How many seconds does the 2.0L Teana take to accelerate from 0 to 100 km/h?

2 Answers
MacAndrew
07/24/25 4:41am
Teana 2.0L model accelerates from 0 to 100 km/h in 5.9 seconds. Teana is a mid-size car under Dongfeng Nissan, with body dimensions of 4901*1850*1450mm, a wheelbase of 2825mm, a fuel tank capacity of 61.3L, a trunk capacity of 586L, and a curb weight of 1456-1511kg. The 2021 Teana 2.0L model is equipped with a CVT continuously variable transmission and a 2.0L naturally aspirated engine, with a maximum torque of 197 Nm and a maximum power of 115kW. It uses 95-octane gasoline and has tire specifications of 205/65R16. Factors affecting the vehicle's 0-100 km/h acceleration time are as follows: Torque: Torque generally indicates how much force is available. The greater the torque, the more force is available to push the vehicle, resulting in faster acceleration. For example, the Audi R8 has a maximum torque of 570 Nm and accelerates from 0 to 100 km/h in 3.1 seconds, while the BMW 6 Series GT has a maximum torque of 400 Nm and takes 6.5 seconds. Transmission efficiency: The transmission is the medium for transferring power and inevitably involves power loss. The higher the transmission efficiency, the better the acceleration performance. Generally, the ranking of transmission efficiency is as follows: manual transmission > dry dual-clutch transmission > wet dual-clutch transmission > AT transmission > CVT transmission. Power-to-weight ratio: The relationship between horsepower and vehicle weight is called the power-to-weight ratio (unit: Hp/T). The higher the power-to-weight ratio, the faster the acceleration. For example, the Audi R8 has a power-to-weight ratio of 373 Hp/T, while the BMW 5 Series has a ratio of 108 Hp/T.
Was this review help?
12
2
Share
DeSawyer
08/11/25 12:18am
As someone who frequently follows automotive trends, I recall that the Nissan Teana 2.0L version has a 0-100 km/h acceleration time of around 9.5 seconds, which is fairly average for a family sedan—neither particularly fast nor slow. In real-world driving, it starts smoothly on city roads, especially with the help of the CVT transmission, which makes gear shifts almost seamless. While acceleration isn’t its strong suit, it’s more than adequate for daily commuting and overtaking, and its fuel efficiency is economical, averaging around 7-8L/100km. Compared to other cars in the same segment, like the Toyota Camry 2.0L, it might be slightly slower by about half a second, but the difference is minimal. I think this car is better suited for family-oriented users who prioritize comfort, as it’s less tiring on long drives. Regular maintenance can keep the engine responsive, but don’t expect it to perform on the track—it’s more than enough for everyday life.
Was this review help?
19
3
Share
Expand All
More Forum Discussions

How long is the warranty period for Toyota hybrid batteries?

Toyota hybrid battery warranty period is 8 years or 200,000 kilometers. Relevant extended content is as follows: Toyota hybrid battery lifespan: Toyota hybrid vehicles use nickel-metal hydride batteries with a lifespan of approximately 500 charge cycles. Definition of hybrid vehicles: Refers to vehicles equipped with two or more power sources: storage batteries, fuel cells, solar cells, or generator sets of internal combustion locomotives. Currently, hybrid vehicles generally refer to those combining internal combustion locomotive generators with storage batteries. Basic introduction to Toyota Levin: The Levin is a compact sedan under Toyota, equipped with two types of engines: one is a 1.2-liter turbocharged engine, and the other is a 1.8-liter naturally aspirated engine. The 1.8-liter naturally aspirated engine in the Levin is an Atkinson cycle engine, with a maximum power of 72 kilowatts and a maximum torque of 142 Newton-meters. The maximum power speed is 5,200 revolutions per minute, and the maximum torque speed is 3,600 revolutions per minute. It is equipped with VVT-i technology and multi-point fuel injection technology, using aluminum alloy cylinder heads and blocks.
13
0
Share

What is the solution for brake lights not working?

