Crossover Nissan Murano has long established itself as a stylish and comfortable car for city and country trips. But when it comes to dynamics, owners' opinions are divided: some praise smooth acceleration and predictable behavior, others complain about "dullness" when overtaking. So what is the acceleration Murano really? In this article we will analyze the official data of the manufacturer, the results of independent tests and real reviews from owners - from standard versions with 3.5 liter V6 to hybrid modifications.

You will learn how to correctly measure acceleration, what factors affect dynamics (from the quality of gasoline to transmission wear), and what to do if your Murano began to accelerate worse. And for those who want to get the most out of their crossover, we have prepared proven ways to improve acceleration - from simple (changing the oil in the variator) to radical (chip tuning).

Official Nissan Murano acceleration data by generation

The manufacturer states different figures for different markets and modifications. For example, Nissan Murano Z50 (2003–2007) with 3.5-liter VQ35DE (245 hp) officially accelerated to 100 km/h in 8.5 seconds. But in reality, owners recorded results from 8.9 to 9.5 seconds - the difference is explained by the test conditions (temperature, altitude, vehicle load).

More modern versions show the following results:

  • 🔹 Murano Z51 (2008–2014, 3.5 VQ35DE, 265 hp) — 7.9–8.3 s (depending on the drive: AWD is 0.2–0.3 s slower).
  • 🔹 Murano Z52 (2015–2021, 3.5 VQ35DD, 249 hp) — 8.1–8.7 s (variator Jatco JF017E "eats" part of the dynamics).
  • 🔹 Murano Hybrid (2.5 + electric motor, 250 hp) — 9.0–9.5 s (the electric drive compensates for turbo lag, but the total weight is higher).

I wonder what Murano for the American market it often shows better results than the European versions - due to different transmission settings and environmental standards. For example, Z51 for the USA it accelerated to 60 mph (96.5 km/h) in 6.7 s, which is equivalent to ~7.5 s to 100 km/h.

📊 What engine does your Nissan Murano have?
  • 3.5 V6 (245–265 hp)
  • 2.5 Hybrid (250 hp)
  • Other
  • I haven't bought it yet, I'm choosing

Real overclocking tests: what independent experts show

Independent publications and car owners conduct tests under more stringent conditions than factory testing grounds. For example, a magazine "Behind the wheel" tested Murano Z51 2012 with all-wheel drive and got the result 8.4 s to 100 km/h - 0.5 s worse than stated. Reasons:

  • 🔧 Tests were carried out at +25°C (high temperature worsens air density).
  • 🛣️ The road surface is not perfectly smooth (unlike the factory track).
  • ⚖️ The car was loaded with two passengers and equipment.

American edition Car and Driver tested Murano Z52 2016 and recorded 7.8 sec to 60 mph (about 8.3 s to 100 km/h). At the same time, they noted that the variator JF017E simulates “stepped” acceleration well, but when you press the gas sharply, a delay of 0.5–1 s occurs.

Owners on forums share their results:

Model Engine Acceleration 0–100 km/h (s) Test conditions
Murano Z50 2005 3.5 VQ35DE (245 hp) 9.1 Winter, -5°C, summer tires
Murano Z51 2010 3.5 VQ35DE (265 hp) 8.0 Summer, +20°C, asphalt
Murano Z52 2017 3.5 VQ35DD (249 hp) 8.5 Summer, +28°C, full tank
Murano Hybrid 2019 2.5 + electric motor 9.3 Winter, 0°C, winter tires

Critical Feature: CVT Murano requires warming up to operating temperature (minimum 60°C), otherwise acceleration will be 0.5–1 s slower. This is due to the viscosity of the oil in CVT and the operation of the torque converter.

Why Nissan Murano may accelerate worse than stated

If your crossover becomes “stupid” during acceleration, the reasons may be both technical and operational. Let's look at the main ones:

  1. CVT wear. After 100–150 thousand km, the belt CVT stretches and the oil pump loses performance. Symptoms: jerky acceleration, delayed throttle response.
  2. Dirty injectors. On VQ35DE/DD after 80–100 thousand km, fuel injectors often become clogged, which leads to an uneven supply of gasoline and loss of power.
  3. Faulty spark plugs. Candles NGK IFR6T11 (original for Murano) serve 60–80 thousand km. Worn spark plugs cause misfires, especially at high speeds.
  4. Throttle problems. On Z50/Z51 the throttle often gets dirty, and Z52 — the electronic damper drive fails.

