submarine body for arduino rc submarine

thingiverse

An Arduino-based underwater robot requires a waterproof enclosure and a secure attachment system to withstand water pressure. A custom-made chassis can house electronic components, such as sensors, motors, and power sources. Communication between the onshore control station and the submerged robot necessitates a reliable wireless transmission method. Designing an Arduino-enabled remote control submarine demands consideration of its underwater performance and reliability in various environments. The robot's structure should allow for precise control and efficient maneuverability through the water, incorporating navigation systems like sonar or GPS for better tracking. Implementing fail-safe features will prevent system crashes, while utilizing sensors ensures obstacle detection. Power consumption needs to be optimized with efficient components, ultimately resulting in longer underwater operational times for this advanced robot.