Brake lights not working solution is to first check whether the brake light switch is damaged. Connect the switch with a wire, and if the bulb lights up, it means the switch is damaged and needs to be replaced. Check if the fuse is blown. Some cars do not have a separate brake light fuse and share it with other electrical devices. You can check the non-working electrical devices in the vehicle and replace their fuses. If you notice the brake lights are not working while driving on the road, slow down and find the nearest repair shop to replace the brake light bulb or inspect components such as the brake light switch to restore the vehicle to normal driving condition and avoid safety hazards on the road. Reasons for brake lights not working: The brake light bulb is damaged; the wiring connected to the brake light is short-circuited; the brake light switch is faulty; if the fault indicator light on the vehicle dashboard does not light up, it may be due to a loose power socket, causing the brake light to have no power. When replacing brake light bulbs, replace both at the same time to prevent uneven filament burn-out, which could lead to one light working and the other not. Brake lights are generally installed at the rear of the vehicle, with the main color being red to enhance light penetration, making it easier for vehicles behind to notice when the front vehicle brakes under low visibility conditions, thereby preventing rear-end collisions.
2
0
Share

Do I Need to Press the Brake When Shifting from D to S Gear While Driving?

Shifting from D to S gear while driving does not require pressing the brake. Below are the specific introductions to D gear and S gear: 1. D gear: D gear stands for drive, which is the normal driving mode. 2. S gear: S gear stands for sport, which is the vehicle's sports driving mode. 3. While driving: The car can switch between any gears except P and R while driving, but it is important to release the accelerator during the shift to avoid damage to the engine and transmission. In an automatic transmission car, not only can you shift from D to S gear at any time while driving, but you can also freely switch between N gear, D gear, and S gear without pressing the brake.
7
0
Share

What Causes the Key to Get Stuck After the Car is Turned Off?

Here are the specific reasons why the key cannot be pulled out after the car is turned off: 1. Gear in P position: The key cannot be pulled out after turning off the car because the gear is not fully returned to the P position, and the electronic sensor is not actually triggered. 2. Obstruction in the gear slot: Items such as coins obstruct the gear from returning to its position. Check the gear slot for any obstructions, remove them, and then shift the gear again to ensure it fully returns to position. Additional information on why the car key won't turn: 1. Improper steering wheel angle: After starting the car with the key, the steering wheel automatically unlocks. Sometimes, if the steering wheel is parked at a certain angle, it may prevent the key from turning to start the ignition. Gently turn the key with your right hand while lightly turning the steering wheel with your left hand to unlock it naturally. 2. Steering wheel lock engaged: After turning off the car, if the steering wheel is turned left or right or the wheels are not straight when parked, the force can cause the steering wheel to rotate, activating the self-locking function. This locks the steering column and the steering lock pin together, preventing the steering wheel from moving. Even inserting the key and trying to turn it won't work, as the vehicle's anti-theft system perceives a risk of theft and locks the steering wheel as a security measure.
14
1
Share

How to Distinguish Between the Accelerator and Brake Pedals?

Automatic transmission models: The brake is on the far left, and the accelerator is on the far right. Manual transmission models: The brake is in the middle, and the accelerator is on the far right. Here are some details about the brake and accelerator pedals: 1. Distinguishing Methods: In common small family cars, the accelerator is usually elongated, while the brake and clutch pedals are typically square-shaped. 2. Important Notes: When driving, the right foot must develop a "binary" habit. This "binary" habit means that whenever the driver is not accelerating, the right foot should always be positioned above the brake pedal.
11
0
Share

Where is the fuel filler switch on the new Excelle?

The fuel filler switch button of the Excelle is located on the left side of the driver's seat. Pull up the fuel filler cover switch and release the handle to open the fuel filler cover. Generally, the opening methods of car fuel tank covers are as follows: In-car mechanism type: This is a relatively common opening method, applicable to various vehicle types including compact cars, mid-size cars, full-size cars, and SUVs. The fuel tank cover is mainly opened via an in-car fuel tank cover switch. After opening the fuel tank cover, unscrew the cap on the fuel filler neck to refuel. Key-operated type: This type is less common and is mainly found on some rugged SUVs or unique compact cars, as well as large transport buses. The advantage of this method is obvious—it's secure; the drawback is that it's slightly inconvenient as you need to get out of the car to unlock it every time you refuel. Capless fuel filler type: The so-called capless fuel filler means there is no cap to unscrew on the fuel filler neck. You only need to open the external fuel tank cover and insert the fuel nozzle into the filler neck. This type is mainly found in mid-size cars and above. Press-to-open type: This type is also quite common. This opening method greatly caters to the lazy. The fuel tank cover closes when the car doors are locked and opens when the doors are unlocked.
15
2
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.