Calculate how many kilometers can be driven on a given amount of fuel or how much fuel is needed for a trip
Calculate how many kilometers can be driven on a given amount of fuel or how much fuel is needed for a trip
Enter parameters and click 'Calculate'
An online fuel consumption calculator will help you calculate how many kilometers you can drive on a given amount of fuel, or how many liters of fuel will be required to travel the required distance with a known car consumption. The calculator takes into account the actual fuel consumption of your car and allows you to accurately plan trips, routes and fuel budgets.
Our fuel consumption calculator provides two calculation modes:
The fuel consumption calculator provides many benefits:
To reduce fuel consumption and optimize your trips, follow our recommendations:
An online fuel consumption calculator will help you calculate how many kilometers you can drive on a given amount of fuel, or how many liters of fuel will be required to travel the required distance with a known car consumption. The calculator takes into account the actual fuel consumption of your car and allows you to accurately plan trips, routes and fuel budgets.
Fuel consumption is one of the most important parameters when operating a car. Knowing the exact consumption helps plan trips, calculate the cost of travel and control the efficiency of the car. The calculator works in two modes: distance calculation (how far you can travel on the available fuel) and fuel calculation (how much is needed to travel a given distance). Both calculations are based on simple mathematical formulas taking into account the car's consumption in liters per 100 kilometers.
Let's look at practical examples of calculations for various scenarios of using the calculator:
Small car with a consumption of 7.5 l/100 km, a full tank of 45 liters
Входные данные:
Fuel consumption: 7.5 l/100km
Fuel quantity: 45 l
Mode: Distance calculationРасчёт:
Formula: Distance = (Amount of fuel / Consumption) × 100
Distance = (45 / 7.5) × 100
Distance = 6 × 100 = 600 km
On a full tank (45 l) you can drive 600 kmРезультат:
Distance: 600 km
Тип:
Subcompact
Economical cars allow you to travel long distances on a small amount of fuel.
A middle class car with a consumption of 9.2 l/100 km, you need to drive 850 km
Входные данные:
Fuel consumption: 9.2 l/100km
Distance: 850 km
Mode: Fuel calculationРасчёт:
Formula: Fuel = (Consumption × Distance) / 100
Fuel = (9.2 × 850) / 100
Fuel = 7820 / 100 = 78.2 l
For a trip of 850 km you will need 78.2 liters of fuelРезультат:
Fuel: 78.2 l
Тип:
Middle class
For long trips it is important to calculate the exact amount of fuel with a reserve
Crossover with a consumption of 11.5 l/100 km, 55 liters in the tank
Входные данные:
Fuel consumption: 11.5 l/100km
Fuel quantity: 55 l
Mode: Distance calculationРасчёт:
Formula: Distance = (55 / 11.5) × 100
Distance = 4.783 × 100 = 478.3 km
On 55 liters of fuel you can travel ~478 kmРезультат:
Distance: 478.3 km
Тип:
Crossover
Crossovers have higher consumption, but also a larger tank volume to compensate
SUV with a consumption of 14.8 l/100 km, a trip of 600 km is planned
Входные данные:
Fuel consumption: 14.8 l/100km
Distance: 600 km
Mode: Fuel calculationРасчёт:
Formula: Fuel = (14.8 × 600) / 100
Fuel = 8880 / 100 = 88.8 l
The trip will require 88.8 liters of fuel (almost 2 tanks)Результат:
Fuel: 88.8 l
Тип:
SUV
SUVs consume a lot of fuel, it is important to plan refueling in advance
Diesel sedan with a consumption of 5.8 l/100 km, a tank of 60 liters
Входные данные:
Fuel consumption: 5.8 l/100km
Fuel quantity: 60 l
Mode: Distance calculationРасчёт:
Formula: Distance = (60 / 5.8) × 100
Distance = 10.345 × 100 = 1034.5 km
The diesel engine allows you to travel more than 1000 km on a full tankРезультат:
Distance: 1034.5 km
Тип:
Diesel
Diesel engines are more economical than gasoline engines, allowing you to travel more with the same volume.
