The 'Seawolf GoPro Submarine' is a robotic camera that can help you get a peek at what's lurking beneath the surface of the water. Developed by the design team 'TTRobotix,' this submersible action camera is perfect for documenting any underwater adventure.
To capture underwater images and videos, the Seawolf GoPro Submarine is equipped with a high-quality HD sports camera system. The camera is then directed via remote control, which allows users to operate the device from above the surface of the water. The action camera is powered by a robust pump-drive ballast system and cruses at a speed of about two miles per hour. Users are able to dive the robotic camera up to 33 feet for as long as 50 minuets at a time.
The robotic camera will be available as of August this year and is compatible with both the GoPro Hero3 and Hero4 camera models.
Autonomous Underwater Cameras
This Robotic Camera Helps Users Capture Life Under the Sea
Trend Themes
1. Underwater Robotics - This trend highlights the growing use of autonomous underwater robots to explore the depths of the ocean and capture unique footage.
2. Remote-controlled Cameras - This trend showcases the increasing popularity of remote-controlled cameras for documenting underwater adventures and capturing stunning visuals.
3. Underwater Adventure Technology - This trend focuses on the development of innovative technologies specifically designed to enhance the underwater adventure experience, such as the Seawolf GoPro Submarine.
Industry Implications
1. Marine Exploration - This industry could leverage autonomous underwater cameras to enhance research capabilities and uncover new discoveries in underwater environments.
2. Sports and Adventure Photography - This industry can benefit from the use of remote-controlled cameras to capture thrilling footage of underwater sports and adventure activities.
3. Consumer Electronics - This industry could tap into the demand for underwater adventure technology by producing and marketing innovative devices like the Seawolf GoPro Submarine.