VOLVO FUEL CONSUMPTION ACTIVATOR — a device which is installed on a fuel hose of any Volvo car and significantly reduces fuel consumption Volvo by 20% and improves the engine performance. Therefore, with the same amount of fuel on your Volvo, you will drive MORE KILOMETERS!

Activators on VOLVO fully pay off in 3-4 months!
The service life of Activators for VOLVO is 10-15 years.

VOLVO FUEL CONSUMPTION ACTIVATOR are installed on all models of Volvo and are used in all types of fuel — GAS, PETROL, DIESEL FUEL.

The Activators are easy to install, they are installed on the Volvo fuel supply hose in a few minutes:

1. Volvo fuel consumption is reduced by 20%.
2. A slight increase in the power of the Volvo engine.
3. Extends the service life of the Volvo engine.
4. The content of carbon monoxide and other pollutants in Volvo exhaust gases is reduced by 30-40%.
5. Stable and dynamic operation of the Volvo engine.
6. Reduces the formation of soot and carbon deposits on Volvo pistons, cylinders, spark plugs, fuel injectors, catalyst and exhaust pipes.
7. Extends the service life of the Volvo catalyst, lambda probe, spark plugs and Volvo fuel injectors.

Volvo ACTIVATOR reduces fuel consumption by 20%.

At the same time, the engine operation of Volvo is significantly improved.

Examples of installation on different models of Volvo.

ANY FUEL (petrol, diesel, gas), by going through 10 magnetic fields of THESE ACTIVATORS, for a short time changes its structure and properties, and it BURNS more fully and REGULARLY.
Due to this, the Volvo engine begins to work much BETTER.

Usually, it is already seen after 10-20 km of run of the car Volvo which has an installed Activator.

Imagine, how your Volvo engine works with VERY GOOD FUEL …
That is, we have quite different (better) fuel.

     You agree that chopped firewood burns much better than whole logs … The same thing happens with automotive fuel in the cylinders of the Volvo engine.

Activators installed on Volvo reduce the density and viscosity of fuel:

1. This leads to the formation of smaller fuel particles, ensures good atomization and combustion in the cylinders of the Volvo engine.
2. The fuel ignites better and burns smoothly, ensuring soft and smokeless operation of the Volvo engine.
3. Reduces deposits on injectors and carbon deposits on candles and Volvo cylinders.
4. Reduces the load on the operation of Volvo fuel supply systems.
5. Increases reliability and increases the life of Volvo fuel equipment.

All this leads to improved conditions for fuel combustion in Volvo cylinders.

    FUEL with Activators burns more completely in the Volvo engine, does not leave carbon deposits on pistons, cylinders and spark plugs.

     On Volvo cars, the injectors are not polluted, and there is no black smoke even at throttling at free running.

Knowing where the fuel hoses are located, Activators at Volvo are installed within 5 minutes (see «INSTALLATION»)

     ATTENTION! The main difference of THESE ACTIVATORS is that there are 20 magnets placed in them, which for a short time CHANGE THE STRUCTURE AND PROPERTIES OF FUEL.    In other similar Aktivators which can be used on Volvo, there are only 2 powerful magnets which are not able to change anything in the fuel (see «ANALOGUES» ).

     When you don’t like the Aktivators, then with no doubt you can return them back within 37 days (read «RETURN»).

ACTIVATOR reduces the fuel consumption of any VOLVO vehicle by 20%. Therefore, with the same amount of fuel on your Volvo, you will drive MORE KILOMETERS!

The operating life is at least 15 years
We produce and sell them starting from 2008

PRICE:

The set of Activators (2 Activators) — 60,00 EUR

The price includes the deliver by post.

NOVELTY

When installing on Volvo both the Fuel combustion Activators and Activator Autothermia, FUEL CONSUMPTION is reduced by 30-40%!

Read «ACTIVATOR OF AUTOTHERMIE»

PATENTS
(click on the image, to enlarge it)

Reasons for increased fuel consumption Volvo

In this article, I will try to collect all the reasons why I noticed an increased Volvo fuel consumption. In my case, we will be talking about the 2.5 liter atmospheric engine (B5254S), which was installed on volvo 850th and 70th series cars. Volvo’s fuel consumption figures , respectively, will be given for this engine. But on other 5-cylinder engines, these figures should be approximately the same. Volvo’s fuel consumption in the city is about 13.5 liters. On the highway at a speed of 100 kmh — 7.5-8 liters. At a speed of 140 kmh — 10 liters.

