Hybrid hatchback Nissan Note e-Power NISMO is not just an economical city car, but a car with character. Combination of electric motor, gasoline generator and sports tuning from the division NISMO makes it unique in its class. But how fast does it accelerate to 100 km/h? Official data often differs from real tests, and modifications from NISMO add intrigue.

In this article we will look at how the hybrid system works e-Powerwhat tricks does he use? NISMO to improve dynamics, and what independent acceleration measurements show. You will learn how to properly test overclocking, what factors influence the result, and whether you should trust the factory numbers. And let’s compare Note e-Power NISMO with competitors and give advice on how to get the most out of it.

Technical features Nissan Note e-Power NISMO: why overclocking is unusual

Unlike traditional hybrids (eg. Toyota Prius), system e-Power from Nissan works on a different principle. Here petrol engine (1.2 l, 80 hp) does not rotate the wheels directly - it acts only as a generator for the electric motor. The power of the latter reaches 136 hp, and the torque 300 Nm available almost from scratch. This explains the fast start.

Modification NISMO adds:

  • 🔧 Sports suspension with hard shock absorbers and springs (clearance reduced by 10 mm).
  • ⚡ Reprogrammed control unit engine for a more aggressive throttle response.
  • 🎯 Improved braking system with perforated discs (front 288 mm vs 280 mm in the standard version).
  • 🏁 Exclusive NISMO S mode, which activates maximum engine output and disables the stabilization system.

However, there is a nuance: vehicle weight is 1320 kg (30 kg heavier than standard Note e-Power due to the reinforced body and 17-inch wheels). This partially eliminates the advantages of the electric motor. But how does this affect acceleration?

📊 How do you feel about hybrids with an “electric motor as a priority”?
  • I love it for the dynamics
  • I choose only because of the savings
  • Skeptical - afraid of reliability
  • I'm already using e-Power

Official data vs real tests: where is the truth?

By passport Nissan Note e-Power NISMO accelerates to 100 km/h in 9.6 seconds. But these figures were obtained under ideal conditions: dry asphalt, temperature +20°C, air conditioning turned off and "NISMO S" mode. In reality, the result may differ by ±0.5 s.

Independent tests (for example, from a Japanese magazine Best Car or Russian bloggers) show a range from 9.8 to 10.3 seconds. Reasons:

  • 🌡️ Ambient temperature: at −10°C the battery loses up to 20% of its power.
  • ⛽ Battery level: If the hybrid system operates in recharging mode, part of the energy goes not to the wheels, but to the generator.
  • 👟 Driving style: pressing the pedal sharply activates the “boost” mode, but if you release the gas for 0.5 seconds, the system reduces power.

Interesting fact: in the mode Eco acceleration to 100 km/h takes up to 11.5 seconds - almost like Toyota Yaris Hybrid. But in NISMO S The car behaves like a hot hatchback, but with one caveat...

What happens during long acceleration?

When you hold down the gas pedal for more than 10 seconds, the e-Power system automatically reduces the electric motor power by 15% to avoid overheating the inverter. This is noticeable by the “dip” at a speed of ~120 km/h.

Comparison with competitors: who is faster?

In the compact hybrid class Note e-Power NISMO looks decent, but not unconditionally. For clarity, here is a comparison table with key rivals:

Model Acceleration 0–100 km/h (s) Power (hp) Torque (Nm) Weight (kg)
Nissan Note e-Power NISMO 9.6–10.3 136 300 1320
Toyota Yaris Hybrid GR Sport 11.0 116 141 1150
Honda Jazz e:HEV 10.5 109 253 1180
Hyundai Kona Hybrid 10.8 141 265 1450
Suzuki Swift Sport Hybrid 9.2 129 235 1050

As you can see, Note e-Power NISMO ahead of most hybrids, but loses Suzuki Swift Sport — this is helped by the lower weight and the “clean” gasoline engine. However, according to torque Nissan out of competition: 300 Nm versus 141–265 Nm for rivals. This means that in city traffic (accelerations up to 60–80 km/h) it will feel more confident.

⚠️ Attention: When testing overclocking on Note e-Power NISMO turn off the system Auto Hold (button next to the gear selector). It can delay the start by 0.3–0.5 s, distorting the results.

How to measure acceleration correctly: instructions for owners

If you want to check the overclocking of your Note e-Power NISMO, follow this algorithm:

Fill the tank full (fuel weight affects dynamics)

Warm up the machine to operating temperature (coolant ≥ 80°C)

Turn off the air conditioner and other energy consumers

Set tire pressure to 2.2–2.4 bar (according to the manual)

Activate the “NISMO S” mode (double press the button next to the gearshift lever) -->

To measure use:

  • 📱 Applications: Dragy, Performance Meter or Torque Pro (connect to OBD-II).
  • 🎥 External devices: radar Vbox or GPS logger RaceChrono.
  • ⏱️ Manual method: stopwatch + speed fixation using the speedometer (error ±0.3 s).