Another common problem is wrong oil in the variator. Many owners save money and use cheap analogues instead of the original one. NS-2 or NS-3. This leads to belt slipping and loss of dynamics.

How to check the wear of the variator without disassembling it?

Start the car on a level surface, press the brake pedal and move the selector to mode "D". If the engine speed rises to 2500–3000 rpm, and the car does not move forward, the variator belt is critically worn out.

⚠️ Attention: If, when accelerating, you hear a metallic grinding sound or feel vibration in the area of the variator, stop driving immediately! This is a sign of bearing or belt failure. CVT — further operation will lead to expensive repairs.

How to correctly measure acceleration of Nissan Murano

To obtain objective data, follow these instructions:

Warm up the engine and variator to operating temperature (minimum 60°C)

Carry out the test on flat asphalt without slopes

Use summer tires with a pressure of 2.2–2.4 atm

Turn off all power consumers (air conditioning, headlights)

Fill a full tank of fuel (95 gasoline for VQ35DE/DD)

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To measure use:

  • 📱 Specialized applications: Dragy, RaceChrono (accuracy ±0.1 s).
  • 📟 GPS navigators with measurement function (for example, Garmin).
  • 🚗 Diagnostic scanners (for example, Launch X431), connected to OBD-II.

Important: carry out the test in mode "Sport" (if equipped) or manually lock the RPM at 4000-5000 RPM for maximum acceleration. On Murano Z52 with variator JF017E can be used kickdown — sharply pressing the gas pedal all the way to force a downshift.

Please note turbo lag (acceleration delay) in the range of 2000–3000 rpm. On Murano Hybrid it is less noticeable thanks to the electric motor, but on gasoline versions it can reach 0.5 s.

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For the most accurate measurement, carry out 3-5 tests in a row and take the average value. The first measurement often shows the worst result due to incomplete warming up of the transmission.

Ways to improve acceleration of Nissan Murano

If you are not satisfied with the dynamics of the crossover, there are several ways to improve it - from budgetary to radical.

1. Simple improvements (up to 50 thousand rubles)

  • 🔧 Changing the oil in the variator to the original NS-3 (article KLE52-00004). Old oil loses viscosity and increases belt slippage.
  • ⚡ Cleaning the throttle valve and adaptation (learning) using Launch X431 or Consult III+.
  • 🔥 Installing spark plugs with iridium coating (for example, Denso IK20 instead of standard NGK IFR6T11).
  • ⛽ Use of fuel additives (For example, Liqui Moly Speed Tec) to clean the injectors.

2. Medium modifications (50–200 thousand rubles)

  • 🔄 Flashing the ECU (chip tuning) to increase power by 10–15%. For VQ35DE this is +20–25 hp. no harm to the engine.
  • 💨 Direct Inlet Installation (for example, zero resistance filter K&N 33-2304) and modification of the exhaust system (spider 4-2-1).
  • ⚙️ Replacing a CVT with an automatic transmission (for example, on 7-speed JR710E from Infiniti QX60). This is a radical solution, but it gives an increase in dynamics by 1–1.5 s.

3. Radical improvements (200+ thousand rubles)

  • 🔥 Turbocharger installation (for example, kit from Stillen for VQ35DE). The power increase is up to 350–400 hp, but requires strengthening the variator or replacing it with an automatic transmission.
  • ⚡ Hybridization — installation of an additional electric motor (for example, from Toyota Prius) for instant pickup.

The best option in terms of price/effectiveness ratio is chip tuning + oil change in the variator. This gives an increase of 0.5–0.8 s to 100 km/h without major investments.

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On Murano Z52 with variator JF017E chip tuning without oil change CVT may lead to accelerated belt wear! Update the transmission first, then flash the ECU.