Candles and Volvo fuel consumption

The Volvo community has proven in practice that the best candles that can be installed on a Volvo engine are original! For atmospheric engines, they are 3-electrode, for turbo — with one electrode. You should not buy into advertisements for more expensive candles, which supposedly increase power, increase savings, and ignite the fuel mixture better — they will not work better than the original ones, but rather, on the contrary. I noticed that over time, the effectiveness of the candle decreases, so I recommend changing the candles every 2-3 years to maintain maximum ignition efficiency of the fuel mixture, even if the candles are outwardly in good condition and there are no ignition problems.

Lambda probe, aka oxygen sensor and Volvo fuel consumption

In most of our Volvo, two lambda probes are installed: one before the catalyst, the other after. Unlike the first, the second oxygen sensor does not affect the motor brain in any way. Many people are mistaken that, allegedly, the failure of the catalyst or its removal, as well as the breakdown of the second oxygen sensor somehow affects the operation of the engine. This is a misconception. The second oxygen sensor does not affect the regulation of the proportions of the mixture in any way. A failed Volvo catalyst can be safely removed by installing a flame extinguisher or simply a direct current instead. In order not to get an error about the low efficiency of the catalyst after that, it is necessary to install a decoy for the second lambda.

Now we will talk about Volvo’s first lambda probe, which is installed BEFORE the catalyst. Here it is, just has a direct effect on the preparation of the mixture. By analyzing the amount of oxygen in the exhaust, the Volvo engine control unit adjusts the fuel supply to achieve maximum efficiency. It happens that, over time, the lambda probe deteriorates. At the same time, it still transmits data to the control unit in the desired range (from 0 to 1 volt), but due to an incorrectly occurring chemical reaction on the sensor, it does so with a delay. At the same time, the engine control unit does not issue any errors, since it «sees» the lambda and «sees» the data from it in the desired range. But due to the fact that these data are incorrect, Volvo often greatly increases fuel consumption. As a result, Volvo’s fuel consumption increases by 20-30% percent, and the computer does not issue any errors.

Often, such a lambda death can be caused by low-quality fuel or fuel «charged» with various additives, which is now sold at gas stations of almost all brands. If your Volvo fuel consumption has increased significantly, while there are no errors, and no other guesses have justified themselves, then it makes sense to replace the first lambda probe with a new one.

Intake air intake increases Volvo’s fuel consumption

One of the common reasons for increasing Volvo fuel consumption on any engine is intake air intake. At the same time, depending on the size of the suction and its location (before or after the throttle), the error may light up or appear at all.

The main reason is that the air enters the combustion chamber bypassing the Volvo air flow sensor, and because of this, the engine control unit incorrectly calculates the percentage of fuel and air. Due to air suction, other problems may arise, for example, unstable engine operation at idle. If the air intake is insignificant, then the error may not light up and Volvo’s fuel consumption will also be slightly increased, by 5-10%. If the suction is significant, the control unit will issue an appropriate error stating that it is impossible to correctly adjust the percentage of fuel and air in the mixture.

It is worth monitoring the condition of the intake manifold and throttle gaskets and using only original gaskets. When assembling and disassembling the intake elements, all nozzles and vacuum hoses should always be placed very carefully and tightly, and always clamp them with clamps, preventing air from being sucked out of the atmosphere after the Volvo air flow sensor.

Fuel injectors affect Volvo’s fuel consumption

Another reason for Volvo’s increased fuel consumption and loss of engine power is contaminated injectors. Over time, despite the presence of a fuel filter, the fuel injectors that provide fuel injection into the mixture begin to work incorrectly. Due to contamination of needle valves, they can reduce their throughput, or, more often, change the nature of spraying.

The main function of the nozzle is to ensure that the fuel is sprayed into a fine dispersion so that the fuel molecules are evenly mixed with the air. In this case, the effective combustion of the mixture will occur. But, due to pollution, Volvo’s injectors begin to spray fuel less efficiently, or even pour a «jet» at all. In this case, some of the fuel does not have time to burn and the engine power drops, while Volvo’s fuel consumption increases. So keep an eye on the condition of the injectors. On a special stand, you can check how much fuel the nozzle passes and what shape the jet has.

