How many horses does Nissan Murano have: analysis of all generations and engines

When choosing a classic American-style crossover, which is Nissan Murano, many drivers primarily pay attention to the acceleration dynamics and the car’s ability to confidently overtake on the highway. The key indicator here is the power of the power unit, measured in horsepower (hp), which directly affects driving behavior.

Many buyers wonder how many horses are in Nissan Murano, since not only the pleasure of driving, but also tax rates in some regions depend on this parameter. The answer cannot be clear, since over almost two decades of production the model went through several generations, each of which received various engine modifications.

In this article, we will analyze in detail the technical characteristics of all versions of the crossover so that you can determine exactly what power is available in a particular configuration. We'll also compare torque and acceleration numbers to see how horsepower translates into actual driving experience in a heavy SUV.

First generation and legendary VQ35DE engine

History of powerful crossovers Nissan Murano began in 2002, when the first car of this class with a distinctive design appeared on the market. Under the hood of the original model was the time-tested VQ series gasoline engine, which became the hallmark of the entire Nissan line for many years.

The most important indicator for this generation was the value 230 horsepower. It was this reserve of power that allowed the heavy car to accelerate to hundreds in 8.3 seconds, which was an excellent result for a crossover of the early 2000s. Engine VQ35DE 3.5-liter capacity was distinguished by high reliability and smooth operation, providing excellent traction at low speeds.

It is important to note that this unit was only available in combination with an automatic transmission, which made driving as comfortable and predictable as possible. The absence of a mechanical version and a variator at that time simplified the design, but made the car more power-hungry than its modern counterparts.

• 💪 Engine power was exactly 230 hp. at 6000 rpm.
• ⚙️ Torque reached 324 Nm, which provided excellent dynamics.
• 🚗 Acceleration to 100 km/h took less than 8.5 seconds with all-wheel drive.

⚠️ Attention: When purchasing the first generation on the secondary market, be sure to check the condition of the cooling system, as overheating can lead to critical damage to the cylinder head of the VQ35 engine.

Updated version of the first generation (2005-2007)

In the mid-2000s, the manufacturer carried out a significant update of the model, which affected not only the appearance, but also the technical characteristics. Engineers have modified the intake and engine control system, which allowed for a slight but noticeable increase in the output of the power unit.

Now under the hood Nissan Murano already issued 245 horsepower. This is an increase of 15 hp. seemed insignificant on paper, but in practice it gave more confident overtaking and improved elasticity of the engine. The changes also affected the transmission, which became more responsive to pressing the gas pedal.

In some markets, such as the US, this figure could vary depending on environmental standards, but the base version remained the most powerful in the class. This modification is considered one of the most balanced in terms of price, reliability and performance.

• 📈 The power increase was 15 hp. compared to earlier versions.
• 🔧 Throttle and injection system settings have been improved.
• 🛣️ The maximum speed has increased to 200 km/h on most modifications.

Second generation: era of the CVT and new opportunities

In 2008, the world saw a completely new generation Nissan Murano, which received a more aggressive design and new technologies. The main change was the transmission: instead of the classic automatic, a continuously variable transmission (CVT) was installed, which required reconfiguring the engine characteristics.

The power of the power unit increased again, reaching a mark of 265 horsepower. This motor VQ35DE (updated version) worked in tandem with a variator simulating fixed gears. This combination made it possible to improve fuel efficiency while maintaining high acceleration dynamics.

Engineers were able to reduce the weight of the structure and optimize aerodynamics, which made the car more maneuverable. Despite the increase in power, fuel consumption increased slightly thanks to the efficient operation of the CVT, which kept the speed in the optimal range.

For those who are looking 265 hp in this class, the second generation will be an excellent choice if you are willing to put up with the peculiarities of the CVT. Acceleration dynamics improved, and now the car reached a hundred in about 7.9 seconds, which was a decent indicator for its time.

• 🔄 Installation of a CVT variator allowed for more efficient use of power.
• 🚀 Acceleration to 100 km/h was reduced to 7.9 seconds.
• 💸 Fuel consumption in the mixed cycle was about 10-11 liters per 100 km.

⚠️ Attention: CVT on Nissan Murano the second generation requires regular oil changes every 60,000 km, otherwise there may be problems with the chain and valve body.

Third generation: power and comfort

The release of the third generation in 2014 was marked by a complete update of the platform and the use of new technologies. The car has become more technologically advanced, but at the same time remains faithful to its powerful VQ engine, which has already become a legend.

