Hiwonder Binocular Depth Camera Angstrong Nuwa-HP60C Camera ROS Robot 3D Vision Mapping & Navigation

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Description

Product Introduction The Nuwa-HP60C depth camera employs advanced binocular structured light 3D imaging technology to deliver highly accurate depth images within a range of 0.2 to 4 meters. This capability supports various applications, including depth information modeling, gesture control, action capture, and other AI functionalities. Equipped with a built-in high-performance depth computing chip, the camera enhances a robot's obstacle avoidance capabilities, enabling advanced sensing, navigation, and human-robot interaction without requiring additional computing resources. Furthermore, it serves as an excellent choice for expanding your 3D vision development projects! 73.8° Wide Field of View (FOV) The depth image has a horizontal FOV of 73.8°, fulfilling the robot's need for an extensive field of view. 0.2-4M Depth Image Employ structured light 3D imaging technology to capture the depth image within a range of 0.2 to 4 meters. Colored Image Output 1920x1080@fps color image output, making it suitable for a broader range of applications. Details Display Depth Camera Comparison [SDK] Enhanced Development Experience Language Support: Chinese & English Powerful Compatibility Support Raspberry Pi, NVIDIA JETSON series controllers, PCs, and industrial personal computers. Support ROS, Raspberry Pi, and JETSON robots. Application Scenario Parameters Essential parameter Model Nuwa-HP60C Product size 89.8mm ×19.0mm ×25.0mm Power dissipation ＜2W Joggle Type C USB 2.0 Operating distance 0.2~4m (within 2m) Working temperature -10~50℃ Storage temperature -30~80℃ Working humidity 0~90%RH power supply mode USB VBUS 4.75~5.25V Deep precision Plane accuracy ＜2mm@1000mm Filling rate(middle 81% area) ＞99.5%@1000mm Deep image Resolution / Frame Rate 640×480@20fps(Max) FOV H73.8°×V58.8°×D 86.4° Transfer image format RAW16 RGB picture Resolution / Frame Rate 1920×1080@20fps(Max) Recommended: 640360 @ 20 fps, 640480 @ 20 fps FOV H80.9°× V 51.7°×D88.9° Transfer image format RGB888 After d