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VRT Calculator by Model

Get VRT calculations for specific car makes and models with accurate data

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Calculate VRT by Specific Model

Select your car's make and model for accurate VRT calculations based on official specifications.


Based on official Revenue.ie VRT rates and calculation methods.

Popular Models - Quick VRT Reference

Here are VRT estimates for some of the most commonly imported vehicle models. These are based on typical specifications and average purchase prices.

Model Engine Typical VRT Range Price Range
BMW 3 Series 320d €3,200-€5,800 €25k-€45k
Audi A4 2.0 TDI €2,800-€5,200 €22k-€40k
Mercedes C-Class C220d €3,500-€6,200 €28k-€50k
VW Golf 1.6 TDI €1,800-€3,200 €15k-€25k
Toyota RAV4 2.5 Hybrid €2,800-€4,800 €25k-€38k

Important Note

These are estimates based on typical specifications and market values. Actual VRT depends on exact CO₂ emissions, engine size, purchase price, and current OMSP values.

Why VRT Varies Between Models That Seem Similar

Two cars of the same make and model can have very different VRT bills depending on the exact specification. Revenue calculates VRT based on the Open Market Selling Price and CO2 emissions, both of which shift depending on the trim level, engine variant, and optional extras fitted to the car.

The Role of Trim Levels and Options

A BMW 3 Series in M Sport trim will have a higher OMSP than the same model in SE trim, which means a higher VRT bill even if the engine is identical. The same applies across every brand. Options like leather upholstery, panoramic sunroofs, larger alloy wheels, and premium sound systems all add to the OMSP. Revenue assesses the vehicle as it stands, not the base price. If you are importing a high-spec model, expect the VRT to reflect those extras.

Engine Variants Change the Rate Bracket

The difference of a few grams of CO2 per kilometre can push a car into a higher VRT bracket. Take the Volkswagen Golf as an example. A 1.6 TDI with 115g/km CO2 falls into the 14 percent bracket, while the 2.0 TDI with 135g/km CO2 lands in the 16 percent bracket. On a 25,000 euro car, that is 500 euros extra in VRT. Before you buy, check the exact CO2 figure from the vehicle's registration document rather than relying on the general model specification.

  • Always use the exact CO2 figure from the UK V5C or EU CoC document
  • High trim levels can add 3,000 to 5,000 euros to the OMSP assessment
  • Cars imported from Japan may have different specifications than EU models
  • Aftermarket modifications can affect the OMSP valuation
  • Revenue may adjust the OMSP if they consider the declared value too low

How to Calculate VRT for Your Specific Car Model

Calculating VRT for a specific car model involves several steps. Understanding the process helps you budget accurately and avoid surprises when you bring your vehicle into Ireland. Here is a step-by-step guide to help you through the calculation.

Step 1 - Identify the Exact Model and Specification

Start by identifying the precise make, model, and variant of the vehicle. A BMW 3 Series comes in multiple engine sizes, trim levels, and body styles. The V5C registration certificate (for UK imports) or the Certificate of Conformity (for EU imports) will contain the exact details including engine capacity, fuel type, and the official CO2 emissions figure. This CO2 figure is the single most important number for determining your VRT rate.

Step 2 - Determine the Open Market Selling Price (OMSP)

The OMSP is what Revenue considers the vehicle would sell for on the Irish market at the time of registration. Revenue uses this as the taxable base for VRT. For imported used vehicles, the OMSP is typically based on the purchase price adjusted for the vehicle's age and condition. Our calculator applies age-related depreciation to give you an accurate OMSP estimate that reflects current market conditions.

Step 3 - Apply the Correct VRT Rate

Once you have the OMSP and the CO2 emissions figure, you can apply the correct VRT rate. The rate is determined by the vehicle's CO2 emissions band. In 2026, rates range from 7 percent for vehicles emitting 50g/km or less up to 37 percent for high-emission vehicles. The rate applies to the OMSP to give you the total VRT amount due. Our calculator automatically applies the correct rate based on the CO2 figure you provide.

Step 4 - Consider Any Reliefs or Exemptions

Some vehicles qualify for VRT relief or exemption. Electric vehicles with CO2 emissions of 0g/km may qualify for reduced rates. Vehicles modified for disability access can also receive relief. Always check with Revenue or use our VRT exemptions guide to see if your vehicle qualifies for any reductions before finalising your budget.

