Meet the Ocean’s New Guardian: The Innovative Robotic Sea Turtle!

If you’re embarking on the journey to create an underwater robot that is fast, agile, and adaptable, why not mimic what is already effective in the natural environment? This is precisely what China’s Beatbot has accomplished with its nature-inspired Amphibious RoboTurtle.

Introduced in prototype form last week at CES, this self-operating robot is intended for uses like ecological studies, environmental observation, and emergency response.

Consequently, it can be outfitted with equipment such as a water collection unit, GPS system, ultrasonic detectors, and AI-powered cameras. The latter purportedly enable it to sense and respond to alterations in its surroundings, and autonomously trail marine creatures.

Beatbot

Since the RoboTurtle propels itself by gently flapping its multi-jointed bionic limbs, its creators assert that it should cause less disturbance to wildlife compared to robotic devices that utilize loud propellers. Furthermore, it includes a buoyancy management system that enables it to ascend and descend within the water column and to remain afloat on the surface.

When it is buoyant, the robot can recharge its battery through solar panels positioned on its back, and it can also send stored data and acquire updated mission directives via satellite. The powered limbs of the RoboTurtle do enable it to emerge from the water and pull itself along shorelines, albeit likely at a leisurely pace.

Beatbot

While specific performance metrics have not been disclosed, a Beatbot representative informs us that the robot boasts swimming agility comparable to that of a genuine sea turtle, and it could potentially swim throughout the day if it intermittently takes solar charging breaks.

Moreover, the company (which is most recognized for its pool-cleaning robots) does intend to manufacture the Amphibious RoboTurtle for commercial sale. We have been informed that its dimensions and functionalities will be customized based on the requirements of each client.

That being said, it is likely not the sole robotic turtle in the ocean. Teams from ETH Zurich, the ARROWS initiative, and the National University of Singapore are also working on their own swimming turtlebots.

Source: Beatbot