···
Log in / Register

What engine does the Venucia T90 use?

6Answers
ReaganMarie
09/01/2025, 11:52:48 PM

Venucia T90 is equipped with a 2.0L naturally aspirated engine from Nissan, model MR20, with a maximum output of 144 horsepower and peak torque of 198 Nm. This engine is used in many models under Dongfeng Nissan. The Venucia T90 adopts the natural wind-carving aesthetics as its design concept, combining the comfort of a sedan with the high passability of an SUV, creating a new category in the same market segment of SUVs, bringing consumers better comfort and a relaxed driving experience. The Venucia T90 is built on a professional SUV platform with enhanced features, utilizing the globally advanced platinum powertrain combination, a new high-efficiency chassis tuning, and a rich set of driving assistance systems to achieve a large-screen, interconnected, and convenient driving experience for SUVs.

Was this review help?
112
Share
LouisFitz
09/14/2025, 02:06:07 AM

As a car enthusiast, I'm quite familiar with the Venucia T90. It's equipped with Nissan's MR20DE series 2.0L naturally aspirated engine, delivering approximately 150 horsepower and around 190 Nm of torque. This engine shares technology with the Qashqai, and when paired with the CVT transmission, it offers responsive and smooth daily driving performance—especially stable during highway cruising and sufficiently powerful for overtaking in urban areas. I find its advantages quite evident, such as the adoption of dual C-VTC variable valve timing, which helps reduce fuel consumption. The official fuel economy is about 7.5L/100km, and in real-world driving, it can be kept under 8L, making it quite worry-free. However, during maintenance, it's important to regularly change the engine oil and filters—typically every 5,000 kilometers—to avoid carbon buildup issues and extend the engine's lifespan. Venucia's use of this engine emphasizes cost-effectiveness, making it suitable for family use. I've met several owners who reported no major issues after years of driving, highlighting its high reliability.

Was this review help?
7
Share
Expand All
McGenesis
10/28/2025, 02:49:24 AM

I remember test-driving my friend's Venucia T90 before, equipped with the 2.0L naturally aspirated engine. It felt quite smooth to drive, with power delivery that wasn't too fast or slow during acceleration, yet didn't feel sluggish in city traffic jams. On the highway, it had ample power for overtaking. Sharing a similar design with other Nissan models, I averaged just over 8L/100km in mixed driving conditions, which is fairly fuel-efficient. With my gentle driving habits, I haven't encountered any issues—just routine maintenance like replacing the air filter twice, which was straightforward. In my opinion, this type of engine suits beginners or regular family car users, offering low maintenance costs and easily available parts, unlike some turbocharged engines that are more complex. However, be cautious not to let the engine overheat in hot weather, and check the coolant before long trips to avoid minor malfunctions.

Was this review help?
6
Share
Expand All
JackMarie
12/11/2025, 02:05:17 AM

Venucia is a brand under Dongfeng Nissan, and the T90 is typically equipped with the MR20 model, a 2.0-liter naturally aspirated engine derived from the Nissan platform. This engine is designed for balanced performance, delivering around 150 horsepower with a fuel consumption of approximately 7.8 liters per 100 kilometers, striking a balance between practicality and fuel efficiency. The choice of this engine is primarily due to shared Nissan technology, which reduces production costs, targeting the market for daily commuting. I've seen it used in other models like the X-Trail or Qashqai, with a solid reputation for reliability. For maintenance, remember to schedule regular minor services to easily avoid common issues.

Was this review help?
10
Share
Expand All
OJoseph
01/31/2026, 03:12:20 AM

To maintain the engine of the Venucia T90, which is a 2.0L naturally aspirated engine known for its quiet operation and fuel efficiency, with a fuel consumption of 7-8 liters per 100 kilometers. I recommend changing the oil every six months, using standard 5W-30 synthetic oil, and checking if the filters are clean. Common issues like carbon buildup can be cleared by high-speed driving, which is cost-effective, with a single maintenance session costing only around 300-400 yuan. The parts are compatible with the Nissan series, making it easy to find service points. Don't neglect regular inspections to prevent minor faults.

Was this review help?
13
Share
Expand All
ElisaLee
04/26/2026, 01:49:11 PM

When driving the Venucia T90, I feel the engine and CVT transmission work well together. The 2.0L naturally aspirated engine delivers smooth power output with around 150 horsepower, providing stable performance on highways without abrupt acceleration. The overall tuning prioritizes suspension comfort, with consistent engine power delivery during turns and low cabin noise. It's suitable for urban commuting with decent fuel consumption controlled at about 8L/100km. Designed with shared Nissan technology, it's reliable and practical, but remember to maintain it regularly for longer vehicle lifespan.

Was this review help?
7
Share
Expand All
More Q&A

Why does the car keep stalling?

Common reasons for a vehicle stalling while driving include malfunctions in the ignition system or the fuel injection system. The details are as follows: 1. Ignition System: Generally, if there is a fault in the ignition system, the spark plugs won't ignite, and the air-fuel mixture cannot be combusted, causing the vehicle to stall. In this case, it is necessary to check whether the ignition wiring in the ignition system is functioning properly, whether the ignition module is working correctly, and whether the spark plugs are damaged, such as broken electrodes or cracked ceramic parts. 2. Fuel Injection System: The fuel injection system, also commonly referred to as the fuel supply system, typically works by transferring fuel from the fuel tank through the fuel pump via fuel lines to the fuel injectors, which then spray the fuel. If any component in this system, such as the fuel pump, fuel lines, or fuel injectors, is damaged, it will fail to supply the necessary fuel for the engine to operate, resulting in the vehicle stalling.
106
Share

Which gear should be engaged for forward movement in an automatic transmission car?

