Browse

Antiques Collectibles Apparel Baby Kids Items Books， Movies And Music Electronics Free Stuff Garden Outdoor Health Beauty Home Goods Home Improvement Supplies Musical Instruments Office Supplies Pet Supplies Sporting Goods Ticket Toys Games Transportation Others

Used Cars New Cars Others

Business Crafts Design And Web Events Home Improvement Legal Lessons Personal Pets Photography Repair And Technical Support Wellness Writing， Translation， And Transcription Others

Activities & Groups Artists & Musicians Classes & Lessons Events Friendship & Networking Lost & Found Rideshare Sports Teams Volunteers Travel & Travel Partners Skills & Language Swap Other

What is the fuel consumption of the CFMOTO 650MT?

1 Answers

NaomiMarie

07/30/25 5:33am

The comprehensive fuel consumption of the CFMOTO 650MT is 3.37 liters per 100 kilometers. Here is more information about the CFMOTO 650MT: 1. Exterior: Its design was personally handled by KTM designers, featuring a full and compact body with smooth lines. The color scheme and craftsmanship are of high quality, reaching a superior standard. With a seat height of 840mm, it is just right for riders with a height of 170cm to have both feet on the ground. It adopts the latest instrument panel and includes a 12V power socket below. 2. Suspension: The CFMOTO 650MT uses inverted hydraulic front forks and a rear side-mounted independent shock absorber, paired with an aluminum alloy rear swingarm, providing excellent shock absorption. 3. Braking: The CFMOTO 650MT is equipped with wave discs, opposed four-piston calipers from West, and ABS assistance, delivering outstanding braking performance. 4. Power: The CFMOTO 650MT is powered by a 650cc twin-cylinder eight-valve engine, with a maximum power output of 70 horsepower and a maximum torque of 62 Nm. The official 0-200 meter acceleration time is 11 seconds, and the top speed is 170km/h.

Was this review help?

15

3

Share

More Forum Discussions

How to Set Up the Dashboard for the 2021 BMW X3?

Use the buttons on the multifunction steering wheel to set up the dashboard. First, enter the display menu interface, find the desired settings, and then customize the dashboard style. There are multiple style options available, which can be adjusted in advance according to personal preference. Below are specific details about the 2021 BMW X3: 1. Exterior: The 2021 model shows no changes or upgrades in appearance, retaining the classic BMW family kidney grille design. The dimensions and wheelbase remain the same as the current model, with a length, width, and height of 4717/1891/1689mm and a wheelbase of 2864mm. 2. Powertrain: The 2021 BMW X3 continues to be equipped with the B48 2.0T engine, offering maximum power outputs of 184 horsepower (xDrive25i), 224 horsepower (xDrive28i), and 252 horsepower (xDrive30i) depending on the model. The transmission system is paired with an 8-speed automatic transmission and includes a four-wheel-drive system.

Why doesn't the 10th-generation Civic have automatic door locking?

The 10th-generation Civic does not come with an automatic door locking feature as standard. Generally, Japanese cars do not configure automatic door locking while driving due to safety considerations regarding door opening during collisions. Relevant details are as follows: Introduction to the automatic locking function: The automatic locking function is a safety and anti-theft feature that typically activates when the vehicle reaches a certain speed. Its purpose is to enhance security by quickly locking the doors after driving commences, providing a certain level of safety precaution. Introduction to the Civic model: The Civic is a compact car under Honda's lineup, available in both hatchback and sedan versions. The Civic is equipped with two types of engines: a 1.0-liter turbocharged three-cylinder engine and a 1.5-liter turbocharged four-cylinder engine. The 1.0-liter turbocharged three-cylinder engine has a maximum power output of 92 kW and a maximum torque of 173 Nm. This engine features direct fuel injection technology and utilizes an aluminum alloy cylinder head and block.

What is the purpose of the Binyue Side Assist System?