Most Popular Car Models in Ireland

Ireland has a well-defined market for imported vehicles. Certain models consistently rank among the most popular choices for importers due to their reliability, parts availability, and resale value. Understanding how VRT applies to these models helps you make informed purchasing decisions.

Model Typical CO2 (g/km) Typical VRT Range Why Popular in Ireland
Volkswagen Golf 115€“140 €1,800€“€3,500 Reliable, economical, strong resale
BMW 3 Series 120€“160 €3,200€“€5,800 Premium badge, strong parts network
Audi A4 120€“155 €2,800€“€5,200 Build quality, dealer network
Mercedes C-Class 125€“165 €3,500€“€6,200 Premium, strong demand
Toyota RAV4 100€“130 €2,800€“€4,800 Hybrid reliability, low running costs
Hyundai Tucson 110€“145 €2,200€“€4,200 Value for money, long warranty
Kia Sportage 115€“148 €2,400€“€4,500 Practical, well-specced for price
Nissan Qashqai 120€“150 €2,600€“€4,600 Crossover appeal, practical size

Remember

These are typical ranges based on common specifications. The actual VRT for your specific vehicle will depend on the exact CO2 emissions, engine size, and purchase price. Always use the calculator with your vehicle's actual details for the most accurate estimate.

Why Model Matters for VRT

The specific model of a vehicle directly affects the VRT amount because different models have different CO2 emissions profiles, engine specifications, and market values. Two vehicles from the same manufacturer can have notably different VRT bills depending on the exact model and variant.

CO2 Emissions Vary by Model

Revenue bases the VRT rate percentage primarily on CO2 emissions measured in grams per kilometre. A compact hatchback like the Volkswagen Polo with a small petrol engine might emit 105g/km, while a larger Golf with a diesel engine might emit 125g/km. These differences push the vehicles into different VRT rate bands, meaning the Golf could attract a higher percentage rate even though both are from the same manufacturer. Checking the exact CO2 figure for your chosen model is essential before making a purchase decision.

Engine Size Affects the Calculation

While CO2 is now the primary factor, engine size still plays a role in the overall assessment. Larger engines typically produce higher CO2 emissions, which pushes the vehicle into a higher VRT band. However, some manufacturers have developed efficient larger engines that produce competitive CO2 figures. For example, a modern 2.0-litre diesel engine might produce lower CO2 than an older 1.6-litre engine. The model year and engine technology are therefore important considerations.

Market Value Differs by Model

The OMSP is the taxable base for VRT, and this varies notably between models. A premium model like a BMW 3 Series will have a higher OMSP than a comparable Ford Focus, even if both have similar CO2 emissions. This means the premium model will attract a higher VRT amount even at the same rate percentage. When budgeting for VRT, always consider both the rate (driven by CO2) and the base (driven by OMSP).

  • Always check the exact CO2 figure for your chosen model variant
  • Compare OMSP values between models before purchasing
  • Consider total cost of ownership including VRT, not just the purchase price
  • Use our model-specific calculator to estimate VRT before you buy

Importing a Specific Model - What You Need to Know

When importing a specific car model into Ireland, there are several model-specific factors that can affect your VRT calculation and overall import experience. Understanding these factors helps you make better purchasing decisions and avoid unexpected costs.

Specifications May Differ by Market

The same model sold in different countries may have different specifications. A Volkswagen Golf sold in the UK might have slightly different emissions equipment or engine tuning compared to one sold in Germany. These differences can affect the CO2 emissions figure and therefore the VRT rate. Always obtain the vehicle's Certificate of Conformity or V5C registration document to get the exact specifications rather than relying on general model information.

Japanese Imports Have Unique Considerations

Japanese imported vehicles, particularly popular models like the Toyota Prius, Nissan Leaf, and various SUV models, often have different specifications than their European counterparts. They may have different emissions equipment, different engine configurations, or different optional extras fitted. Revenue will assess these vehicles based on their actual specifications, so always verify the exact CO2 figure and engine details before completing your purchase.

Check the Service History

For imported vehicles, a complete service history is particularly important. It helps establish the vehicle's condition and maintenance record, which can affect the OMSP assessment. Vehicles with incomplete service histories may be valued lower by Revenue, which could reduce the VRT amount, but they may also be harder to sell or finance in Ireland.

