The main components of a primitive 'Curiosity' would include a mobile platform with wheels or tracks, a robotic arm, a camera or sensors for collecting data, and a power source.
A primitive 'Curiosity' can be controlled remotely via a signal from a controller or computer, or it can be designed to move autonomously based on pre-programmed instructions or sensory feedback.
Some of the main challenges in designing a primitive 'Curiosity' include ensuring its structural integrity and durability in harsh environments, optimizing its power source for long-term use, and developing efficient and accurate control systems.
Data can be collected by sensors on the 'Curiosity' and transmitted back to scientists through a communication system, such as a radio or satellite link. The data may also be stored on the 'Curiosity' itself and retrieved later.
A primitive 'Curiosity' can be used to explore and gather data from remote or hazardous environments, providing valuable information for scientific research. It can also be used to test and develop new technologies and techniques for future space exploration missions.