Car Ownership Costs in the Netherlands — 2026 Complete Breakdown

How these car costs Netherlands figures were built

The consumption figure for every model here is the official WLTP or NEDC type-approval value from the UK Vehicle Certification Agency archive. We hold three of those datasets — the current VCA set, the 2011 to 2022 archive and the 2000 to 2013 archive — and we searched all three, giving 17,270 candidate records. WLTP is harmonised, so a car's certified litres per 100 km is identical across the EU: the same figure describes a Golf in Amsterdam and a Golf in Manchester.

We then applied the Dutch constants and assumed 15,000 km a year, close to the Dutch average for a private car. Annual energy cost is litres per 100 km divided by 100, multiplied by 15,000, multiplied by the pump price. Electric cars use the same formula with kWh per 100 km at the household rate of €0.256. This gives a single, consistent cost index that depends only on the car's certified efficiency and the Dutch energy prices.

Constants: petrol €2.35/L and diesel €2.326/L (EU Oil Bulletin, week of 31 August 2026); electricity €0.256/kWh (Eurostat, H2 2025, household band DC, taxes included).

Data quality: the 140 records we removed and the price of leaving them in

We publish our exclusions so you can audit the ranking. Nine records failed our plausible-range test, set at 2.5 to 25.0 litres per 100 km and 5.0 to 40.0 kWh per 100 km: a 2022 Mazda CX-60 petrol at 141.2, a 2007 Kia Sorento diesel at 35.8, a 2026 Toyota Land Cruiser hybrid at 26.2, and six plug-in hybrids between 1.1 and 2.1 — among them a 2013 Chevrolet Volt, a 2013 Toyota Prius and a 2018 Kia Niro. Those are data-entry errors or laboratory artefacts, not real-world consumption.

Separately we removed two 2018 Land Rover Range Rover rows the source tags as ordinary hybrids at 2.8 L/100km. That is a plug-in test result: a plug-in hybrid charged for every trip looks extremely economical, while one with a flat battery is a heavy petrol car. Averaging it into the hybrid category would flatter the whole class, so those rows are excluded and plug-in hybrids are reported separately. Finally, 129 rows in the current VCA set carry no consumption value and cannot be priced. Total removed: 140. Total used: 17,130.

Dutch fuel prices in 2026: the most expensive in the EU

Petrol averages €2.35 per litre and diesel €2.326 per litre according to the EU Oil Bulletin for the week of 31 August 2026. Compare the EU averages for the same week — €1.840 for petrol and €1.966 for diesel — and the Netherlands is about 28% dearer on petrol and about 18% dearer on diesel. On a 50-litre fill that is roughly €117.50 for petrol, and your Dutch fuel receipt is the single strongest reason to care about consumption.

Because the gap is so wide, a car that uses 4 L/100km rather than 8 saves about €1,400 a year at these prices before you count anything else. That is not a rounding difference; it is more than double the entire annual MRB bill of a typical petrol car.

• Petrol: €2.35/L (EU Oil Bulletin, 31 Aug 2026)
• Diesel: €2.326/L (EU Oil Bulletin, 31 Aug 2026)
• EU average petrol: €1.840/L; EU average diesel: €1.966/L
• Household electricity: €0.256/kWh (Eurostat, H2 2025, band DC)

Pump prices move weekly. Treat these as the September 2026 baseline and re-run the numbers in the fuel cost calculator before you buy.

Annual energy cost by powertrain: mean and median

Across all 17,130 priced records the median annual energy bill is €2,303 at 15,000 km a year. Petrol is the largest group by far with 9,201 records and a mean consumption of 8.53 L/100km against a median of 7.8, which tells you the average is dragged upward by large SUVs and performance cars while the typical car sits lower. At Dutch prices that median petrol car costs €2,750 a year in fuel and the mean petrol car €3,006.

Diesel looks remarkably strong on 6,855 records: a median of 5.5 L/100km and €1,919 a year, with the mean at 5.84 and €2,036. Self-charging hybrids, 490 records, land in the middle at a median of 5.85 L/100km and €2,062, mean €2,144. These are the figures we excluded the mis-tagged Range Rovers from, so they are trustworthy. Plug-in hybrids, 402 records, sit at a median of 6.0 L/100km and €2,115 and should be read with the caveat in their own section below.

Median beats mean as a budgeting figure here: the petrol mean is 9% above the median because of a long tail of thirsty cars.