A car with a consumption of 8.5 l/100 km, a trip is planned from Moscow to Sochi (1500 km)
Входные данные:
Fuel consumption: 8.5 l/100km
Distance: 1500 km
Mode: Fuel calculationРасчёт:
Formula: Fuel = (8.5 × 1500) / 100
Fuel = 12750 / 100 = 127.5 l
The trip will require 127.5 liters of fuel
Taking into account a 60 l tank: 127.5 / 60 = 2.13 tanks
You will need to refuel at least 2 timesРезультат:
Fuel: 127.5 l (~2-3 tanks)
Тип:
Long trip
For long trips, it is important to calculate the number of gas stations and plan the route
Renault Logan, Lada Granta
Toyota Camry, Volkswagen Passat
Hyundai Creta, Kia Sportage
Toyota Land Cruiser, Nissan Patrol
Mercedes Sprinter, Ford Transit
Fuel consumption calculation is based on simple mathematical formulas that take into account vehicle consumption, amount of fuel and travel distance.
Distance (km) = (Amount of fuel (l) / Consumption (l/100km)) × 100Fuel (l) = (Consumption (l/100km) × Distance (km)) / 100The fuel consumption calculator provides many benefits:
Instant calculation of distance or amount of fuel in a few seconds without complex calculations
Accurate calculations based on the actual consumption of your car and specified parameters
Helps you plan trips, routes and fuel budgets in advance
Allows you to optimize fuel consumption and control travel costs
To reduce fuel consumption and optimize your trips, follow our recommendations:
Regularly measure your vehicle's fuel consumption for accurate planning. Use the method: fill up a full tank, reset the meter, drive a certain distance, fill up again and divide the amount of fill by the distance traveled. Keep a fuel log to track changes
Maintain a smooth driving style without sudden acceleration or braking. Do not exceed the optimal speed of 80-90 km/h on the highway for minimum consumption. Turn off the engine during long stops (more than 2 minutes)
Monitor your tire pressure - reduced pressure increases fuel consumption by 3-5%. Change the air and fuel filters regularly. Monitor the technical condition of the engine and undergo maintenance on time
Plan your routes in advance to avoid traffic jams and detours. Do not overload the car - every extra 100 kg increases consumption by 0.5-1 l/100km. Use air conditioner sparingly - it increases consumption by 5-15%
Fuel consumption is calculated as follows: fill a full tank, reset the odometer, drive 100-200 km, fill the full tank again and divide the filling volume by the distance traveled, then multiply by 100. Formula: Consumption (l/100km) = (Filling volume (l) / Mileage (km)) × 100. Example: filled 15 l, drove 200 km: Consumption = (15 / 200) × 100 = 7.5 l/100km.
Depends on the car's consumption. Formula: Distance = (Amount of fuel / Consumption) × 100. Examples: With a consumption of 7 l/100 km: (10 / 7) × 100 = 143 km. At a consumption of 10 l/100 km: (10 / 10) × 100 = 100 km. At a consumption of 12 l/100 km: (10 / 12) × 100 = 83 km. The lower the consumption, the longer the distance with the same amount of fuel.
Use the formula: Fuel (l) = (Consumption (l/100km) × Distance (km)) / 100. Example: consumption 9 l/100km, trip 500 km: Fuel = (9 × 500) / 100 = 45 l. It is recommended to take a reserve of 10-15% for unforeseen situations. For a trip of 500 km, it is better to plan 50 liters of fuel.
Normal consumption depends on the type and class of the car: Small car (1.0-1.6 l): 6-8 l/100km in the city, 5-7 l/100km on the highway. Middle class (1.6-2.5 l): 8-11 l/100km in the city, 7-9 l/100km on the highway. Crossover (2.0-3.0 l): 10-13 l/100km in the city, 8-11 l/100km on the highway. SUV (2.5-5.0 l): 12-18 l/100km in the city, 10-15 l/100km on the highway.