The mass air flow sensor also detects Volvo’s fuel consumption

In addition to the fact that the mass air flow sensor may fail (then the computer will definitely give an error), it may eventually become covered with microscopic dust. Because of this, he does not lose his ability to work, but begins to exaggerate the readings. not significantly, but by 10 percent! In order to clean it, it is necessary to use only special liquids.

The carburetor cleaner may damage the sensor! For example, I will tell you that the air consumption at idle before cleaning the sensor, my computer showed about 4.00 g / l, and after cleaning with a special liquid it began to show 3.5-3.6. As a result, Volvo fuel consumption decreased significantly along the highway, especially at high speeds of the order of 130-150 km / h, the consumption did not exceed 10 liters, and at a speed of 100 km/h, I generally stopped in the area of 7.5 liters per 100 kilometers.

These are the most common causes of increased Volvo fuel consumption that have to be observed on Volvo engines.

How to reduce Volvo’s fuel consumption

The cost of fuel is constantly increasing. Very often, Volvo’s fuel consumption does not match the manufacturer’s stated specifications. Because the measurements on the test drive and the actual operating conditions are not the same. Therefore, Volvo’s fuel consumption is higher than expected. Is it possible to reduce Volvo’s fuel consumption? This article will describe ways to do this.

1. Do not exceed the speed limit and Volvo’s fuel consumption will not increase

Each car has a certain speed range, which allows you to save fuel, usually 80-100 km/h. At speeds of more than 100 km/h, there is an increase in the air resistance encountered by the car, which affects premature wear. You can look at the Volvo fuel consumption readings and verify this.

For example, at a speed of 100 km/h, a four-cylinder Volvo consumes about 8 liters per 100 kilometers, and at a speed of 130 km/ h, 13 liters per 100 kilometers are consumed. Therefore, with increasing speed, Volvo’s fuel consumption increases.

2. Reduce drag and reduce Volvo fuel consumption.

Do not install outdoor equipment on the roof of a Volvo if you are not going to use it. Because it increases weight and creates resistance.

The box, which is located on the roof, increases Volvo’s fuel consumption by about 1 liter per 100 kilometers when traveling around the city, and on the highway by 1-2 liters. Be sure to take into account the weight of the full and empty box and its aerodynamic characteristics.

3. Get rid of all the excess and Volvo’s fuel consumption will be reduced.

If you decide to save money, then special attention should be paid to the weight of the Volvo car. If the vehicle is loaded, it accelerates for a long time compared to an empty one, maneuvers poorly and consumes more fuel. Therefore, take out all unnecessary things from the car: climbing equipment, sledgehammers, scuba diving cylinders and much more.

American scientists have calculated that 50 kg of unnecessary items that were removed from the car reduce Volvo’s fuel consumption by 1%.

4. The absence of neutral gears and idle speeds and Volvo fuel consumption.

When the Volvo is idling, fuel is burned just like that. Experts have found that Volvo’s fuel consumption is lower when the engine is turned off and then turned on again than when it is idling. Modern Volvo cars accurately show the amount of fuel they need to start their engine.

Previously, it was believed that driving in neutral gear leads to lower Volvo fuel consumption. The RPM dropped to the idle level, rather than decreasing gradually. In modern Volvo cars, transmissions and motors can detect when you are idling, they stop supplying fuel to the engine. When switching to neutral, the engine still consumes fuel in order to maintain idle speed. This process also has a bad effect on the Volvo transmission.

5. Calm driving determines Volvo’s fuel consumption

When braking or accelerating sharply, Volvo’s fuel consumption increases. In order to overcome the inertia of the 2-ton XC90, a large amount of energy is needed. As the number of revolutions increases, Volvo’s fuel consumption increases. Therefore, do not exceed 2500 revolutions.

6. Carefully inspect the wheels — they also affect Volvo’s fuel consumption.

Keep an eye on the tire pressure. At low pressure, the tires wear and deform, and there is a lot of friction. To drive, you will need to increase the amount of fuel. Therefore, check the pressure in the wheels regularly. It is very strongly influenced by temperature: when it gets cold, the pressure can drop very much.