Cost per 100 km: the number that survives a change of mileage

Annual totals move the moment you change the distance, but cost per 100 km is stable. The median Dutch petrol car costs €18.33 in fuel for every 100 km, the median diesel €12.79, the median hybrid €13.75, the median plug-in hybrid €14.10 and the median electric car €4.33. Drive 5,000 km instead of 15,000 and you simply divide those figures by three; drive 30,000 and you double them.

The ordering is worth noting. On energy alone the average Dutch diesel car undercuts the average Dutch petrol car by about 30% per kilometre, and the average electric car undercuts petrol by roughly 76%. Because diesel is only about 1% cheaper per litre than petrol in the Netherlands, almost all of the diesel advantage comes from efficiency, not from the pump price — which is why the advantage is small for a drink-heavy diesel SUV.

The cheapest cars to run in the Netherlands in 2026

Electric cars sweep the top of the table, and the 2026 MINI Aceman leads it at 10.9 kWh/100km and €419 a year — €2.79 per 100 km. The Mercedes-Benz CLA Saloon follows at 12.2 kWh/100km and €468, the Dacia Spring at 12.5 and €480, the Fiat 500 at 13.3 and €511, and the Tesla Model 3 at 13.8 and €530. Four models tie at 14.2 kWh/100km and €545: the MINI Cooper Electric, Peugeot 2008, Tesla Model Y and Volkswagen ID.7.

The cheapest combustion car in the entire dataset is the Honda Insight at 3.4 L/100km and €1,198 a year, though the surviving Dutch examples are now old cars. Among modern petrol models the Suzuki Celerio at 3.6 L/100km and €1,269 is the winner, with the Fiat 500, Citroën C1 and Peugeot 108 grouped at 3.8 and €1,340. The Peugeot 208 diesel at 3.0 L/100km and €1,047 is the cheapest internal-combustion option of all, and the Toyota Prius hybrid at 3.0 L/100km and €1,058 is within €11 of it.

The dearest cars to run: €8,777 a year before tax

At the top of the table the Lamborghini Diablo from the 1998/1999 model years consumes 24.9 L/100km and costs €8,777 a year in petrol alone at Dutch prices — 21 times the MINI Aceman. The 2026 McLaren GT at 23.7 L/100km costs €8,354, the Maserati MC12 at 23.0 costs €8,108, and the Ferrari mainstream range from 2000 at 22.3 costs €7,861. Older Lamborghini Murciélago, Chrysler Jeep Dodge SRT/10, Bentley and Hummer H3 models fill the rest of the top ten, all above 20 L/100km and all between €7,226 and €7,579 a year.

The distance between the cheapest and the dearest car in the dataset is €8,358 a year at 15,000 km. For context, the annual fuel bill of one Lamborghini Diablo would cover the entire energy cost of more than twenty MINI Acemans. These are certified figures for real cars, not outliers we invented to make a point.

Petrol cars: from 3.6 L/100km to a 7.8 L/100km national median

Petrol remains the default in the Netherlands and it is also the widest spread of any powertrain in our data. The median petrol car uses 7.8 L/100km and costs €2,750 a year; the best modern petrol, the Suzuki Celerio, uses 3.6 and costs €1,269. That is a saving of €1,481 a year between the typical Dutch petrol car and the most efficient, achieved purely by choosing a smaller car.

The petrol mean of 8.53 L/100km sits well above the median because the dataset includes every large SUV and sports car on sale. If you are comparing a used hatchback against a used crossover, assume the crossover costs the petrol median and the hatchback costs somewhere near 5 to 6 L/100km.

Diesel: still the cheapest fuel per kilometre, but barely on price

Diesel has the lowest median energy cost of any combustion powertrain in the Dutch data at €1,919 a year, and the 2017 Peugeot 208 at 3.0 L/100km and €1,047 is the single cheapest combustion car we priced. The Peugeot 308 follows at 3.1 L/100km and €1,082, with the Kia Rio, Hyundai i20 and Kia Rio 3-door at 3.2 and €1,116.

The mechanism matters. Dutch diesel at €2.326/L is only about one cent cheaper than petrol at €2.35/L, so essentially none of the diesel advantage comes from the pump. All of it comes from thermal efficiency and the fact that a diesel engine extracts more work from each litre. That also explains why the advantage evaporates on a heavy diesel SUV, and why a diesel only pays back its higher purchase price if you cover real distance.

Diesel also carries a higher MRB rate than petrol in the Netherlands, so the fuel saving is not the whole story.

Self-charging hybrids: Toyota's predictable middle ground

With the two mis-tagged Range Rover plug-in rows removed, the hybrid table is led by the 2016 to 2018 Toyota Prius at 3.0 L/100km and €1,058 a year. The Toyota Yaris runs it close at 3.3 L/100km and €1,163 across its 2016 to 2018 model years. The median hybrid uses 5.85 L/100km and costs €2,062, sitting between petrol and diesel.

