The simulation illustrates real mechanisms but dimensional, depth and power specifications are educational estimates rather than validated engineering design data.
A remotely operated underwater vehicle, commonly shortened to ROV, is an underwater robot controlled from a surface station through a tether. Inspection ROVs can carry cameras and sensors into spaces where direct human access would be costly, hazardous or impractical. They inspect bridge foundations, submerged infrastructure, ship hulls, scientific installations and underwater equipment. Unlike a free-swimming autonomous underwater vehicle, a conventional ROV normally maintains a live physical connection to its operator for communication and, depending on its design, power.
NERITON R6 is an original, illustrative six-thruster inspection ROV created for the MySimulator.uk engineering laboratory. This interactive simulation exposes 133 individual 3D components across seven technical subsystems. It is not a mass-produced commercial product, a pressure-certified engineering drawing or a substitute for marine safety training. Its purpose is to make the organisation of an underwater robot comprehensible through exploration and real interaction.
Most engineering illustrations show the finished machine from the outside. An exploded-view model instead draws its parts away from their original positions, revealing which pieces protect, support, connect or drive other components. In NERITON R6, the user can continuously separate the assembly, inspect component metadata, hide or isolate a part, and then rebuild the machine using dependency-aware magnetic socket alignment. The same object also includes animated mechanical systems, so the relationship between geometry and function remains visible.
This is an educational, illustrative model of a fictional product: part names, masses, materials and operating figures are simplified and are not a manufacturer's drawing, a design basis or a safety/acceptance document.