Volvo’s fuel consumption may vary depending on the modification and operating conditions

Volvo XC60
urban cycle — 11.3–15.2 l/100 km;
country cycle — 6,9–8,1 l/100 km;
The mixed cycle is 8.5—10.7 l/100 km.
Volvo XC90:
2.4 L diesel engine — 10.2 L in urban cycle, 8.3 L in mixed cycle;
2.5 L gasoline engine, 210 hp — urban cycle 15.5 l, mixed cycle 11.5 l.
Volvo XC40:
urban cycle — 5.1–6.9 l/100 km;
country cycle — 5.8–8.8 l/100 km;
the mixed cycle is 4.7—5.8 l/100 km.
The exact values may vary depending on individual operating conditions and other factors.
For car owners, one of the most important characteristics is Volvo’s fuel consumption. This indicator is calculated per 100 kilometers in liters. Normally, depending on the model of the Volvo car, it should not exceed the 10-liter mark, but modern personal transport has reduced this figure to 6 liters per 100 km.
Now let’s look at what Volvo fuel consumption indicators are typical for various modifications of the Volvo XC60 SUV.
When releasing a new car from the assembly line, for each model, the manufacturer declares certain Volvo fuel consumption indicators, which are prescribed for three different operating conditions: driving in the city, on the highway and mixed type. At the same time, several different factors also affect the fuel consumption of Volvo:
Volvo’s engine condition and fuel consumption.
A serviceable engine consumes the amount of gasoline or diesel, within the limits specified by the manufacturer. If the parts and consumables of the power unit have been worn out, Volvo’s fuel consumption increases. In particular, malfunctions of injectors, sensors, fuel pump, as well as contamination of the fuel filter and throttle valve contribute to this.
The manner and style of driving affects Volvo’s fuel consumption.
An engine is an entire system consisting of many components, each of which performs its own function. For smooth operation, all these components interact in a certain order, which sets the whole mechanism in motion. Attempts to speed up the car’s response to any actions of the driver, in the form of sudden starts, braking and turns, increase the load on the engine, leading not only to increased fuel consumption, but also to rapid breakdown of parts and frequent replacement of consumables.
Vehicle operating conditions and Volvo fuel consumption.
Driving in the city involves frequent gear changes of the transmission, pressing the brake and gas pedals, which slightly increases fuel consumption, unlike driving on a highway or semi-empty intercity roads, where the car can drive for a long time at the same speed and rpm.
The condition of the road surface also plays an important role: on smooth asphalt, gasoline or diesel is not spent as much as when driving off-road, where the car often has to work at high speeds to overcome obstacles.
The stated consumption of the Volvo XC60 ranges from more than 5 liters on modern hybrids to about 12 liters in gasoline models of older generations. In Russian urban conditions, as well as depending on climatic factors, the consumption of cars on gasoline can reach 17 liters, and on diesel — 14 liters per 100 km. Also, the indicators vary depending on the modifications listed below.
Generation 1 (2008-2013)
The first generation of Swedish SUVs was released in 2008. It was represented by 2 models, the engine power of which varied from 136 to 304 hp. Of course, the fuel consumption rates in each specific modification were different.
Volvo XC60 I generation car
Engine 2.4 diesel turbo
Most of the modifications of the Volvo XC60 of the first generation were equipped with a 2.4 liter diesel engine. The 2.4D and D5 engines are powerful five-cylinder units with reduced carbon dioxide emissions.
The 2.4D engine was powered by a single turbine and had a capacity of 175 horsepower. Due to the use of piezo injectors, which worked accurately and quickly, fuel consumption per 100 km is stated as: 6 liters in mixed conditions, in the city — 7.8 liters, on the highway — 5 liters.
The stronger D5 comes with two turbochargers and develops a power of 205 hp. Due to the higher power compared to 2.4D, the fuel consumption of this engine is slightly higher: mixed — 7 liters, 9.5 — in the city and 5.5 — on the highway.
Both of these engines are reliable and quiet, and the turbocharger is configured so that the driver does not feel its work: there are no jerks, the turbine works smoothly.
Engine 2.0 petrol turbo
The SUV, which has a two-liter four-cylinder gasoline engine under the hood, is turbocharged and has a capacity of 203 horses. According to the manufacturer, the fuel consumption of the Volvo XC60 with such a unit reaches 11.3 liters in the city, 6.9 liters on the highway and 8.5 liters in mixed driving.
Engine 3.0 petrol turbo
Another powerful gasoline engine, which was equipped with the first XC60, was a three-liter six-cylinder unit with a capacity of 304 hp. Fuel consumption per 100 km for such an engine: 15.2 liters — in urban conditions, 10.7 liters — in mixed and 8.1 liters — when driving on the highway.
Restyling of generation 1 (2013-2017)
After the 2013 update of the first generation line, modifications of the Volvo XC60 with new engines appeared.
Volvo XC60 facelift of the first generation
Among gasoline engines, it can be noted:
Two-liter four-cylinder turbocharged Drive-E engine with a capacity of 245 horses. The declared fuel consumption ranges from 5.5 liters on the highway to 8.9 liters in the city.
An updated two-liter turbocharged engine with 306 hp. all-wheel drive, which has a gasoline consumption of 6.4 to 9.9 liters, on the highway and in the city, respectively.
A new 2.5-liter turbocharged five-cylinder engine with 4WD and 249 horsepower. This unit consumes from 7.2 liters on the highway to 11.9 liters in the city per 100 km.
The diesel engine line has also been replenished with new representatives:
An improved five-cylinder D3 with a volume of 2 liters and turbocharged, which has a capacity of 136 hp and consumes 6 liters per 100 km when driving on the highway and 7.9 liters in the city.
The updated D3 Drive-E, which has 2 liters of volume and 150 horses, uses 4.3 liters to 5.5 liters. in the conditions of the highway and the settlement per hundred.
A turbocharged version of the D5 with five cylinders, with a capacity of 215 hp and all-wheel drive. Fuel consumption ranges from 5.3 liters on the highway to 8.5 liters in urban conditions.
Generation 2 (2017-2021)
The second generation of the crossover was equipped with only two-liter four-cylinder engines of different capacities.
Volvo XC60 II generation
Engine 2.0 diesel
Volvo diesel engines with turbines and a capacity of 190 horses are not only reliable, but also economical. Despite their considerable weight and good power performance, such units consume 4.9-5.5 liters per 100 km in a mixed cycle, depending on the availability of all-wheel drive. Their consumption on the highway varies from 4.4 to 5 liters, and in the city — from 5.6 to 6.3 liters.
The D5 variant with a capacity of 235 horses and all-wheel drive consumes about 6 liters in a mixed cycle, about 6.4 liters in the city, and 4.9 liters on the highway.
Engine 2.0 petrol
Gasoline turbocharged engines have a power of 249 hp and, in combination with all-wheel drive, consume 6.1 to 9.2 liters, on the highway and in the city, respectively. The 320-horsepower 4WD engine consumes from 6.6 to 9.7 liters per 100 km.
Restyling of generation 2 (2021-present)
Volvo XC60 restyling of the II generation
After the improvement, the options for gasoline and diesel engines with a capacity of 197 hp and fuel consumption from 6.8 to 7.3 liters in a mixed cycle remained in the configuration of the new Volvos.
The range has been significantly expanded with hybrid T6 Recharge engines, which produce up to 340 hp, and T8 Recharge with power ratings of 390 hp. The consumption of these units is extremely small and does not exceed 3 liters per 100 km.
Thus, hybrid modifications significantly reduce the fuel consumption of the Volvo XC60 by using electric motors.

