CHASING F1 Pro: Smart Fishing Drone w/ 360° Underwater Camera (iOS/Android)

• CHASING F1 Pro: Smart Fishing Drone w/ 360° Rotatable Underwater Camera (iOS/Android)
• Rotates 360° for full underwater views
• HD camera with low-light visibility
• GPS-enabled with auto-return feature
• Long-lasting 6-hour battery life
• Streams live to social networks

The CHASING F1 Pro: Smart Fishing Drone w/ 360° Rotatable Underwater Camera (iOS/Android) revolutionizes the fishing experience by enabling the monitoring and detection of fish through a smartphone. The device features a rotatable underwater camera that provides a first-person view of the aquatic environment, offering a novel perspective for fishing enthusiasts. The camera's ability to tilt 27.5 degrees upwards and 75 degrees downwards, combined with a full 360-degree rotation, ensures a comprehensive view of the surroundings.

The drone is equipped with a high-definition camera that delivers clear imagery even in low-light conditions, thanks to its six floodlights and a range of up to two meters. The built-in Sony STARVIS sensor enhances the camera's capabilities, allowing for the capture of 1080P video and 2-megapixel photos. An automatic cable reel smoothly lowers or raises the camera to depths of up to 20 meters without tangling, facilitating real-time underwater observation.

Navigation and location marking are made effortless with the integrated GPS, which maintains the drone's position and allows for the marking of multiple fishing spots. The drone is designed by and for anglers, with the ability to live stream to social networks using a full HD starlight lens camera. The device is controlled via an application or a controller and includes a sonar mount and four-vector thrusters for multidirectional movement. The 4800mAh lithium battery supports extended use, with a battery life of up to six hours.

Please note that the CHASING F1 Pro should not be operated beyond the remote controller's signal range to prevent loss of control. The drone is programmed to automatically return to a preset point if it exceeds the signal range.