Important details:

  • 🚦 Start with ESP off (in “NISMO S” mode it turns off automatically).
  • 🔋 Make sure the hybrid battery charge is ≥ 60%. When the charge is low, the system goes into recharging mode, losing up to 15% of power.
  • 🛣️ Choose smooth asphalt without slope. Even a 2° rise will add 0.2–0.3 s to the result.
💡

For the most fair test, run 3-4 runs in a row at 5 minute intervals (to cool down the inverter) and take the average.

Tuning and improving overclocking: what can be done?

Although Note e-Power NISMO already optimized for dynamics, there are ways to squeeze even more out of it:

1. Software tuning (chip tuning)

  • 🔧 ECU flashing: companies type TD Pro or RaceChip offer firmware that increases the power of the electric motor up to 150–160 hp (increase ~10%).
  • ⚡ Disabling "failure" after 10 s: Modified software removes power limit during long acceleration.

2. Mechanical improvements

  • 🏎️ Light wheels: replacing standard 17-inch wheels with forged ones (for example, Enkei PF05) reduces unsprung weight by 2–3 kg per wheel.
  • 🛢️ Sports brake pads: Ferodo DS2500 or EBC Yellowstuff will improve braking before repeated races.

3. Optimization of the hybrid system

  • 🔋 Reinforced battery: installing a battery with a larger capacity (for example, from Nissan Leaf) allows you to maintain peak power longer.
  • 🌡️ Additional inverter cooling: fan from Derale prevents overheating during repeated overclocking.
⚠️ Attention: Any modifications to the electrical part e-Power may result in system errors and void the warranty. For example, replacing a battery requires flashing VCM (hybrid control unit), which official dealers do not do.
💡

The greatest increase in dynamics comes from the combination of chip tuning and lightweight wheels - up to -0.5 s when accelerating to 100 km/h.

Common mistakes when testing overclocking

Many owners Note e-Power NISMO get inaccurate results due to typical errors:

1. Wrong start

  • ❌ Sudden release of the clutch pedal (in e-Power it is not there, but some people pull the lever out of habit).
  • ✅ Correct: smoothly press the gas pedal all the way for 0.5 s to avoid slipping.

2. Ignoring conditions

  • ❌ Testing on wet asphalt or in side winds.
  • ✅ Use airport or closed tracks with a smooth surface.

3. Unaccounted for settings

  • ❌ They forget to turn it off Eco Mode or Auto Start/Stop.
  • ✅ Before taking measurements, check the active mode on the instrument display (the icon should be lit NISMO S).

Another common mistake is comparison with gasoline cars. Hybrids type e-Power have a different acceleration pattern: maximum torque is available from 0 rpm, but after 100–120 km/h the speed increase slows down due to electronic limitations.

FAQ: answers to popular questions

❓ Why mine Note e-Power NISMO accelerates slower than advertised?

The reasons may be different:

  • 🔋 Hybrid battery charge is low (less than 50%).
  • 🌡️ Cold weather (below +10°C).
  • 🚗 On mode Eco or Normal instead of NISMO S.
  • 🛠️ Worn brake pads or clutch (in e-Power it exists, but it works differently).

Try warming up the car, charging the battery (drive 10–15 km in B-mode) and repeat the test.

❓ Is it possible to remove the “failure” after 10 seconds of acceleration?

Yes, but only programmatically. Officially Nissan does not provide such an option, but some tuning studios (for example, TD Pro Japan) offer firmware that removes this limitation. Cost - from 1500 to 3000 dollars. Risks:

  • 🔥 Inverter overheating under prolonged loads.
  • ⚠️ Loss of warranty for the hybrid system.
❓ What is the resource of a hybrid battery during aggressive driving?

In mode NISMO S with frequent overclocking, battery life decreases 10–15% faster than in Eco. However:

  • 🔄 Nissan guarantees 160,000 km or 8 years on battery (in Europe).
  • 🔋 Real service life with moderate driving is 200,000–250,000 km.
  • 💰 Replacement costs $3,000–$5,000 (depending on battery model).

Advice: every 20,000 km, have the battery calibrated at your dealer (procedure Battery Initialization).

❓ Does it make sense to bet on Note e-Power NISMO turbine?

No. Gasoline engine in the system e-Power not connected to the wheels - it works only as a generator. The turbine will not provide an increase in power at the wheels, but:

  • ⚡ Will increase the load on the generator, which can lead to overheating.
  • 💸 The cost of the remodel will exceed $10,000 (without guarantee of results).

It’s better to invest in chip tuning of an electric motor or lightening the car.

❓ What gasoline to pour into Note e-Power NISMO for better overclocking?

Manufacturer recommends AI-95, but:

  • ⛽ AI-98 will not give an increase in power (the engine does not have a knock sensor to correct the SOP).
  • 🔧 When chip tuning, some studios flash the ECU under AI-100, but the effect is minimal (~1–2 hp).

The main thing is to avoid counterfeit fuel: bad gasoline pollutes faster generator, which leads to loss of power.