Parts Availability

Before importing a specific model, consider parts availability in Ireland. Popular models from major manufacturers like Volkswagen, BMW, Toyota, and Ford have strong parts networks in Ireland. Less common models or those from smaller manufacturers may have limited parts availability, which can affect both running costs and resale value.

Model VRT Comparison - Top 10 Imported Models

The following table provides estimated VRT figures for the ten most commonly imported vehicle models in Ireland. These estimates are based on typical specifications and average purchase prices for each model. Use this as a guide when budgeting for your vehicle import.

Rank Model Avg CO2 (g/km) Avg Purchase Price Estimated VRT VRT as % of Price
1 Volkswagen Golf 1.6 TDI 120 €18,000 €2,520 14%
2 BMW 3 Series 320d 130 €30,000 €4,800 16%
3 Audi A4 2.0 TDI 128 €27,000 €4,050 15%
4 Mercedes C220d 132 €32,000 €5,120 16%
5 Toyota RAV4 Hybrid 105 €28,000 €3,920 14%
6 Hyundai Tucson 1.6 CRDi 125 €22,000 €3,080 14%
7 Kia Sportage 1.6 CRDi 128 €21,000 €2,940 14%
8 Nissan Qashqai 1.5 dCi 123 €20,000 €2,800 14%
9 Ford Focus 1.5 TDCi 118 €16,000 €2,240 14%
10 Volvo XC40 D4 142 €35,000 €5,600 16%

Disclaimer

These are estimates based on average specifications and market values as of 2026. Actual VRT amounts will vary depending on the exact CO2 emissions, engine specifications, purchase price, and condition of the specific vehicle you are importing. Always use our VRT calculator with your vehicle's actual details for the most accurate estimate.

How Model-Specific VRT Lookups Work

Model-specific VRT lookup goes beyond generic calculations by using the exact specifications of a particular car model variant. When you select a make and model in our calculator, the system retrieves the official CO2 emissions figure, engine specifications, and typical market values associated with that specific variant. This approach produces a more accurate VRT estimate than a general calculation based on averages or assumptions about the vehicle's specifications.

The accuracy of a model-specific lookup depends on how precisely you identify the vehicle variant. A BMW 3 Series, for example, comes in multiple configurations including the 318i petrol, 320d diesel, 330e hybrid, and M340i performance model. Each of these variants has a different CO2 emissions figure, which means a different VRT rate band applies. The 320d with CO2 emissions of around 120g/km falls into a lower rate band than the M340i with emissions above 170g/km, even though both are technically 3 Series models. Selecting the exact variant rather than just the model name is essential for an accurate calculation.

Our model-specific calculator uses manufacturer data and market research to provide CO2 estimates for each model variant. These figures are based on the official WLTP test cycle data published by manufacturers, which represents the most accurate publicly available emissions information. When you enter the model year, the calculator adjusts for any changes in emissions between different production years, since manufacturers often improve engine efficiency over time. A 2023 Volkswagen Golf 1.6 TDI may have slightly different CO2 emissions than a 2020 version of the same model due to engine updates and improved emissions control systems.

The model-specific approach also accounts for the import source, which can affect the VRT calculation. Vehicles imported from different markets may have different standard specifications and emissions equipment. A Japanese-imported Toyota RAV4 may have different emissions certification than a European-market version, even if the engine appears identical. Our calculator factors in the import source to adjust the CO2 estimate and OMSP calculation accordingly, giving you a more accurate VRT estimate that reflects the specific vehicle you are planning to import.

Trim Levels, Optional Extras, and the Impact on OMSP

The trim level and optional extras fitted to a car have a direct impact on the Open Market Selling Price (OMSP), which in turn affects the total VRT amount. Two identical car models with different trim levels can attract notably different VRT bills, even though the base vehicle is the same. Understanding this relationship helps you make informed choices when selecting a vehicle to import and budget accurately for the total cost of registration.