Reasons for increased consumption: 1) Reduced tire pressure (increases consumption by 3-5%), 2) Dirty filters (air, fuel), 3) Malfunction of sensors (oxygen sensor, flow meter), 4) Wear of spark plugs, 5) Problems with the cooling system, 6) Vehicle overload, 7) Aggressive driving style, 8) Traffic jams and frequent stops, 9) Using air conditioning.
Ways to reduce consumption: 1) Maintain the correct tire pressure (according to the manufacturer's instructions), 2) Use high-quality fuel of the recommended brand, 3) Accelerate and brake smoothly, avoid sudden maneuvers, 4) Do not overload the car - remove excess luggage, 5) Regularly undergo maintenance (replacing filters, spark plugs), 6) Plan routes avoiding traffic jams, 7) Use cruise control when highway, 8) Turn off the air conditioning at low temperatures, 9) Do not warm up the engine for a long time - 30-60 seconds is enough.
In the city, consumption is higher due to frequent stops, accelerations, traffic jams and low speeds. On the highway, consumption is lower due to constant speed, rare stops and optimal conditions. Typically the difference is 20-40%. Example: a car with a consumption of 8 l/100 km on the highway will consume 10-11 l/100 km in the city. The mixed cycle (city + highway) is usually in the middle.
First calculate the amount of fuel: Fuel = (Consumption × Distance) / 100. Then multiply by the price per liter: Cost = Fuel × Price per liter. Example: consumption 9 l/100 km, trip 600 km, price 55 ₽/l: Fuel = (9 × 600) / 100 = 54 l, Cost = 54 × 55 = 2970 ₽. Add 10-15% margin for reliability: 2970 × 1.1 = 3267 ₽.
Combined cycle is the average fuel consumption for a combination of city and country driving (usually 60% city, 40% highway). Manufacturers indicate consumption in three modes: urban (WLTP city), suburban (WLTP highway) and mixed (WLTP combined). The combined cycle most accurately reflects actual consumption for most drivers. Formula: Mixed = (Urban × 0.6) + (Highway × 0.4).
Test method: 1) Fill the tank full before the gun rebounds, 2) Reset the mileage counter or record the current one, 3) Drive 100-300 km in normal mode, 4) Fill the tank full again before the gun rebounds, record the filling volume and mileage, 5) Calculate: Consumption = (Filling volume / Mileage) × 100. Repeat 2-3 times for accuracy. Average the results. Keep a log to track changes.
The volume of the fuel tank depends on the class of the car: Small cars: 35-45 l (Renault Logan - 50 l, Lada Granta - 43 l). Middle class: 50-65 l (Toyota Camry - 60 l, Volkswagen Passat - 66 l). Crossovers: 55-70 l (Hyundai Creta - 50 l, Kia Sportage - 58 l, Toyota RAV4 - 60 l). SUVs: 70-100 l (Toyota Land Cruiser - 93 l, Nissan Patrol - 98 l). Minibuses: 75-100 l (Mercedes Sprinter - 75 l, Ford Transit - 80 l).
Calculation of refills: 1) Calculate the required fuel: Fuel = (Consumption × Distance) / 100, 2) Divide by tank volume: Refills = Fuel / Tank volume, round up, 3) Add a margin of 10-15%. Example: trip 1200 km, consumption 9 l/100 km, tank 60 l: Fuel = (9 × 1200) / 100 = 108 l, Refills = 108 / 60 = 1.8 ≈ 2 times, With reserve = 3 refills. The first refueling is a full tank before the trip, then refueling every ~400-500 km.
Consumption is considered economical: Small cars: up to 7 l/100 km. Middle class: up to 9 l/100 km. Crossovers: up to 11 l/100 km. SUVs: up to 15 l/100km. Diesel engines are usually 20-30% more economical than gasoline engines. Hybrid cars have a consumption of 4-6 l/100 km (including the electric motor). Electric cars do not consume fuel, but have an energy consumption in kWh/100km. Economy depends on driving style, operating conditions and technical condition.
