Owning a compact hatchback Nissan Note implies knowledge of all technical nuances that directly affect daily operation. One of the key characteristics that determines the practicality of a car is the capacity of the fuel tank. This parameter determines how often you will have to visit a gas station and what is the actual range at one gas station in dense city traffic or country trips.
Many owners mistakenly believe that tank volume is a fixed value for all modifications. In fact, the manufacturer uses different configurations depending on the year of manufacture, body generation and engine type. Accurate knowledge of displacement necessary not only for calculating the fuel budget, but also for correctly diagnosing fuel system faults and preventing fuel pump breakdowns due to dry operation.
In this article we will take a closer look at the differences between generations. Nissan Note, we will indicate the official figures for the tank volume and explain why real indicators may differ from the passport data. We'll also look at how driving style and fuel type affect fuel consumption, so you can get the most out of your car.
Differences in tank volume by generation of Nissan Note
Model history Nissan Note has several generations, each of which had its own design features. The first generation, produced from 2005 to 2013 (E11 body), offered the driver a standard fuel tank. In most configurations this volume was 41 liter. This was the optimal solution for a compact city car, providing sufficient range without significantly increasing the weight and dimensions of the car.
The second generation (E12 body), launched into production in 2013, brought not only a design update, but also changes in technical characteristics. For many versions, the tank volume remained unchanged - 41 liters, however, in some specific modifications, especially those equipped with a hybrid system or all-wheel drive, other configurations could be used. It is important to consider that having a hybrid setup often requires the placement of additional components, which can affect the available space under the body.
The third generation (E13 body), introduced in 2016, also continued the trend towards a compact fuel system. Standard tank volume for Nissan Note this generation is the same 41 liters. However, it is worth paying attention to the sales markets: for European countries and the Japanese market, the characteristics may differ slightly depending on environmental standards and safety requirements.
There is also a version Nissan Note e-POWER, which is a hybrid with a gasoline generator. Although the electric motor pulls the wheels, having a gasoline engine requires the installation of a fuel tank. In most cases, tank volume for hybrid versions Note e-POWER also stays in the area 41 liters, which provides a balanced range for urban and suburban use.
Technical nuances of the fuel system design
When considering tank volume, it is important to distinguish between two concepts: total volume and usable volume. The total volume includes the entire tank space, including the neck and process extensions. Usable volume is the amount of fuel that can actually be filled into the tank when it is empty. Manufacturers often indicate the total volume, but when filling up to full βunder the plugβ you will get fewer liters than indicated in the technical documentation.
In addition, the design provides a reserve volume. When the low fuel light on the dashboard comes on, there is still a certain amount of gasoline left in the tank. Usually this from 5 to 7 liters. This reserve was created specifically so that the driver can get to the nearest gas station in an emergency. Ignoring this function and running the engine until the fuel is completely depleted can lead to overheating and failure of the fuel pump.
The material the tank is made of also plays a role in its durability and performance. In modern Nissan Note Plastic tanks are used, which have a number of advantages over their metal counterparts. They are corrosion-resistant, lighter in weight and have a more complex shape that allows efficient use of space under the cabin floor. Plastic also better dampens vibrations and noise from the fuel pump.
β οΈ Warning: Never try to add fuel to the tank after the fuel nozzle has automatically switched off. Overfilling the tank can allow gasoline to enter the vapor recovery system, causing serious damage and costly repairs.
The tank ventilation system also has its own characteristics. It is necessary to equalize the pressure inside the tank when fuel is consumed. If the vent system is clogged or faulty, the gun may shut down frequently when refueling, creating the illusion that the tank is full when in fact it is only partially filled. This is a common problem that requires checking the vent valve.
For those planning long trips, it is important to know the location of the fuel filler neck. U Nissan Note it is usually located on the right side of the car. This is convenient when driving in the right lane, but may require changing lanes when refueling at one-way stations. Make sure you always know which side the door opens from to avoid awkward situations at the gas station.
- 41 liter (standard)
- 45 liters (rare modification)
- I don't know for sure
- Hybrid e-POWER
Calculation of actual power reserve
Knowing the volume of the tank, you can approximately calculate the power reserve, but this indicator highly depends on many factors. With a volume of 41 liters and an average fuel consumption of 6 liters per 100 km, the theoretical range is about 680 kilometers. However, actual figures will vary depending on operating conditions. In the urban cycle with traffic jams, consumption can increase to 8-9 liters, which will reduce the distance to 450-500 km.
Driving style has a huge impact on fuel efficiency. Sharp accelerations and frequent braking increase consumption. If you are planning a long trip to Nissan Note, it is recommended to use the driving mode at a constant speed and avoid sudden maneuvers. This will allow you to make the most of every liter of fuel from your 41 liter tank.
The influence of air conditioning and additional equipment cannot be ignored either. In the hot season, climate control turned on can increase fuel consumption by 0.5-1 liter per 100 km. In winter, when the engine warms up and the heater is used, consumption also increases. Taking these factors into account will help you better plan your fuel stops during your travels.
βοΈ Long-distance travel plan
The table below shows the estimated range data for various operating conditions with a tank volume of 41 liters:
| Operating conditions | Average consumption (l/100km) | Theoretical range (km) | Recommended refill |
|---|---|---|---|
| Urban cycle (traffic jams) | 8.5 | 480 | With 50 km remaining |
| Mixed cycle | 6.5 | 630 | With 100 km remaining |
| Track (constant speed) | 5.2 | 780 | With 150 km remaining |
| Winter (warm-up, heater) | 7.5 | 540 | With 80 km remaining |
It is important to note that the on-board computer's range readings may not be accurate. They are calculated based on average consumption over the last 50-100 km. If you just filled up and drove a short distance, the numbers may be inflated. It is better to focus on real data and personal experience in operating your specific car.
β οΈ Attention: Do not rely on the power reserve shown by the on-board computer to the nearest kilometer. Always leave a margin of 50-100 km for unforeseen situations, such as traffic jams or finding the right gas station.
The influence of equipment and modifications on displacement
As already mentioned, tank volume may vary depending on the vehicle configuration. In basic versions Nissan Note A standard 41 liter tank is often installed. However, in top trim levels or versions with additional equipment, other solutions may be provided. For example, the presence of a start-stop system or specific safety systems sometimes requires changing the layout of the engine compartment or trunk.
Particular attention should be paid to modifications with all-wheel drive (4WD). In these vehicles, the transmission design is more complex and this may affect the placement of the fuel tank. Sometimes the volume remains the same, but the shape of the tank changes to bypass the drive elements. In rare cases, to ensure greater autonomy, manufacturers may offer larger tanks, but for Nissan Note This is the exception rather than the rule.
Hybrid versions e-POWER have their own specifics. Although the main tank volume is retained, the fuel management system is more complex. The on-board computer takes into account not only gasoline consumption, but also energy generation. This allows you to optimize engine performance and reduce overall fuel consumption, which compensates for the smaller tank volume compared to large crossovers.