How to reduce excessive fuel consumption on a Volvo

What can excessive fuel consumption mean?
The official fuel consumption rate per 100 km
Generation 1 (2002-2014)
Show more
Fuel consumption is the amount of gasoline or diesel fuel consumed while the car’s engine is running.

What can excessive fuel consumption mean?
The reason for the high fuel consumption may be the following reasons:

intense driving style;
malfunction of electronics (sensors, regulators, control modules, if any);
contamination of the throttle valve, as well as contamination of «environmental friendliness» systems on diesel engines (EGR, particulate filter);
malfunction of the fuel pump (wear of its components);
low-quality fuel or oil is used;
contamination of the fuel filter and/or the air filter of the internal combustion engine;
malfunction of the fuel injectors;
incorrect tire pressure;
low air temperature and driving on a snowy road;
heavy workload.
To reduce fuel consumption, it is recommended to choose a more calm and measured driving style without sudden acceleration from a standstill. Change the engine oil every 10 t. km (or once a year), and change the fuel and air filter every 20 t. km (or once a year). Check the tire pressure before long trips. All this, combined with the use of high-quality fuel, will reduce fuel consumption.

The official fuel consumption rate per 100 km
Fuel consumption rates are set for each car brand and modification, taking into account specific operating conditions. The approved figures provide for fuel consumption for the transport process.