Acceleration comparison of Nissan Murano with competitors

How Murano looks like his classmates? For objectivity, let’s take crossovers of similar size and price:

Model Engine Power (hp) Acceleration 0–100 km/h (s) Transmission
Nissan Murano Z51 (2010–2014) 3.5 V6 265 8.1 Variator JF011E
Toyota Highlander (2010–2013) 3.5 V6 273 7.8 Automatic transmission 5-speed
Honda Pilot (2009–2015) 3.5 V6 250 8.5 Automatic transmission 5-speed
Ford Edge (2011–2014) 3.5 V6 285 7.5 Automatic transmission 6-speed
Hyundai Santa Fe (2013–2018) 3.3 V6 290 7.8 Automatic transmission 6-speed

Murano loses to competitors with classic automatic transmissions, but wins in smoothness and reliability (with proper maintenance). CVT JF017E on Z52 more modern than JF011E on Z51, but is still inferior in dynamics to “step” automatic machines.

Main advantage Murano — linear traction without jerking, which is appreciated in city traffic. But for overtaking on the highway it’s better suited Ford Edge or Hyundai Santa Fe.

Frequent mistakes made by owners during overclocking tests

Many car owners receive inaccurate results due to errors:

  1. Cold engine or CVT. Optimum oil temperature in CVT — 70–90°C. At +20°C, acceleration will be 0.3–0.5 s slower.
  2. Incorrect tire pressure. Flat tires increase rolling resistance. Optimal pressure for Murano: 2.3 atm front, 2.5 atm rear.
  3. Air conditioner on. The air conditioning compressor takes up to 10–15 hp, which adds 0.2–0.3 s to acceleration.
  4. Dirty air filter. A clogged filter reduces power by 5–7%. It needs to be changed every 15–20 thousand km.
  5. Incorrect measuring equipment. Smartphones with GPS often err by ±0.3 s. For accuracy use VBOX or RaceLogic.

Another common mistake is testing on ascent or descent. Even a small slope of 2–3° can distort the result by 0.5 s. Use flat sections of road or airfields.

⚠️ Attention: If you are testing overclocking on Murano Hybrid, make sure the hybrid system battery is at least 60% charged. A discharged battery forces the electric motor to operate in a gentle mode, which worsens the dynamics by 0.7–1 s.

FAQ: Frequently asked questions about overclocking Nissan Murano

Is it possible to speed up the acceleration of a Murano without spending money?

Yes, there are several free ways:

  • 🔧 Use the mode "Sport" (if any) or manually changing “gears” on the variator.
  • ⛽ Fuel with 98 octane (reduces detonation and improves performance).
  • ⚖️ Remove excess weight from the trunk (every 50 kg adds ~0.1 s to acceleration).
Why does the Murano Z52 accelerate worse than the Z51 despite having a more modern engine?

Reasons:

  1. Engine VQ35DD on Z52 has a system VVEL (variable valve lift), which is optimized for efficiency rather than dynamics.
  2. CVT JF017E tuned for smoother but less aggressive acceleration.
  3. Weight Z52 80–100 kg more due to improved sound insulation and safety.
How often do you need to change the oil in a Murano CVT to maintain performance?

Official regulations - every 60 thousand km, but in Russian conditions it is recommended:

  • 🔄 Every 40–50 thousand km during urban use.
  • 🔥 Every 30 thousand km, if you often drive with a trailer or in traffic jams.

Use only original oil Nissan CVT Fluid NS-3 (article KLE52-00004). Analogs (for example, Idemitsu CVTF) may cause the belt to slip.

Is it possible to install a Skyline turbine on a Murano?

Technically yes, but it requires serious improvements:

  • 🔧 Strengthening the cylinder block (standard VQ35DE not designed for pressures higher than 0.5 bar).
  • 💻 Reflashing the ECU for turbo (for example, UpRev or EcuTek).
  • ⚙️ Replacing a variator with an automatic transmission (for example, JR710E from Infiniti), since standard CVT will not withstand torque over 350 Nm.

The budget for such a project is from 300 thousand rubles. excluding the variator. An alternative is ready-made turbo kits from Stillen or GReddy (about 500 thousand rubles).

What kind of gasoline is best to fill in for maximum acceleration?

For engines VQ35DE/DD optimal:

  • 🛢️ 95 gasoline - standard manufacturer's recommendation. Gives stable operation without detonation.
  • ⚡ 98 gasoline — increases power by 3–5 hp. due to the better octane number, but the effect is noticeable only during aggressive driving.

Do not use 92-grade gasoline - this will lead to detonation and accelerated engine wear. Also avoid "octane enhancers" (eg. Octane Booster) - they contaminate the injectors.