Yes, fuel quality affects engine consumption and performance. Low-quality fuel: Increases consumption by 3-8% due to incomplete combustion, Clogs the fuel system, Reduces engine power, Increases the risk of breakdowns. High quality fuel: Ensures optimal combustion, Keeps the system clean, Delivers the stated power, Reduces the risk of malfunctions. It is recommended to use fuel of the octane number recommended by the manufacturer (AI-92, AI-95, AI-98) from proven gas stations.
Consumption per 1 km is calculated: Consumption per 1 km (l) = Consumption per 100 km / 100. Example: consumption 8.5 l/100km: Consumption per 1 km = 8.5 / 100 = 0.085 l/km. This is convenient for calculating short trips. For a 20 km trip: Fuel = 0.085 × 20 = 1.7 l. You can also calculate the cost of 1 km: Cost of 1 km = (Consumption per 1 km × Price per liter). With a consumption of 0.085 l/km and a price of 55 ₽/l: Cost = 0.085 × 55 = 4.68 ₽/km.
The greatest influence on consumption is exerted by: 1) Driving style (sharp acceleration and braking increases consumption by 20-40%), 2) Driving speed (optimal 80-90 km/h, above 120 km/h consumption increases sharply), 3) Tire pressure (reduced pressure increases consumption by 3-5%), 4) Car load (every 100 kg increases consumption by 0.5-1 l/100km), 5) Traffic jams and frequent stops (increase consumption by 30-50%), 6) Use of air conditioning (increases consumption by 5-15%), 7) Technical condition (dirty filters, wear of spark plugs increase consumption by 10-20%).
The calculation for a truck is similar to a car, but the consumption is much higher. Average truck consumption: Light trucks (up to 3.5 tons): 10-15 l/100km. Medium trucks (3.5-7.5 t): 15-25 l/100km. Heavy trucks (7.5-20 t): 25-40 l/100km. Consumption depends on the load: an empty truck consumes less, a loaded truck consumes more. The formula is the same: Fuel = (Consumption × Distance) / 100. For a truck, it is important to take into account the additional consumption when loading: +10-30% depending on the weight of the cargo.
Depends on tank volume and flow rate. Formula: Distance = (Tank volume / Consumption) × 100. Examples: Tank 45 l, consumption 7 l/100 km: Distance = (45 / 7) × 100 = 643 km. Tank 60 l, consumption 9 l/100 km: Distance = (60 / 9) × 100 = 667 km. Tank 70 l, consumption 12 l/100 km: Distance = (70 / 12) × 100 = 583 km. Tank 93 l, consumption 15 l/100 km: Distance = (93 / 15) × 100 = 620 km. It is recommended not to lower the level below 1/4 tank to protect the fuel pump.
In traffic jams, consumption increases by 30-100% due to frequent stops and accelerations. To account for traffic jams: 1) Calculate the base consumption for the city, 2) Estimate the time in traffic jams (for example, 30% of the trip), 3) Add the traffic factor: Consumption with traffic jams = Base consumption × (1 + Traffic jam coefficient). Odds: Light traffic jams (30% of the time): +10-20%. Average traffic jams (50% of the time): +30-50%. Heavy traffic jams (70% of the time): +50-100%. Example: base consumption 10 l/100km, average traffic jams: Consumption = 10 × 1.4 = 14 l/100km.
Diesel engines are 20-35% more economical than gasoline engines with the same volume. Reasons: Diesel has a higher energy intensity (more energy per liter), Diesel engines run on a leaner mixture, Diesel has a higher efficiency (up to 45% vs 30% for gasoline). Example: 2.0 l petrol engine: consumption 9-11 l/100km. Diesel 2.0 l: consumption 6-8 l/100km. Difference per 1000 km: Gasoline: 100 l, Diesel: 70 l. Savings: 30 l or ~1650 ₽ at a price of 55 ₽/l. However, diesel fuel is usually 3-5 ₽/l more expensive than gasoline, which partially compensates for the savings.
Calculation of monthly consumption: 1) Find out the average monthly mileage (for example, 2000 km), 2) Find out the average consumption of your car (for example, 9 l/100km), 3) Calculate: Monthly consumption = (Mileage × Consumption) / 100. Example: mileage 2000 km, consumption 9 l/100km: Monthly consumption = (2000 × 9) / 100 = 180 l. Monthly cost = 180 × 55 = 9900 ₽. For an accurate calculation, keep a log of refueling and mileage, sum up the volume of refueling for the month.