The Binyue Side Assist System can detect vehicles up to 15 meters behind to prevent potential hazards. More details about the Binyue are as follows: 1. The Binyue is equipped with a wealth of safety and technology features, including ICC Intelligent Cruise Control, APA Full-Automatic Intelligent Parking System, AEB City Pre-Collision Safety System, PPS Pedestrian Recognition and Protection System, and L2-level intelligent driving among other advanced configurations. 2. The PPS Pedestrian Recognition and Protection System can effectively identify pedestrians in complex road conditions such as urban areas to avoid pedestrian collision accidents. 3. The APA Full-Automatic Parking System enables horizontal and vertical parking as well as horizontal parking exit functions, with no need to control the steering wheel, throttle, or brakes during the process.

What are the symptoms of a dirty car air filter?

If the air filter is dirty, the air intake will be insufficient, leading to incomplete fuel combustion, which causes unstable engine operation. When continuously pressing the accelerator pedal, the engine sound becomes muffled, acceleration response is sluggish, operation is weak, and the exhaust is thick and black. The replacement cycle of the air filter depends on the car's usage and surrounding environment. Under normal driving conditions, the air filter should be replaced every 15,000 kilometers. If frequently driving in poor environments, the replacement cycle should be appropriately shortened, not exceeding 10,000 kilometers. It is advisable to develop a habit of regular inspection and timely maintenance. The car air filter is installed in front of the carburetor or intake pipe to filter the air entering the engine. During operation, the engine inhales a large amount of air, which contains many dust particles. Without air filter filtration, it will accelerate the wear of the piston group and cylinder.

What is the function of the car ESB?

Car ESB is the car anti-lock braking system. It prevents the wheels from locking up during braking, improves braking speed, shortens braking distance, effectively enhances the directional stability and steering control ability of the car, and ensures driving safety. Car safety is an important aspect of car driving. Below is a detailed introduction about car safety: Overview: Car safety for vehicles is mainly divided into active safety and passive safety. Active safety refers to the ability to control the car as smoothly as possible. Whether it's braking and accelerating in a straight line or steering left and right, it should be as smooth as possible without deviating from the intended path and without affecting the driver's vision and comfort. Others: The scope of car safety technology is becoming wider and more detailed, developing towards integration, intelligence, systematization, and full participation. Strictly controlling speed during night driving is a fundamental measure to ensure safety.

What are Front-Wheel Drive and Rear-Wheel Drive?

Front-wheel drive refers to a power distribution method where the engine only drives the front pair of wheels, while rear-wheel drive means the engine's power is transmitted to the rear wheels via a driveshaft, propelling the vehicle forward. Below are the specific differences between front-wheel drive and rear-wheel drive: 1. In terms of sharp turns: Front-wheel-drive cars have a heavier front and lighter rear, making them prone to understeer during sharp turns; rear-wheel-drive cars have a lighter front and heavier rear, making them prone to oversteer, or fishtailing. 2. Space-wise: With the same wheelbase, front-wheel-drive cars have a transversely mounted engine positioned further forward, resulting in more interior space; rear-wheel-drive cars use a longitudinally mounted engine, which can encroach on interior space. 3. Appearance-wise: Front-wheel-drive models have a longer front overhang; rear-wheel-drive models have a relatively shorter front overhang, giving the front end a sleeker appearance. 4. Center of gravity perspective: When encountering steep slopes, front-wheel-drive cars have their center of gravity at the front, making them more prone to slipping when climbing; rear-wheel-drive cars perform much better in this regard.

Trending Ranking

What are the simple steps for parking in reverse in one go?

How to Replace the Battery in a Honda Civic Key Fob?

Where is the Ford Escort cigarette lighter fuse located?

What is the fuel tank capacity of the Chery Fengyun 2?

What series does Volkswagen belong to?

Should You Use Internal or External Air Circulation When Turning on the Car Heater?

What is the Oil Trapping Phenomenon?

What Are the Reasons for Difficult Gear Shifting in Manual Transmission?

What does Skoda Rapid mean?

What is a Center-Axle Trailer?

More Forum Discussions

How to properly turn off and power down the Changan CS75 when parking?

What Are the Reasons for No Hot Air from the AC After the Water Temperature Reaches 90 Degrees?

What is the lifespan of the third-generation EA888 in kilometers?

Why is there a hump in the middle of the rear seats in sedans?

Help

Cookie

Cookie Settings

© 2025 Servanan International Pte. Ltd.