,694.80 |
| Corridor C | 1100 | 24 | 56 | 3.5 | $210.00 | 1.18 | $2,844.30 |
FAQs
1. What does this freight route planner estimate?
It estimates travel time, fuel demand, operating cost, risk surcharge, total fleet cost, cost per kilometer, cost per ton-kilometer, and approximate carbon output for a planned route.
2. Is this tool using live traffic or maps?
No. It is a structured engineering estimator. You manually enter the traffic, terrain, weather, and risk factors, then the calculator applies them consistently.
3. Why is vehicle capacity included?
Capacity determines how many vehicles are required. If your total cargo exceeds one vehicle’s capacity, the calculator scales fleet distance, fuel use, and total cost accordingly.
4. What is the return-distance percentage?
It represents repositioning or empty return travel after delivery. Entering this percentage helps model backhaul inefficiency and prevents underestimating route cost.
5. How should I choose the planning factors?
Use 1.00 for neutral conditions. Raise values above 1.00 when congestion, rough terrain, weather disruption, or route uncertainty increases time, fuel demand, or operating exposure.
6. What does route score mean?
Route score is an internal comparison index. Higher scores generally indicate stronger capacity use and lower normalized cost under the entered delay and risk conditions.
7. Can I use this for comparing alternative dispatch plans?
Yes. Run several scenarios with different distances, speeds, tolls, or factors. Then compare fleet cost, transit time, fuel demand, and cost per ton-kilometer.
8. Does the CO₂ estimate replace compliance reporting?
No. It is a planning approximation based on diesel consumption. Use your company’s official emissions method for reporting, audits, and contractual sustainability documentation.