Annual consumption is calculated similarly to monthly: Annual consumption = (Annual mileage × Consumption) / 100. Average annual mileage of a passenger car: 15,000-20,000 km. Example: mileage 18,000 km/year, consumption 9 l/100 km: Annual consumption = (18,000 × 9) / 100 = 1,620 l. Annual cost = 1620 × 55 = 89100 ₽. For an accurate calculation: Record the mileage at the beginning of the year, Record the mileage at the end of the year, Calculate the difference, Apply the formula with your average consumption, Sum up all gas stations for the year.
Hybrid cars have a consumption of 4-6 l/100 km thanks to the combination of an internal combustion engine and an electric motor. Operating principle: At start and low speeds, the electric motor operates (flow = 0), At medium speeds, the internal combustion engine operates with optimal efficiency, During acceleration, both engines work together, During braking, energy is recovered into the battery. Examples of hybrid consumption: Toyota Prius: 3.8-4.5 l/100km (WLTP mixed), Lexus ES 300h: 4.5-5.2 l/100km, Honda Insight: 4.2-5.0 l/100km. Consumption depends on the mode of use: mainly city - 4-5 l/100km, mainly highway - 5-6 l/100km.
The calculation for a motorcycle is similar to a car. Average consumption of motorcycles: Mopeds and scooters (50-150 cc): 2-3 l/100km. Light motorcycles (150-400 cc): 3-5 l/100km. Medium motorcycles (400-750 cc): 4-7 l/100km. Sports motorcycles (750-1000+ cc): 6-10 l/100km. Cruisers (large): 7-12 l/100km. Formula: Fuel = (Consumption × Distance) / 100. Example: motorcycle with a consumption of 5 l/100 km, trip 300 km: Fuel = (5 × 300) / 100 = 15 l. A motorcycle tank is usually 12-20 liters; on a full tank you can travel 240-400 km.
A trailer increases consumption by 15-30% depending on weight and size. Calculation: Base consumption without trailer (e.g. 9 l/100km), Trailer coefficient: Light trailer (up to 500 kg): +15-20%, Medium trailer (500-1000 kg): +20-25%, Heavy trailer (1000+ kg): +25-30%. Consumption with trailer = Base consumption × (1 + Coefficient). Example: base consumption 9 l/100km, average trailer 700 kg: Consumption = 9 × 1.225 = 11.025 l/100km. For a 500 km trip: Fuel = (11.025 × 500) / 100 = 55.125 l (without trailer it would be 45 l).
Ways to save money in traffic jams: 1) Do not warm up the engine for a long time - 30-60 seconds is enough, immediately start moving smoothly, 2) Accelerate and brake smoothly, avoid sudden maneuvers, 3) Maintain a constant speed, use coasting (driving in neutral in safe areas), 4) Turn off the air conditioning at low temperatures, 5) Close the windows at high speeds - open windows increase resistance, 6) Plan routes, avoiding peak hours, 7) Use a navigator with traffic information, 8) Do not overload the car, 9) Monitor the tire pressure.
HBO uses gas (propane-butane) instead of gasoline. Gas consumption is usually 10-20% higher than gasoline consumption due to lower energy consumption. Calculation: Gasoline consumption (for example, 10 l/100km), Gas consumption = Gasoline × 1.15 = 11.5 l/100km, Cost: With the price of gasoline 55 ₽/l and gas 28 ₽/l: Gasoline: 10 × 55 = 550 ₽/100km, Gas: 11.5 × 28 = 322 ₽/100 km. Savings: 550 - 322 = 228 ₽/100 km (41% savings). For 20,000 km/year savings: 45,600 ₽. The formula is the same: Fuel = (Consumption × Distance) / 100, but use gas consumption.
