What is the power output of the Verano 15s engine?

3 Answers
LilahMarie
07/28/25 7:33am
The maximum power output of the Verano 15s engine is 87 kW. This engine is a 1.5L naturally aspirated engine with a maximum horsepower of 118 hp and a maximum torque of 146 Nm. The Verano 15s is equipped with two types of transmissions: the 15s manual entry model and the 15s manual premium model come with a 6-speed manual transmission, while the 15s automatic entry model and the 15s automatic premium model are equipped with a 6-speed automatic transmission with manual mode. The Verano 15s is a compact car under the SAIC-GM Buick brand, with dimensions of 4718 mm in length, 1802 mm in width, 1466 mm in height, and a wheelbase of 2700 mm.
Was this review help?
1
3
Share
McLukas
08/11/25 2:55pm
I've been driving the Buick Verano 15s for over a year, with an engine power of about 118 horsepower. This car is quite reliable for city commuting. Although the acceleration isn't aggressive, it's very stable, and stepping on the gas pedal allows for easy speed increase. Compared to my colleague's Corolla 1.8L, it has slightly less horsepower but better fuel economy, with a fuel consumption of only around 7L per 100 kilometers, saving a lot on gas money for daily commutes. The naturally aspirated engine isn't noisy and has a low long-term failure rate. Regular oil changes help maintain its power without degradation. Although it requires a bit more throttle for overtaking on highways, overall it feels safe and reliable, making it suitable for daily transportation. If you're a new driver, this power configuration won't make you nervous. It's also quite agile at low speeds in parking lots, with low maintenance costs. Saving money and peace of mind is what matters most.
Was this review help?
6
1
Share
Expand All
VanSabrina
09/28/25 2:22am
As an owner of the Verano 15s, I find the engine's 118 horsepower output to be sufficient and not overstated. I usually drive it to take my kids to school, and it starts smoothly at traffic lights in the city without getting honked at by cars behind. On weekends, I take short trips on the highway, maintaining a stable speed of 120 km/h, and it handles steep climbs without issues. The fuel consumption is quite good, averaging 7.5L/100km, which is much more economical than the 1.6L older car I used to drive. The engine is highly reliable, with no issues after 30,000 kilometers. However, during cold winter starts, it takes a bit longer to warm up, and the power output feels slightly softer. Overall, it's well-suited for family use, offering a balanced experience without the struggle of a small-displacement engine or unnecessary fuel expenses. This makes it a worthy recommendation for budget-conscious buyers.
Was this review help?
13
4
Share
Expand All
More Forum Discussions

What are the seasonal maintenance items?

Seasonal maintenance items include replacing antifreeze, inspecting and cleaning the fuel system, changing lubricating oil, etc. Replacing antifreeze: Fill the engine with the type of antifreeze specified by the manufacturer. Before adding antifreeze, the engine cooling system should be cleaned. Using long-life antifreeze year-round ensures good engine cooling. Inspecting and cleaning the fuel system: Before winter, the fuel system should be thoroughly cleaned, as troubleshooting fuel system issues in cold winter is more challenging. During seasonal maintenance, all filters should be completely cleaned, fuel filters should be cleaned or replaced, water should be drained from the fuel-water separator and cleaned to eliminate potential faults. Changing lubricating oil: If the vehicle uses single-grade oil, it must be replaced with lubricating oil suitable for the seasonal temperature during maintenance. If multi-grade oil suitable for both winter and summer is used, simply change the lubricating oil according to the oil change interval mileage.
13
3
Share

Does Idling a Car for 1 Hour Cause Damage?

Generally, idling a car for 1 hour does not cause damage. Engine Idling: Engine idling refers to maintaining operation at the minimum speed when the engine is completely unloaded, in neutral gear, and without pressing the accelerator. When a car starts cold, the instantaneous idle speed will be relatively high, stabilizing once the shaking stops. Effects of Idling for Over an Hour: The direct impact of idling for over an hour is increased fuel consumption, with the indirect effect being increased carbon buildup. Most cars consume no more than 1 liter of fuel per hour while idling, with specific consumption depending on the car's displacement. Short periods of idling won't cause severe carbon buildup, as some carbon buildup is unavoidable. However, if a car idles continuously for two to three hours or more on a regular basis, the impact on the car can be more significant.
14
1
Share

What is Tire Aspect Ratio?

Tire aspect ratio is a tire specification that refers to the percentage of the tire's cross-section height to its maximum cross-section width. Below are the precautions for tire replacement and the characteristics of low aspect ratio tires: Precautions for tire replacement: The tires equipped on vehicles when they leave the factory are the optimal specifications selected by the manufacturer after repeated testing. If you want to change to tires of different sizes, it must be done under the guidance of professionals and not arbitrarily, as this involves many issues. Even slight negligence can pose a hazard to driving safety. Additionally, low aspect ratio tires tend to be more delicate, requiring extra attention and care during use. Characteristics of low aspect ratio tires: Low aspect ratio, large inner diameter tires have shorter sidewalls and wider treads, resulting in a larger contact area with the road. These tires can withstand greater pressure, respond very sensitively to road conditions, have strong lateral resistance during turns, and enhance the vehicle's handling performance.
8
1
Share

What is the function of the drive shaft?

The function of the drive shaft is to transmit the engine's power to the wheels together with the transmission and drive axle, enabling the vehicle to generate driving force. Below is an introduction to the drive shaft and its structural components: Introduction to the drive shaft: The drive shaft is a high-speed rotating body with minimal support, making its dynamic balance crucial. Generally, drive shafts undergo dynamic balance testing before leaving the factory and are adjusted on a balancing machine. For front-engine, rear-wheel-drive vehicles, the drive shaft transmits the rotation from the transmission to the final drive axle. It can consist of multiple sections connected by universal joints. Structural components of the drive shaft: The drive shaft is composed of an axle tube, a telescopic sleeve, and universal joints. The telescopic sleeve automatically adjusts for changes in distance between the transmission and the drive axle. The universal joints ensure the variation in the angle between the transmission output shaft and the drive axle input shaft, achieving constant angular velocity transmission between the two shafts.
17
5
Share

Is the Civic equipped with a dual-clutch transmission?

The transmission in the Civic is not a dual-clutch transmission. The Civic primarily uses the following two types of transmissions: 1. 6-speed manual transmission. 2. CVT (continuously variable transmission). Below is some information about the CVT: 1. The CVT is a type of automatic transmission. Unlike other transmissions that have actual gears, the CVT does not have real gears, which makes gear shifts very smooth without any jerking sensation. 2. The CVT also has its drawbacks, such as not being able to withstand too much torque. In the realm of civilian vehicles, the CVT has the lowest cost and the least technical requirements compared to other transmissions. The dual-clutch transmission comes next.
7
1
Share

How to Use ESP?

The ESP in a car is automatically engaged and requires no manual operation. The main sensors of the ESP system and their functions are as follows: 1. Steering angle sensor. Monitors the rotation angle of the steering wheel to help determine whether the car is moving in the correct direction. 2. Wheel speed sensor. Monitors the speed of each wheel to determine if any wheel is slipping. 3. Yaw rate sensor. Records the movement of the car around its vertical axis to determine if the car is skidding. 4. Lateral acceleration sensor. Detects the centrifugal force generated when the car turns to determine if the car is slipping while navigating a curve.
6
0
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.