That median is inflated by the hybrid SUVs in the dataset, which are large cars that use hybrid hardware to offset size rather than to chase efficiency. The useful conclusion for a Dutch buyer is that a self-charging hybrid gives you petrol-like refuelling behaviour with diesel-like consumption in town, and no charging cable. It is the lowest-risk choice if you have no driveway.

Plug-in hybrids: why we report them separately

The 402 plug-in hybrid records that survived our cleaning show a median of 6.0 L/100km and €2,115 a year, with the cheapest being the Peugeot 3008 and Citroën DS5 at 3.3 L/100km and €1,163. Those numbers are honest about the surviving rows, but they describe a car in charge-sustaining mode, not the laboratory headline. The official plug-in figures we removed — 1.2, 1.1 and 1.3 L/100km — were produced on a full battery and assume you recharge before every trip.

Drive a plug-in hybrid as a company car and never plug it in, and you are hauling a battery and an electric motor with a small petrol engine, which pushes consumption well above the hybrid median. Drive it as a 40 km commuter with a home charger and it can genuinely beat a Prius. The same car produces both outcomes, which is why we refuse to fold plug-in hybrids into a single average.

If you cannot charge at home or at work, budget a plug-in hybrid at hybrid or worse consumption, not at its official figure.

Electric cars: €649 a year for the median Dutch EV

The 182 electric records have a median consumption of 16.9 kWh/100km and a median annual energy cost of €649 — €4.33 per 100 km at the Dutch household rate of €0.256/kWh. The mean is 17.46 kWh/100km and €670. Against the median petrol car at €2,750, the median electric car saves €2,101 a year, which is 76% off the energy bill at the same 15,000 km.

The spread within the electric group is narrow: €419 for the best to €1,164 for the worst. That matters for how you shop. You do not need to hunt the single most efficient EV in the Netherlands to get most of the saving, because even the least efficient electric car we priced is far cheaper to run than the most efficient petrol car. Charging at home is what makes this work; public rapid charging costs more per kWh than the household rate and can erode a large part of the advantage, so treat the €649 as the home-charging figure.

Electric costs assume charging at the household rate of €0.256/kWh. Public and motorway fast charging is priced higher and is not included.

Total cost of ownership: the split we can actually source

Energy is the only large cost we can price from authoritative data for every car, so this is the total we are prepared to publish. Take the median Dutch petrol car at €2,750 a year in fuel, add MRB road tax of roughly €700 for a typical petrol car, and add the APK at about €65 — roughly €32.50 a year if you amortise it over the two-year interval for a car past its eighth birthday. That gives €3,482.50 a year before insurance, tyres, servicing or parking.

Notice the shape of the bill. Energy is about 79% of the three items we can source. In most European markets the same calculation is more balanced because fuel is cheaper relative to fixed costs. In the Netherlands, the pump is the budget, which is why the efficiency tables in this guide matter more than any other figure we publish here.

€3,482.50 is a floor, not a total. It excludes every cost item for which we have no verified Dutch figure.

What is not in the numbers: insurance, tyres, servicing and parking

Insurance is the biggest omission and the one we will not fake. Dutch premiums depend on the driver, the postcode, the claims history, the car group and the cover level — third-party cover (WA) is the legal minimum, all-risk costs considerably more. Any single national average would be wrong for almost everyone, so get a quote against your own registration before comparing two cars.

Tyres, servicing, repairs, parking permits and depreciation are equally unpriced here. Depreciation is usually the largest single cost of owning a car — a typical new car loses roughly 15 to 25% of its value in year one and about 50% over five years — and it is not an energy question at all, so no consumption ranking can answer it.

• Insurance: varies widely by insurer, driver history and postcode — get your own quote
• Tyres: depends on size, brand and how you drive
• Servicing and repairs: depends on age, mileage and workshop labour rates
• Parking and permits: set by each municipality, so it varies street by street
• Depreciation: roughly 15–25% in year one, about 50% over five years (approximate market behaviour)

We publish no Dutch insurance or servicing average because we hold no authoritative dataset for either.

APK inspection: about €65, and when you need one

The Algemene Periodieke Keuring is the Dutch roadworthiness test and it costs roughly €65. The RDW sets the requirements but not the price, so workshops compete on it and you should expect the fee to differ from garage to garage. The test covers safety, emissions, lighting, brakes and structural condition, and an RDW-approved station must carry it out.