Take the Volkswagen Golf as an example. A base-spec Golf Life trim with steel wheels, manual air conditioning, and cloth upholstery will have a lower OMSP than a Golf R-Line with larger alloy wheels, dual-zone climate control, sports seats, and upgraded infotainment. The difference in OMSP can be three thousand to five thousand euro between these trim levels on an otherwise identical car. At a VRT rate of 14 percent, that translates to an extra four hundred twenty to seven hundred euro in VRT purely from the trim specification. For premium brands like Audi, BMW, and Mercedes-Benz, the trim level differences can be even more pronounced, with top-spec models attracting several thousand euro more in VRT than their entry-level counterparts.

Individual optional extras also contribute to the OMSP assessment. Revenue evaluates the vehicle as it stands, not the base price. Options such as panoramic sunroofs, premium sound systems, leather upholstery, adaptive cruise control, and advanced driver assistance systems all add to the vehicle's market value. When you import a car, you should keep a record of all optional extras fitted, as this documentation can help Revenue establish an accurate OMSP. If you cannot provide evidence of the options, Revenue may use a default valuation that could be higher or lower than the actual specification warrants.

There is a strategic consideration here for importers. Choosing a lower trim level can reduce your VRT bill, but it also affects the resale value and desirability of the vehicle on the Irish market. Irish buyers tend to prefer well-specced cars, and a base-model premium car can be harder to sell than a mid-spec mainstream model. The optimal approach is to find a balance between the VRT cost and the expected resale value, rather than simply choosing the lowest trim level to minimise the VRT payment. Our model-specific calculator accounts for typical trim level variations by adjusting the OMSP based on the vehicle's condition and specification level, giving you a realistic VRT estimate that reflects the actual car you are importing.

Model-Specific VRT FAQs

How does the trim level affect VRT for a specific model?

The trim level directly affects the Open Market Selling Price (OMSP) that Revenue uses as the taxable base for VRT. A higher trim level with additional features such as larger wheels, leather upholstery, upgraded audio systems, and advanced driver assistance technology will have a higher OMSP than a base-spec version of the same model. The actual VRT rate percentage is determined by the CO2 emissions, which may be the same across trim levels if the engine and transmission are identical. However, the higher OMSP means more euro in VRT even at the same rate. For example, a BMW 3 Series in M Sport trim with an OMSP of thirty-five thousand euro at 16 percent rate would attract VRT of five thousand six hundred euro, while the same car in SE trim with an OMSP of thirty-one thousand euro at the same rate would attract VRT of four thousand nine hundred sixty euro. The difference of six hundred forty euro is purely from the trim specification, making it an important factor to consider when selecting a vehicle to import.

Does the model year affect the VRT rate?

Yes, the model year affects the VRT calculation in two ways. First, newer models typically have lower CO2 emissions due to improved engine technology and better emissions control systems, which can place them in a lower VRT rate band. A 2024 model year car may have CO2 emissions ten to twenty grams per kilometre lower than a 2019 version of the same model, which could reduce the VRT rate by one or two percent. Second, the age-related depreciation applied to the OMSP depends on the vehicle's age at the time of registration. A newer vehicle receives less age reduction, so a 2024 model registered in 2026 would get a smaller age reduction than a 2019 model registered at the same time. The model year also affects the vehicle's market value, with newer models having higher OMSP values. Our calculator accounts for all these factors by using the model year to determine the appropriate CO2 estimate, age reduction, and OMSP adjustment for the vehicle you are importing.

How do optional extras impact the VRT calculation?

Optional extras fitted to a vehicle increase the Open Market Selling Price (OMSP) because Revenue assesses the vehicle's market value based on its actual specification, not the base price. Common optional extras that affect VRT include panoramic sunroofs, which can add five hundred to fifteen hundred euro to the OMSP; premium sound systems, adding five hundred to two thousand euro; leather upholstery, adding one thousand to three thousand euro; larger alloy wheels, adding five hundred to two thousand euro; and advanced driver assistance packages, adding one thousand to three thousand euro. Each of these additions increases the taxable base for VRT, resulting in a higher final VRT bill. When importing a vehicle, you should document all optional extras fitted, ideally with the original manufacturer's invoice or build sheet. This documentation helps Revenue establish an accurate OMSP and ensures you are not overpaying VRT based on an incorrect valuation that does not reflect the vehicle's actual specification.

Can I get a VRT refund if my model has lower CO2 than expected?

