DAIHATSU TANTO 2023 Ownership Costs Fuel Use Service Parts Repairs Resale Value

I can help — but costs vary a lot by country, fuel price, insurance rules and how many km/miles you drive. Which country/market are you in (Japan, UK, Australia, etc.) and roughly how many km/miles per year do you expect to drive?

Why costs differ so much between countries and drivers

The total cost of owning and running a car is made up of several moving parts. Differences in government taxes, fuel and electricity prices, vehicle import duties, insurance structures, maintenance labour rates and typical annual mileage all conspire to produce very different outcomes in Japan, the UK, Australia or anywhere else. Two drivers using the same model car can end up paying very different amounts simply because one drives 5,000 km per year while the other does 30,000 km.

Key cost components

• Fuel or electricity: Price per litre or kWh varies by country and region and determines running cost per kilometre.
• Depreciation: New cars lose value over time; resale markets and taxes affect how quickly.
• Insurance: Premiums depend on national regulations, risk models, driver history and how many miles you drive.
• Taxes and registration: Some countries have high annual road tax, congestion charges, import duties or VAT.
• Maintenance & repairs: Labour rates, parts costs and inspection requirements (e.g., MOT in the UK) vary.
• Financing costs: Interest rates and loan terms differ by market.
• Incentives: EV subsidies, low-emission zones and tax breaks can tilt the economics.

How country examples differ

Short summaries of common patterns (these are generalisations; local detail matters):

• Japan: High fuel taxes and strict vehicle inspections mean ownership costs can be high for larger vehicles. Small kei cars and efficient hybrids are popular. Road taxes and parking requirements (especially in cities) add to ownership overhead.
• United Kingdom: Fuel can be expensive, insurance premiums are often high, and urban drivers may face congestion charges and low-emission zones. Depreciation is influenced by the market for second-hand cars and diesel stigma.
• Australia: Long distances are common outside cities, increasing fuel and tyre wear. Fuel prices can vary by state and remote regions are more costly to service. Insurance approaches (comprehensive vs third-party) and registration fees vary by state.

How annual mileage changes the maths

Mileage fundamentally changes which costs dominate:

• Low annual mileage (under ~5,000 km / 3,000 miles): Fixed costs (insurance, tax, depreciation) dominate. Choosing a cheaper car and lower fixed-cost ownership models may make sense.
• Medium mileage (~5,000–20,000 km / 3,000–12,000 miles): Balance of fixed and variable costs. Fuel/energy efficiency becomes more important, but depreciation still matters.
• High mileage (above ~20,000 km / 12,000 miles): Variable costs (fuel, maintenance, tyres) begin to dominate. Consider fuel-efficient models, diesels (where they are economical and not restricted), hybrids or EVs if charging is convenient and energy costs are favourable.

Simple way to estimate your per-km/mile cost

A quick method to build a rough annual cost:

1. List annual fixed costs: insurance, registration/tax, loan repayments (if any), parking permits, and estimated depreciation.
2. Estimate variable costs per km/mile: fuel or electricity (price × consumption), maintenance and tyres.
3. Multiply variable cost per km by your expected annual km/miles, and add fixed costs to get total annual cost. Divide by km/miles for cost per km/mi.

Example (very simple): UK petrol car uses 6 L/100 km, fuel price £1.60/L, you drive 12,000 km/year.

Fuel cost = (6/100) × 12,000 × £1.60 = 72 × £1.60 = £115.20 × 12? — apologies, compute correctly: 6 L per 100 km means 0.06 L per km. 0.06 × 12,000 = 720 L/year. 720 × £1.60 = £1,152 fuel/year. Add insurance (say £600), tax and maintenance (say £800) → total ~£2,552/year or ~£0.21 per km.

Choosing between options: petrol, hybrid, EV, diesel

Your best choice depends on local prices and mileage. If electricity is cheap in your market and you drive a lot, an EV can reduce variable costs and maintenance. If fuel is cheap, an efficient petrol or diesel may still be best. Hybrids are often a good middle ground where city driving is common.

Practical tips to get accurate local numbers

• Get multiple insurance quotes in your country and specify your estimated annual mileage — premiums change with mileage brackets.
• Check government or reputable local calculators for taxes and incentives (some countries have online total cost of ownership tools).
• Look up current fuel and electricity rates for your specific region (urban vs rural).
• Ask local owners’ clubs or forums for real-world maintenance and depreciation figures.

Final thoughts

Cost-of-driving depends heavily on where you live and how much you drive. Country-level differences in fuel price, taxes, insurance rules and market structure can radically change the answer. To get a useful estimate, tell me which country or market you’re in (e.g., Japan, UK, Australia) and roughly how many km or miles per year you expect to drive. With that information I can run a clearer per-year and per-km comparison across vehicle types and ownership models so you can make a confident decision.

Frequently Asked Questions (FAQs)

Q: How much does insurance change with mileage?

A: Many insurers reduce premiums if you commit to low annual mileage, while higher-mileage drivers may pay more. The sensitivity varies by country and insurer; always request quotes for your actual expected mileage.

Q: Are electric vehicles always cheaper to run?

A: Not always. EVs usually have lower variable costs (energy and maintenance) but higher upfront prices in some markets. If electricity is expensive or charging infrastructure sparse, the benefit is reduced. Use local electricity prices and incentives to compare.

Q: Do I need a different approach for short urban trips vs long highway driving?

A: Yes. Hybrids and EVs often shine for urban stop-start driving, while efficient diesel or petrol may be better for long highway miles in some regions. Consider duty cycles when choosing a vehicle.

Q: How can you help me specifically?

A: Tell me your country/market and expected annual km/miles (and roughly the type of car you’re considering). I can produce a simple cost model (fuel/electricity, insurance, depreciation, maintenance) and show per-year and per-km estimates for a few vehicle types.