FP1K3LD003MR2XO

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What is the FP1K3LD003MR2XO application field and working principle? This is the question many people have when they see this product name. In this article, we will explore the working principle and application field of this product.

The FP1K3LD003MR2XO is a flexible point cloud sensor. Its name stands for Flex Point One k 3 LD 003 MR2XO. It is a high-precision laser radar (LIDAR) that outputs 3D point clouds. This product is suitable for the application of robotic perception, autonomous mobile robots, 3D scene recognition, 3D detection, detection tasks in the context of parkour, artificial intelligence, autonomous driving, and other research fields.

The working principle of FP1K3LD003MR2XO is based on the active remote sensing method. It uses laser as the lighting source, and then records the distance of the object corresponding to the point cloud through the reflected light intensity. This product uses the TOF (Time-Of-Flight) laser ranging principle to calculate the distance from the reflection point to the object. It can scan the reflecting points on the object in real time and accurately measure the distance, and then synthetically generate point cloud data reflecting the shape of the object.

The application field of FP1K3LD003MR2XO mainly includes three aspects. First, it can detect and monitor static and dynamic objects accurately. The point cloud generated by the product can be used to accurately detect and recognize objects such as humans, animals, robots, signs and outdoor scenes, and can be used for navigation and detection tasks in indoor and outdoor environments. Second, it can solve the problem of 3D feature extraction and extraction in the perception field. For example, it can be used for environmental construction and indoor location. Third, it can help and support autonomous navigation tasks in high-precision and complex environments. This product can quickly build a 3D scene model of the environment to guide the safe movement of autonomous robots.

The FP1K3LD003MR2XO is a versatile product with wide applications. It can quickly, accurately, and efficiently capture 3D information, which is especially suitable for various tasks in the perception field. Its high-precision point cloud system not only helps robots sense the environment, but also helps robots make precise recognition to support autonomous navigation and task completion.

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