Yes, the time of year affects consumption: Winter: Increase in consumption by 10-20% due to warming up the engine, Using the stove, Reducing tire pressure due to cold, Slippery roads (slipping). Summer: Increase in consumption by 5-15% due to the use of air conditioning, Increased air temperature (less dense air), Traffic jams due to holidays. Spring/Autumn: Optimal conditions, minimum consumption. Recommendation: When planning your trips, take into account seasonal factors, adding 10-15% to the calculation in winter and summer.
Driving in the mountains increases consumption by 20-50% due to climbs. Calculation: Base consumption (for example, 9 l/100km), Mountain coefficient: Easy climbs (slope up to 5%): +15-20%, Medium climbs (slope 5-10%): +25-35%, Steep climbs (slope 10%+): +40-50%. Mountain flow = Base flow × (1 + Coefficient). Example: base consumption 9 l/100km, average climbs: Consumption = 9 × 1.3 = 11.7 l/100km. When descending, consumption may be minimal (coasting), but with frequent braking, consumption increases. For mountainous areas, it is better to calculate the consumption separately for ascents and descents.
At idle, the engine consumes 0.5-2 l/hour, depending on the size and type of engine. Calculation: Hourly consumption × Operating hours = Fuel volume. Examples: Small car (1.4 l): 0.5-0.8 l/hour, Middle class (2.0 l): 0.8-1.2 l/hour, SUV (3.5 l): 1.5-2.0 l/hour. Example: an SUV sits idle for 2 hours: Consumption = 1.75 × 2 = 3.5 l. For a month of sitting in traffic jams for 30 minutes a day (15 hours): Consumption = 1.75 × 15 = 26.25 liters. Cost = 26.25 × 55 = 1444 ₽. Recommendation: When stopping for more than 2 minutes, it is better to turn off the engine to save money.
The quality of the road affects the consumption: Asphalt (good condition): Basic consumption. Asphalt (poor condition): +5-10% due to shaking and loss of speed. Gravel: +10-20% due to increased resistance. Dirt road: +20-40% due to low speed and slippage. Calculation: Base flow × Road coefficient. Example: base consumption 9 l/100 km, trip 200 km on asphalt and 100 km on dirt: Asphalt: (9 × 200) / 100 = 18 l, Ground: (9 × 1.3 × 100) / 100 = 11.7 l, Total: 29.7 l. For an accurate calculation, divide the route by type of road and calculate each section separately.
An automatic transmission increases consumption by 5-15% compared to a manual transmission due to losses in the torque converter. Calculation: Basic consumption (for manual transmission), Automatic transmission consumption = Basic × 1.1 (average coefficient). Example: manual transmission consumption 8 l/100km, automatic transmission: Consumption = 8 × 1.1 = 8.8 l/100km. Modern automatic transmissions (variators, robots) have lower losses and consumption is closer to a manual transmission. When calculating, use the actual fuel consumption of your car with an automatic transmission, and do not try to recalculate with a manual transmission. The formula for calculating fuel is the same: Fuel = (Consumption × Distance) / 100.
Towing significantly increases fuel consumption by 40-80% depending on the weight of the vehicle being towed. Calculation: Base fuel consumption of your car, Towing ratio: Light car (up to 1200 kg): +40-50%, Medium car (1200-1600 kg): +50-70%, Heavy car (1600+ kg): +70-80%. Towing consumption = Base × (1 + Factor). Example: base consumption 10 l/100km, towing an average car: Consumption = 10 × 1.6 = 16 l/100km. For a 200 km trip: Fuel = (16 × 200) / 100 = 32 L (without towing it would be 20 L). It is recommended to use a tow truck for long distances.
An older car typically uses 10-30% more than a new one due to engine wear, reduced efficiency, and general wear and tear. Calculation: Consumption of a new car (from the passport), Wear rate: Car 5-10 years: +10-15%, Car 10-15 years: +15-25%, Car 15+ years: +25-30%. Real consumption = Passport × (1 + Coefficient). Example: passport consumption is 8 l/100 km, the car is 12 years old: Real consumption = 8 × 1.2 = 9.6 l/100 km. For an accurate calculation, it is better to measure the actual consumption using the filling method, rather than using passport data. Regular maintenance helps keep consumption closer to normal.