On timing, RDW states that new petrol cars have their first APK four years after first registration, then every two years until the car is eight years old, and annually after that. Diesel and gas-powered cars follow a different, earlier schedule. Because the inspection is biennial for a car between four and eight years old, the APK contributes roughly €32.50 a year to the running cost of a modern car and €65 once it is past eight years old.

• Fee: about €65 per inspection, set by the workshop, not the government
• New petrol car: first APK at four years, then every two years until eight years old
• From eight years old: annual inspection
• Diesel and gas: earlier and different intervals — check the RDW schedule for your car
• Only an RDW-approved station may carry out the APK

MRB road tax: roughly €700, and why we will not quote an exact figure

Motorrijtuigenbelasting is the Dutch vehicle tax and a typical petrol car pays roughly €700 a year. We deliberately do not publish a precise number, because the rate is calculated from the weight of your car, its fuel type and the province you live in. Two identical cars registered ten kilometres apart can pay different amounts.

Fuel type matters too: diesel and LPG vehicles are taxed more heavily than petrol, which is the other reason the diesel fuel saving here should be read alongside the tax bill rather than on its own. The only reliable way to price MRB is your own registration with the Belastingdienst. Budget €700 for a typical petrol car and treat it as a starting point, not a valuation.

• Based on weight, fuel type and province — the same car can cost different amounts in different provinces
• Typical petrol car: roughly €700 a year
• Diesel and LPG are taxed more heavily than petrol
• Use the Belastingdienst MRB route with your own registration for the exact amount

We state MRB as approximately €700 because a precise figure cannot be given without your vehicle and your province.

Five ways to cut your Dutch car bill

Because energy is roughly 79% of the costs we can source, cutting consumption is the only lever that moves the needle quickly. The ordering below reflects the size of the effect at 15,000 km a year, not the effort involved. Everything that follows uses only the verified Dutch figures in this guide.

1. Choose a more efficient car. Moving from the petrol median of 7.8 L/100km to the Celerio's 3.6 L/100km saves about €1,481 a year.
2. Switch powertrain if the numbers fit. The median electric car at €649 a year saves €2,101 against the median petrol car, provided you can charge at the household rate.
3. Do not default to diesel for short trips. Diesel only wins on distance, and it pays a higher MRB rate.
4. Skip plug-in hybrids without a home charger. Unplugged, they run like heavy petrol cars, above the hybrid median of €2,062.
5. Check the MRB rate before you buy, not after. Weight and fuel type can swing the fixed part of the bill by more than a year of carefully chosen fuel-efficient driving saves.

Mileage scaling: halve all the savings above at 7,500 km a year and double them at 30,000 km.

What 15,000 km assumes, and how the ranking changes at other mileages

Every annual figure in this guide assumes 15,000 km. Energy cost scales linearly, so the ranking never changes but the money does. At 5,000 km a year the median petrol car costs €917 in fuel and the median electric car €216 — a gap of €701, which is small enough that a cheaper purchase price or a better insurance quote can decide the argument on its own.

At 30,000 km the same comparison splits by €4,202 a year, and at that point the efficient car is not a preference but the financially correct answer. If your annual mileage is far from 15,000 km, work out your own distance first and then scale these figures before you look at any model in the tables above.

How the Netherlands compares with its neighbours

Dutch petrol at €2.35/L is the highest of the eleven markets we track, and Dutch diesel at €2.326/L is second only to Finland's €2.334/L. Germany's petrol is €2.236/L, France's €2.073/L, Belgium's €1.885/L and Spain's €1.733/L. A Dutch driver filling a 50-litre tank pays roughly €117.50, where a Spanish driver pays about €87 — €30 more per tank, every tank.

Household electricity is different to the same extent. The Netherlands at €0.256/kWh matches France exactly and sits above the EU average of €0.220/kWh, but well below Germany at €0.387/kWh and Ireland at €0.404/kWh, the most expensive in the EU. That is why the Dutch electric-versus-petrol gap is so wide: the country has expensive petrol and mid-priced electricity, which is the best possible combination for running an EV.

Run your own numbers before you buy

The tables above are a ranking, not a quote for your situation. Use the car ownership cost calculator to add your own mileage, your own energy prices and the fixed costs we could not source, then compare your shortlist side by side. Use the fuel cost calculator for a pure fuel answer, the EV charging calculator if you are weighing home charging against public charging, and the petrol versus diesel versus hybrid versus electric comparison if you are still choosing a powertrain. Every figure runs in your browser, so you can change one input and watch the whole annual bill move.