Description
Imagine a mesmerizing creature gliding through an artificial reef, its form both familiar and futuristic. This is the promise of a 3D-printed articulating electric ray. By carefully designing and printing individual segments joined by flexible connectors, we can create a robotic ray that mimics the natural undulation of its biological counterpart. This allows for realistic and efficient movement through water, opening doors to a range of applications from underwater exploration and environmental monitoring to engaging educational tools. The integration of small, strategically placed motors and sensors further enhances its capabilities, allowing it to navigate complex environments and collect valuable data.