No, VRT is calculated at the time of registration based on the information available at that point. Once the VRT has been paid and the vehicle is registered, you cannot claim a refund based on discovering that the actual CO2 emissions are lower than what was used for the calculation. This is why it is essential to provide accurate CO2 data at the time of calculation. If Revenue used incorrect specifications that resulted in a higher VRT charge, you can appeal the assessment, but this requires evidence such as an official Certificate of Conformity showing the correct emissions figure. If the error was on your part in declaring the wrong CO2 figure, you are generally liable for the VRT as assessed. The lesson is to verify the CO2 emissions from the vehicle's official documentation before submitting your VRT declaration, rather than relying on general model specifications or estimates. Our model-specific calculator helps by providing accurate CO2 estimates, but you should always confirm with the vehicle's official documents before finalising your VRT payment.

Why do similar models from different brands have different VRT amounts?

Similar models from different brands can have different VRT amounts for several reasons. First, the CO2 emissions vary between manufacturers even for vehicles in the same class due to differences in engine technology, weight, aerodynamics, and emissions control systems. A BMW 3 Series 320d typically produces around 120 to 130g/km of CO2, while an Audi A4 2.0 TDI produces around 125 to 135g/km and a Mercedes C220d produces around 130 to 145g/km. These differences push the vehicles into different VRT rate bands, with the Mercedes potentially attracting a higher rate than the BMW. Second, the OMSP values vary notably between brands due to differences in perceived quality, brand positioning, and market demand. A Mercedes-Benz C-Class will generally have a higher OMSP than a Volkswagen Passat, even though both are mid-size executive saloons. Third, the standard equipment levels differ between brands, with premium brands typically including more standard features, which increases the OMSP further.

How do I find the exact CO2 figure for my specific model?

Finding the exact CO2 emissions figure for your specific car model is essential for an accurate VRT calculation. The most reliable source is the vehicle's Certificate of Conformity (CoC), which is the manufacturer's official document confirming that the vehicle meets EU standards. The CoC includes the exact WLTP or NEDC CO2 emissions figure for that specific vehicle. For UK imports, the V5C registration certificate also shows the official CO2 figure. If you do not have access to these documents, you can use our model-specific calculator, which provides CO2 estimates based on manufacturer data for each model variant. However, you should treat these as estimates and verify with the official documentation before completing your VRT payment. Other sources of CO2 data include manufacturer websites, which often publish emissions figures for each variant, and online vehicle databases that compile specification data from multiple sources. Always use the most specific information available, as even different production years of the same model can have different CO2 figures.

What is the difference between VRT by model and VRT by registration?

VRT by model calculates the estimated VRT based on the specific make, model, variant, and year of the vehicle you are planning to import. It uses manufacturer specifications and typical market values to estimate the CO2 emissions, OMSP, and resulting VRT amount. This approach is useful when you are researching vehicles to buy or comparing different models before making a purchase decision. VRT by registration looks up the actual VRT paid and specifications for a vehicle that is already registered in Ireland, using its registration number as the identifier. The key difference is that VRT by model is forward-looking and provides an estimate for a vehicle you have not yet imported, while VRT by registration is backward-looking and shows what was actually paid on a vehicle that has already gone through the Irish registration process. Both approaches have their uses, and combining them gives you the most complete picture of your potential VRT liability for the vehicle you are considering.

Can I use the model-specific calculator for electric vehicles?

Yes, our model-specific calculator supports electric vehicles (EVs) and plug-in hybrid electric vehicles (PHEVs). Electric vehicles with zero tailpipe CO2 emissions fall into the lowest VRT rate band, which is 7 percent in 2026. This makes EVs notably cheaper to register than equivalent petrol or diesel models. However, the OMSP for electric vehicles tends to be higher than for comparable internal combustion engine vehicles due to the higher cost of battery technology, so the lower rate is partially offset by a higher taxable base. For plug-in hybrids, the CO2 figure depends on the electric range and the hybrid system efficiency. A plug-in hybrid with a long electric range may have a very low CO2 figure (often below 50g/km), which places it in the lowest rate band, while a plug-in hybrid with a shorter electric range may have a higher CO2 figure and attract a higher rate. Our calculator accounts for these variations by using the specific CO2 data for each EV and PHEV variant. Electric vehicles may also qualify for additional VRT reliefs and government grants that further reduce the total cost of registration.