After the motorcycle speedometer sensor detects the rotation of the wheels, it will send the relevant speed signal to the electronic controller or display of the speedometer. After receiving the signal sent by the sensor, the electronic controller or display of the speedometer processes and analyzes the data, converting the vehicle speed signal provided by the sensor into a readable digital or analog signal. The processed vehicle speed signal will be sent to the speedometer display for display. A display is usually a digital screen or pointer dial that displays the speed of a motorcycle based on the received signal.

When choosing a speedometer, the first thing to consider is personal preferences and aesthetic needs. If you prefer a traditional and intuitive dashboard design, a pointer speedometer may be more suitable. If pursuing modernity, precision, and versatility, a digital speedometer is even more ideal. If you frequently ride on city roads or in dimly lit environments, the readability of the digital speedometer will be more advantageous. If riding in harsh environments such as off-road or long-distance travel, the durability of the pointer speedometer may be more critical.

The pointer speedometer is a traditional configuration on the motorcycle dashboard, with an intuitive and easy to understand design. Riders can quickly determine the vehicle speed based on the position of the pointer without the need for additional interpretation. The pointer moves relatively fast and can reflect real-time changes in vehicle speed. When driving at high speeds or needing to quickly determine the speed, a pointer speedometer is more intuitive. Pointer speedometers usually use mechanical structures and are relatively durable. In harsh environments such as high temperature, humidity, or high vibration, a pointer speedometer may be more stable.