The following standards apply to cars:

Basic per 100 km
Per 100 ton-kilometers of transportation work
Riding with cargo
The rate of transport work directly depends on the type of motor and the total weight of the car. Fuel consumption when driving with a load depends on the weight of the car (full). The basic fuel consumption rates for vehicles with gasoline and diesel engines are measured in liters.

Volvo’s average gasoline consumption is automatically calculated by the on-board computer.

Generation 1 (2002-2014)

Volvo 1st generation

The Volvo XC90 is a large, comfortable and premium SUV that was first released in 2002. The crossover managed to remain popular and in demand among motorists in all countries until 2014 due to constant improvements and updates of the exterior, interior and equipment.

The first generation of the Swedish SUV is available for purchase with reliable and easy-to-use installations. Gasoline engines have a volume of 2.5/2.9/3.2/4.4 A 2.4 L diesel engine is also available.

Engine 2.4 diesel

The only diesel engine is capable of producing 163 hp. The maximum torque is 340 Nm. It functions in conjunction with a six-speed «mechanics» or a five-speed «automatic». In the urban cycle, the consumption is 10.2 liters. In the mixed cycle, it is 8.3 liters.

2.5 L engine

The five-cylinder turbocharged 2.5 L engine has a capacity of 210 hp. The torque reaches 320 Nm. A five-speed automatic transmission or a six-speed manual transmission is used as the transmission. Immodest fuel consumption must be sacrificed for the amazing dynamics. Specifications fuel consumption of Volvo:

Urban cycle – 15.5 liters;
The highway is 11.5 liters.

2.9 L engine

Turbocharged 2.9 L, 268 hp engine with 380 Nm of torque. When driving around the city, the car consumes about 14-15 liters. On the highway, it is easy to keep within 9-10 liters /100 km.

3.2 L engine

The 3.2 L, 243 hp petrol engine is capable of accelerating the SUV to a maximum speed of 220 km/h. Acceleration to the first hundred is about 9 seconds. The fuel consumption in the city is 15 liters. On the highway – 10.2liters.

4.4 L engine

The most powerful gasoline engine in the line is 4.4 liters, 315 hp. It has a fuel consumption of 19.8 liters /100 km.

Facelift of Generation 1 (2006-2014)

Four years after the release of the iconic Volvo SUV, it underwent a facelift. The car was equipped with the following engines:

Diesel engine: 2.4 liters, 200 hp. The consumption of a Volvo with such an engine in the city is 10.2 liters. In a mixed cycle– it is 8.3 liters
. Petrol: 2.5 liters, 210 hp. City – 15.5 liters, mixed cycle – 11.5 liters.

Generation 2 (2014-present)

Volvo 2nd generation

The second generation of the Volvo SUV is characterized by a carefully designed exterior and interior. The car is distinguished by its solid appearance, spacious and comfortable interior, and also has impeccable driving qualities, reliable, durable and easy-to-use engines. You can choose from 2.0-liter engines with a capacity of 225/320 hp. They guarantee excellent acceleration dynamics and work in conjunction with an eight-speed transmission.

Engine 2.0 225 hp diesel

The fuel consumption of the Volvo with a 2.0 L 225 hp engine with all-wheel drive and automatic transmission is:

Mixed cycle – 5.8 l/100 km;
The highway is 5.5 liters/100 km.

Engine 2.0 320 hp petrol

A modification of the Swedish SUV with a powerful 2.0-320 hp gasoline engine with all-wheel drive and automatic transmission according to the specifications stated by the manufacturer consumes 8 liters/100 km of fuel in a mixed cycle. On the highway – 7 liters / 100 km.

Owner reviews
The second generation of the Volvo crossover turned out to be balanced in terms of technical characteristics, equipment, exterior and interior. The reviews left by real car owners indicate a comfortable interior, made in a concise style and decorated with high-quality materials. The air suspension effectively copes with the roughness of the road surface. Despite the large power reserve, the SUV is one of the most economical in its class. The fuel consumption of the Volvo in the city is no more than 12 liters, and on the highway – 6-7 liters.

The stylish, practical, comfortable and safe Swedish Volvo SUV was released back in 2002 and has undergone a large number of changes for almost 20 years. The technical performance of the engines has improved in each new generation. The installed diesel and gasoline units have proven themselves well in the operating conditions of our country. They are powerful, easy to maintain and have a large resource. The only drawback is the increased fuel consumption, but this is fully compensated by the excellent dynamic characteristics.

VOLVO. Reducir el consumo de combustible Volvo