The use of coreless motors in handheld pan/tilts is mainly reflected in their improvement in stability, response speed and control accuracy. The design goal of the handheld gimbal is to eliminate jitter during shooting and ensure smooth and clear shooting pictures. Coreless motors are an important component in achieving this goal due to their unique properties.
Working principle of handheld gimbal
Handheld gimbals usually consist of multiple axes and can rotate in different directions. Its core function is to offset the effects of hand shake or movement by adjusting the angle of the camera in real time. In order to achieve this function, the PTZ needs to respond quickly and accurately to user operations and environmental changes. Coreless motors play a key role in this process.
The importance of stability
Stability is crucial when shooting video or photos. Even small jitters can cause blurry or distorted images. The handheld gimbal monitors the camera’s posture in real time through sensors and uses a coreless motor to make quick adjustments. Due to the high response speed of the coreless motor, it can complete adjustments in a very short time, ensuring that the camera is always maintained at the ideal shooting angle.
Quick response and control
The lightweight design of the coreless motor makes it perform well during acceleration and deceleration. This feature allows the handheld gimbal to react quickly in dynamic scenes. For example, when shooting sports scenes, the gimbal needs to quickly follow the trajectory of the moving object. The coreless motor can adjust the angle of the gimbal at extremely fast speeds to ensure that the subject is always in the center of the picture.
Low noise characteristics
In video shooting, noise is a problem that cannot be ignored. Traditional motors may produce loud noise during operation, affecting the recording quality. The low-noise characteristics of the coreless motor enable the handheld gimbal to remain quiet when shooting, ensuring clear recording. This is especially important for professional photographers and videographers.
Precise control and intelligence
Handheld gimbals are usually equipped with high-precision sensors that can monitor camera posture changes in real time. The combination of coreless motors and these sensors allows the gimbal to achieve more precise control. Through intelligent algorithms, the gimbal can automatically adjust the working status of the motor according to changes in the shooting environment, further improving stability and shooting effects.
Advantages of lightweight design
The portability of a handheld gimbal is one of its important features. The lightweight design of the coreless motor reduces the weight of the entire gimbal, making it easier for users to use. This is especially important for long-term shooting situations. Reducing the burden can improve the user’s shooting experience and reduce fatigue.
Market application examples
In the market, many high-end handheld gimbals use coreless motors. For example, some professional-grade sports camera gimbals use coreless motors to achieve three-axis stabilization control, which can maintain the stability of the image during rapid movement. In addition, many drones also use coreless motors to control the gimbal to ensure clear and stable images taken during flight.
Future development trends
With the continuous advancement of technology, coreless motors will be more widely used in handheld gimbals. In the future, with the development of intelligent technology, handheld gimbals may integrate more intelligent control systems, such as artificial intelligence algorithms, to further improve stability and shooting effects. In addition, with the development of material science, the performance and cost of coreless motors will continue to be optimized, allowing them to be used in more consumer products.
Summary
The use of coreless motors in handheld gimbal fully demonstrates its advantages in stability, response speed, low noise and lightweight. With the continuous advancement of technology, coreless motors will continue to play an important role in handheld gimbals and other related equipment, providing users with a better shooting experience. Whether in professional photography or daily life, the application of coreless motors will promote the further development of imaging technology.
Writer :Sharon
Post time: Oct-09-2024