What is a general characteristic of robotic water jetting?

Robotic water jetting systems are known for their versatility and efficiency in surface preparation and cleaning. A defining characteristic of these systems is their ability to attach to surfaces using various methods, including vacuum or magnetic systems. This feature allows the robot to stabilize itself securely while operating, thereby enhancing its effectiveness in environments that necessitate movement along vertical or overhead surfaces, as well as horizontal ones.

This ability to attach through vacuum or magnets also minimizes the need for manual operation, enabling the robotic system to function autonomously and reducing operator fatigue and safety risks. Such innovative attachment methods contribute to the overall effectiveness and adaptability of robotic water jetting technologies across different surfaces and applications, making it a valuable tool in surface preparation and maintenance tasks.

The other options do not accurately reflect general characteristics of robotic water jetting. For example, robotic systems are often designed to operate autonomously, so they do not necessarily require multiple operators. The technologies employed do not involve rotating brushes, as the primary method of cleaning is high-pressure water jets. Additionally, robotic water jetting is not restricted to horizontal surfaces and can work on vertical and overhead surfaces as well, depending on how they are designed and controlled.