Power remained at the same level 260-265 horsepower, depending on the sales market and year of manufacture. In most countries, including Russia and the USA, the crossover was equipped with a 260 hp version. with a torque of 330 Nm. This provided excellent traction even when the interior and trunk were fully loaded.

Engine VQ35DE has undergone minor changes, becoming more environmentally friendly and economical. Direct fuel injection and improved valve timing control have achieved a better balance between power and consumption.

Interestingly, it was in this generation that an all-wheel drive system with active torque distribution was implemented, which made the car more passable compared to its predecessors. Handling has become more sporty, and directional stability has become standard.

• ⚖️ Power is fixed at 260 hp. for most markets.
• 🛡️ Improved safety and comfort system has become standard.
• 🎯 The acceleration dynamics remained at 7.8-8.0 seconds.

Comparison of characteristics by year of manufacture

To clearly see how the power changed Nissan Murano throughout the history of the model, we have prepared a comparison table. This will help you quickly determine which indicator corresponds to a specific year of manufacture of the car.

Generation	Years of manufacture	Engine	Power (hp)	Torque (Nm)
First (before restyling)	2002-2005	VQ35DE 3.5L V6	230	324
First (restyling)	2005-2007	VQ35DE 3.5L V6	245	326
Second generation	2008-2014	VQ35DE 3.5L V6	265	330
Third generation	2015-2020	VQ35DE 3.5L V6	260	330
Fourth generation	2021-present	VQ35DE 3.5L V6	260	330

As can be seen from the data, the maximum peak of power occurred in the second generation, where engineers were able to squeeze 265 forces out of the engine. In subsequent generations, the power was slightly adjusted to comply with new environmental standards, but it remained very high.

Do not forget that actual performance may vary slightly depending on the condition of the vehicle and the quality of the fuel. Engine aging and wear of parts can lead to loss of some power, so diagnostics before purchase are required.

Why did the power decrease in the third generation?

In the third generation, manufacturers slightly reduced peak power from 265 to 260 hp. This was done to improve fuel efficiency and comply with more stringent environmental standards Euro 5 and higher, as well as to reduce the load on the transmission during long-term operation.

Impact of power on operation and tax

The amount of horsepower directly affects the amount of transport tax that owners Nissan Murano must pay annually. In Russia, the tax is calculated based on engine power, so the difference is 15-20 hp. can have a significant impact on your budget.

For a car with an engine of 260-265 hp. the tax can be quite high, especially in regions with higher rates. For example, in Moscow or St. Petersburg you will have to pay a significant amount for such indicators, which is worth taking into account when planning your ownership.

However, high power pays off when driving actively, towing a trailer or traveling in difficult road conditions. 260 horsepower provide a confident supply of power for any situation on the road, making driving safe and comfortable.

It is also worth noting that powerful V6 engines require high-quality fuel. Using gasoline with a low octane rating can lead to detonation and reduced engine life, which will ultimately cost more than the savings at the pump.

• 💰 Tax on 260 hp. on average is 5-10 thousand rubles per year (depending on the region).
• ⛽ Only high-quality AI-95 or AI-98 gasoline is required.
• 🛠️ Fuel consumption during active driving can exceed 15 liters per 100 km.

Frequently asked questions about Nissan Murano power

Owners and potential buyers often ask questions regarding the technical characteristics of the crossover. We have collected the most popular ones to give comprehensive answers based on real data.

What is the maximum power of the Nissan Murano?

The maximum recorded power for production versions is 265 horsepower. This figure was achieved in the second generation of the model (2008-2014).

Is it possible to increase the power of the VQ35DE engine?

Theoretically it is possible, but in practice it is not economically feasible. The engine is already running at the limit of its capabilities in stock, and installing a turbine will require a complete replacement of the transmission and cooling system.

Does all-wheel drive affect fuel consumption?

Yes, the all-wheel drive system increases the weight of the car and mechanical losses, which leads to an increase in fuel consumption by approximately 0.5-1 liter compared to the front-wheel drive version.

Which engine is more reliable: 230 hp or 260 hp?

Both engines are built on the same VQ series and have a similar service life. Reliability depends more on quality of service rather than small differences in power.

⚠️ Attention: Do not try to chip the engine yourself Nissan Murano without experience, as this may lead to incorrect operation of the control system and loss of warranty (if it is still valid).

Choosing Nissan Murano, you choose a car with an excellent power reserve that allows you to feel confident on any road. Whether you choose the 230 or 265 horsepower model, you'll get a powerful, reliable crossover that can do a lot.

Remember that specifications are only part of the equation. The condition of a particular instance, service history and your attitude towards the car play an equally important role in long and trouble-free operation.