D gear, L gear, and S gear can all be used for forward movement. Among them, the most commonly used gear is D gear. Below is an introduction to the gears: 1. Typically, an automatic transmission has 6 gears, which are: P gear, R gear, N gear, D gear, S gear, and L gear. 2. P gear: Abbreviation for 'parking', the parking gear. After engaging P gear, the vehicle's transmission will be locked. 3. R gear: Abbreviation for 'Reverse', the reverse gear. Used when reversing; engage R gear to move the car backward. 4. N gear: Abbreviation for 'neutral', the neutral gear. 5. D gear: Abbreviation for 'drive', the drive gear. D gear is the most commonly used gear; engage D gear, step on the accelerator, and the car will move forward. 6. S gear: Abbreviation for 'sport', the sport gear. Many car models refer to this as sport mode. In this mode, the car's power increases, but fuel consumption also rises. 7. L gear: Abbreviation for 'low', the low gear, also known as the climbing gear, used when climbing slopes.
118
Share

Can You Turn on the Air Conditioning Without Starting the Car?

It is possible to turn on the air conditioning without starting the car, but the air conditioning will not provide cooling. After using it for a while, the car's battery will drain, making it difficult to start the car. More details are as follows: 1. When the car is not started, the air conditioning will only blow natural air from the blower. This is because the air conditioning compressor is powered by the engine, and without the engine running, the compressor will not operate. The blower's natural air is powered by the car's battery. 2. If the air conditioning is left on for a long time without starting the car, the battery will be depleted. At best, the car may not start, and at worst, the battery could suffer long-term damage. This applies to traditional fuel-powered cars, but not to new energy vehicles. 3. Leaving the air conditioning on after turning off the car can have serious consequences. Modern cars have interlock mechanisms that cut off most auxiliary circuits when the engine is off, including the air conditioning. Not turning off the air conditioning before shutting down the engine can damage it, as the next startup will impose an excessive load on the engine due to the air conditioning's power demand. 4. Therefore, it is not recommended to keep the air conditioning on for extended periods when the car is off. Even idling with the air conditioning on for too long can lead to engine carbon buildup.
112
Share

What is the fuel tank capacity of the Roewe i5?

The fuel tank capacity of the Roewe i5 is 45 liters, and the recommended gasoline grade is indicated on the inside of the fuel tank cap. The differences between 92, 95, and 98 octane gasoline lie in the varying amounts of isooctane they contain, which affects their anti-knock properties. The i5 is a compact sedan under the Roewe brand, with dimensions of 4601 mm in length, 1818 mm in width, and 1489 mm in height, and a wheelbase of 2680 mm. The Roewe i5 is equipped with two engines: a 1.5-liter naturally aspirated engine and a 1.5-liter turbocharged engine. The 1.5-liter naturally aspirated engine delivers a maximum power of 88 kW, a maximum torque of 150 Nm, with the maximum power achieved at 6000 rpm and the maximum torque at 4500 rpm. The 1.5-liter turbocharged engine produces a maximum power of 124 kW, a maximum torque of 250 Nm, with the maximum power achieved at 5500 rpm and the maximum torque available between 1700 and 4300 rpm.
102
Share

How to Check the Oil in Roewe i5?

The fuel level display is located below the speedometer of the Roewe i5. There are several small dots below the speedometer, with the letters E and F on either side. You can use the buttons on the right side of the steering wheel to navigate through the pages and display different information on the dashboard. Keep scrolling down to find the fuel consumption data. Note that in the 2018 model, the letter E is white, while in the 2019 model, it is red. The Roewe i5 is a high-performance internet-connected compact car under the Roewe brand. Its body dimensions are 4601mm in length, 1818mm in width, and 1489mm in height, with a wheelbase of 2680mm. The Roewe i5 is derived from the Vision-R concept car and adopts the 'Rhythm' family design philosophy and elements.
110
Share

How are motor oil grades classified?

In the motor oil industry, oil grades are classified based on quality grades and viscosity grades. The quality grade uses the classification standard established by API (American Petroleum Institute). The API standard is the most authoritative motor oil quality classification standard in the industry. The viscosity grade uses the classification by SAE (Society of Automotive Engineers). The classification of motor oil grades is as follows: 1. API Quality Classification: 1. The "S" series represents oils for gasoline engines, with specifications including: SA, SB, SC, SD, SE, SF, SG, SH, SJ, SL, SM, SN. 2. The "C" series represents oils for diesel engines, with specifications including: CA, CB, CC, CD, CE, CF, CF-2, CF-4, CG-4, CH-4, CI-4. 3. When both "S" and "C" letters are present, it indicates that the oil is suitable for both gasoline and diesel engines. From "SA" to "SN," each subsequent letter indicates better performance than the previous one. The further the letter is in the alphabet, the higher the quality grade, making the motor oil more effective. In international brands, most motor oil grades are SF or above. 2. SAE Viscosity Classification: 10W-40 is its SAE standard viscosity value. This viscosity value first indicates that the oil is a multi-grade oil. "W" stands for WINTER, and the number before "W" represents the flow performance at low temperatures. The smaller the number, the better the starting performance at low temperatures. The number after "W" represents the oil's stability at high temperatures (i.e., the likelihood of thinning). The larger the number, the better the oil's stability at high temperatures.
109
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.