Calculator
Formula Used
CIF foreign value = purchase price + freight + insurance.
CIF local value = CIF foreign value × exchange rate.
Adjusted customs value = CIF local value − depreciation + age adjustment.
Import duty = adjusted customs value × duty rate.
VAT = adjusted customs value plus duty and levy × VAT rate.
Landed cost = adjusted customs value + duty + VAT + levy + withholding tax + fees.
Battery kWh = battery voltage × amp hours ÷ 1000.
Usable battery kWh = battery kWh × usable depth percentage.
Motor current = motor power watts ÷ battery voltage.
Range = usable battery kWh ÷ efficiency kWh per km.
Charging cost = required grid kWh × electricity rate.
How to Use This Calculator
- Enter the vehicle purchase price, freight, insurance, and exchange rate.
- Add duty, VAT, withholding, levy, registration, and handling values.
- Enter depreciation, age adjustment, contingency, and margin rates.
- Fill battery voltage, battery capacity, motor power, and charger data.
- Enter route distance, energy efficiency, and running hours.
- Press calculate to show the result above the form.
- Use CSV for spreadsheet review or PDF for a simple record.
Example Data Table
| Vehicle Case | CIF Local | Duty % | Battery kWh | Range km | Use Case |
|---|---|---|---|---|---|
| Small electric car | 63,080,000 | 25 | 60 | 283 | City movement |
| Hybrid service van | 85,500,000 | 25 | 18 | 90 | Maintenance fleet |
| Electric pickup | 121,600,000 | 25 | 95 | 396 | Field operations |
Motor Vehicle URA Calculator Guide
Purpose
The Motor Vehicle URA Calculator helps planners review a vehicle cost and its electrical operating demand in one place. It is useful for electric cars, hybrid service vehicles, workshop estimates, fleet planning, and import budgeting. The tool joins duty style cost inputs with battery, motor, charger, and route inputs.
Why It Matters
Many vehicle decisions need more than purchase price. Import charges can change the final cost. Electrical load can change running cost. Battery limits can affect range. A clear estimate helps you compare choices before you spend money.
Cost Inputs
Start with the purchase value, freight, insurance, exchange rate, and selected charge rates. The calculator forms a customs value, then applies duty, VAT, withholding, and levy fields. These rates are editable because every case can differ. You can also add registration, inspection, port, and handling costs.
Electrical Inputs
The electrical section uses battery voltage, amp hour capacity, usable depth, motor power, accessory load, charger efficiency, electricity price, and expected distance. It estimates usable stored energy, charging energy, charging cost, current draw, daily energy demand, and approximate range. These values help size chargers, check battery stress, and compare daily running budgets.
Advanced Review
For advanced review, the calculator includes depreciation, contingency, and margin fields. Depreciation gives an adjusted vehicle value. Contingency adds a safety allowance. Margin shows a planned sale or project quote. These values are helpful when preparing tenders, workshop reports, and customer estimates.
Reports
The formula section below explains each major step. The example table gives sample vehicle cases. You can export the result as CSV for spreadsheet work. You can also create a simple PDF summary for records.
Limits
This tool is still an estimator. Real URA assessments, taxes, exchange rates, and approval rules may change. Electrical results also depend on terrain, speed, battery age, weather, tyres, load, and driving style. Use verified official rates for final filing. Use measured vehicle data when available.
Best Practice
The calculator works best when inputs are realistic. Enter rates as percentages. Enter money values before tax. Enter battery details from the vehicle label. Review the result block after submission. Then download the file needed for your report.
Documentation
Keep assumptions documented beside each export. This makes reviews easier for managers, clients, auditors, and technicians. Recalculate when prices, routes, official charges, or load patterns change.
FAQs
What does this calculator estimate?
It estimates vehicle import style charges, landed cost, electrical load, current draw, charging energy, charging cost, and range from user supplied inputs.
Can I change the URA rates?
Yes. All percentage fields are editable. Use current official rates when preparing a real filing or customer quote.
Does the calculator replace official assessment?
No. It is an estimating tool. Official assessments, exchange rates, exemptions, and regulations should be checked before final decisions.
How is battery capacity calculated?
Battery capacity is voltage multiplied by amp hours, then divided by 1000. Usable capacity applies the usable depth percentage.
Why is charger efficiency included?
Chargers lose some energy during charging. Efficiency adjusts battery energy into grid energy, which gives a better charging cost estimate.
What is the difference between motor current and total current?
Motor current uses traction motor power only. Total current adds accessory load, giving a broader electrical demand estimate.
Can I use this for hybrid vehicles?
Yes. Enter the available battery and electric drive data. For fuel costs, add a separate fuel analysis if needed.
Why do CSV and PDF downloads recalculate?
Each download uses the current form values. This keeps exported reports aligned with the latest data entered on the page.