MATEK Optical Flow & Lidar Sensors 3901 L0X INAV Module Board For F4 7 Flight Controller Drones
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€ 52.32 |
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€ 52.32 |
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Description
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Easy to install and adjust: The product has a compact size and rich interfaces, making it convenient for users to install and adjust. It also supports common flight controlled software, making it convenient for users to adjust parameters according to their needs. 3901 L0X Traversing Machine Optical Flow Meter: This product is designed specifically for Fixed Wing optical flow meter, providing precise positioning and high stability. High precised optical flow meter: using high-precised sensors and algorithms, it can provide accurate position and information in complex environments, achieving stable flight control and hovering capabilities. Multifunctional sensors: In addition to the optical flow meter function, it also integrates lidar sensors to detect and avoid obstacles, providing safe and more flight protections. Lidar sensors: Equipped with lidar sensors, it can perceive the surrounding environment in real time and provide more accurate obstacle avoidance and collision avoidance functions.
Easy to install and adjust: The product has a compact size and rich interfaces, making it convenient for users to install and adjust. It also supports common flight controlled software, making it convenient for users to adjust parameters according to their needs. 3901 L0X Traversing Machine Optical Flow Meter: This product is designed specifically for Fixed Wing optical flow meter, providing precise positioning and high stability. High precised optical flow meter: using high-precised sensors and algorithms, it can provide accurate position and information in complex environments, achieving stable flight control and hovering capabilities. Multifunctional sensors: In addition to the optical flow meter function, it also integrates lidar sensors to detect and avoid obstacles, providing safe and more flight protections. Lidar sensors: Equipped with lidar sensors, it can perceive the surrounding environment in real time and provide more accurate obstacle avoidance and collision avoidance functions.