Wind affects consumption: Tailwind (at the back): Reduces consumption by 5-15% at high speed. Headwind (head-on): Increases consumption by 10-25% at high speed. Crosswind: Increases flow rate by 5-10% due to course corrections. At low speeds (up to 60 km/h) the influence of wind is minimal. Calculation: Base flow × Wind coefficient. Example: base consumption 9 l/100km, strong headwind: Consumption = 9 × 1.2 = 10.8 l/100km. For an accurate calculation, take into account weather conditions and plan with a margin of 10-15% in unfavorable conditions.
Carburetor engines usually consume 10-20% more than injection engines due to less accurate fuel delivery. The calculation is similar to injection, but use the actual consumption of your carburetor car. Formula: Fuel = (Consumption × Distance) / 100. Average carburetor consumption: Small cars (VAZ 2107, 2109): 8-10 l/100km, Middle class (VAZ 2110, 2114): 9-12 l/100km. To reduce consumption: Regularly clean and adjust the carburetor, Change the air filter, Use high-quality fuel, Check the ignition. Modern carburetor systems can be economical if properly tuned.
Turbocharging increases power, but can increase consumption by 5-15% during aggressive driving due to higher fuel consumption. During quiet driving, consumption can be even lower due to efficient combustion. The calculation uses the actual fuel consumption of your turbocharged car. Formula: Fuel = (Consumption × Distance) / 100. Examples of turbo engine consumption: 1.4 TSI (Volkswagen): 6-8 l/100km (economical driving), 2.0 TSI: 8-11 l/100km. To save money: Avoid sudden acceleration (the turbine consumes more fuel), Use high-quality fuel (turbo engines are demanding), Maintain the system regularly (the turbine requires high-quality oil).
All-wheel drive increases fuel consumption by 15-25% compared to front- or rear-wheel drive due to losses in the transfer case and additional weight. Calculation: Basic consumption (for 2WD), 4WD consumption = Basic × 1.2 (average coefficient). Example: 2WD consumption 9 l/100km, 4WD: Consumption = 9 × 1.2 = 10.8 l/100km. When traveling 500 km: Fuel = (10.8 × 500) / 100 = 54 l (without 4WD it would be 45 l). Modern all-wheel drive systems (automatic engagement) can reduce consumption under normal conditions by engaging all-wheel drive only when necessary. For an accurate calculation, use the actual fuel consumption of your 4WD vehicle.
Calculation of monthly costs: 1) Find out the monthly mileage (for example, 2000 km), 2) Find out the average consumption (for example, 9 l / 100 km), 3) Calculate the monthly fuel consumption: Consumption = (Mileage × Consumption) / 100, 4) Multiply by the price per liter: Cost = Consumption × Price. Example: mileage 2000 km, consumption 9 l/100 km, price 55 ₽/l: Consumption = (2000 × 9) / 100 = 180 l, Cost = 180 × 55 = 9900 ₽/month. For an accurate calculation, keep a journal of refills: Sum up all refills for the month, Sum up all expenses, Get the exact amount. You can also calculate the cost of 1 km: Cost of 1 km = (Consumption per 1 km × Price) = (0.09 × 55) = 4.95 RUR/km, then multiply by mileage.
LPG (liquefied gas) consumes 15-25% more than gasoline, but costs 2 times less. Calculation: Gasoline consumption (for example, 10 l/100 km), Gas consumption = Gasoline × 1.2 = 12 l/100 km, Cost: With the price of gasoline 55 ₽/l and gas 28 ₽/l: Gasoline: 10 × 55 = 550 ₽/100 km, Gas: 12 × 28 = 336 ₽/100 km. Savings: 550 - 336 = 214 ₽/100 km (39% savings). For 20,000 km/year: Savings = 42,800 ₽. The formula for calculating fuel is the same: Fuel = (Consumption × Distance) / 100, but use gas consumption. Example: trip 600 km, gas consumption 12 l/100 km: Fuel = (12 × 600) / 100 = 72 l of gas.