What is the fuel consumption of the CFMoto 250?

1 Answers
DeMaverick
07/29/25 4:18pm
The CFMoto 250 has a fuel consumption of 3.5 liters per 100 kilometers. Below are some fuel consumption-related tips: Habits and Road Conditions: Fuel consumption is greatly influenced by driving habits and road conditions. Avoid aggressive acceleration; gradual acceleration from a start is the most fuel-efficient. To save fuel, refrain from heavy throttle input when starting, as this can increase fuel consumption by 2 to 3 times compared to normal acceleration. Braking: Maintaining a safe distance and avoiding frequent braking can save more fuel. If you don't keep a proper distance, you may need to brake frequently on the road. When braking, an automatic transmission vehicle will downshift, requiring the engine to work harder to regain speed from a lower gear, which consumes more fuel during stationary or low-speed starts.
Was this review help?
16
1
Share
More Forum Discussions

What is the maximum speed of the Cadillac CT5?

The maximum speed of the Cadillac CT5 can reach 180 km/h. Below is relevant information about vehicle speed: 1. Definition of vehicle speed: Vehicle speed refers to the distance a vehicle travels per unit of time, commonly measured in kilometers per hour (km/h) or meters per second (m/s). 2. Speed regulations for vehicles: Motor vehicles must not exceed the speed limit indicated by road signs. On roads without a centerline, the speed limit is 30 km/h in urban areas and 40 km/h on highways. On roads with only one lane in the same direction, the speed limit is 50 km/h in urban areas and 70 km/h on highways. When making turns, the maximum speed for motor vehicles must not exceed 30 km/h.
14
1
Share

Why does the Sonata 8 consume so much fuel?

Sonata 8's high fuel consumption can be attributed to the following specific reasons: 1. Excessive vehicle load: The high fuel consumption of the Sonata 8 may be caused by carrying too many items in the vehicle. Reduce the vehicle's load and avoid keeping unnecessary items in the car. 2. Poor driving habits: Bad driving habits can also easily lead to high fuel consumption. Try to avoid sudden acceleration and braking, especially when starting the car, as sudden acceleration can significantly increase fuel consumption. 3. Poor control of road conditions and speed: Frequently driving on mountain roads or congested areas where speed is hard to control can also lead to increased fuel consumption. Try to maintain the vehicle within the economical speed range, which is approximately 70~90 KM/h.
14
1
Share

What are the length, width, and height of the Lingpai?

The length, width, and height of the Lingpai are 4756mm, 1804mm, and 1509mm respectively, with a front track of 1500mm, rear track of 1485mm, and a wheelbase of 2730mm. The Lingpai is a compact mid-size sedan under GAC Honda, equipped with a 1.0T three-cylinder turbocharged engine that delivers a maximum power of 90kW and a maximum torque of 173Nm. In terms of the transmission system, the car is paired with a CVT continuously variable transmission and a 6-speed manual transmission. The front suspension features a MacPherson independent suspension, while the rear suspension uses a torsion beam non-independent suspension.
1
5
Share

What is the Function of a Central Differential Lock?

The function of a central differential lock: It can enhance the vehicle's off-road capability on poor road surfaces. When one of the vehicle's drive axles spins freely, it can quickly lock the differential, turning the two drive axles into a rigid connection. This allows most of the torque to be transferred to the non-slipping drive axle, fully utilizing the traction to generate sufficient driving force, enabling the vehicle to continue moving. The central differential lock, also known as the central differential locker, is a locking mechanism installed on the central differential, used in four-wheel-drive vehicles. Different differentials employ various locking methods. Common differential locks include the following types: forced locking, high-friction self-locking, jaw coupling, Torsen, and viscous coupling.
10
0
Share

What is the working principle of the intake pressure sensor?

The working principle of the intake pressure sensor: It detects the changes in the absolute pressure in the intake manifold based on the engine speed and load, then converts it into a signal voltage and sends it to the engine control unit. The engine control unit uses this signal voltage to determine the basic fuel injection quantity. There are various types of intake pressure sensors, including piezoresistive and capacitive types. Due to its fast response time, high detection accuracy, small size, and flexible installation, the piezoresistive type is widely used in D-type injection systems. The pressure sensor measures pressure using a pressure chip, which is the core component of the sensor.
5
3
Share

Where is the fuel filler switch for the Audi A6?

The Audi A6 does not have a dedicated fuel filler switch. After turning off the vehicle, you need to press the fuel tank cap to open it. The fuel tank cap switch is located under the driver's door and is integrated with the front engine compartment switch. Pressing this electronic switch will open the fuel tank cap cover. The Audi A6 has body dimensions of 4886mm in length, 1810mm in width, and 1475mm in height, with a wheelbase of 2850mm. The vehicle is equipped with a 5-speed manual transmission and features such as ABS anti-lock braking, brake force distribution, engine electronic immobilizer, remote key, central locking, in-car CD player, and auto-dimming rearview mirror. The front suspension is a multi-link independent suspension, while the rear suspension is a longitudinal trailing arm torsion beam suspension.
6
2
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.