XRF StarPup

This rover is an exploration vehicle designed for scientific research in challenging environments. It is equipped with several key components:

1. Arty Z7: The rover is equipped with an Arty Z7, a versatile FPGA development board that handles various computational tasks. The Arty Z7 is responsible for processing sensor data, controlling the robotic arm, managing communication with the rover’s onboard systems, and executing complex algorithms for navigation and analysis. It also supports real-time processing and decision-making, making the rover highly autonomous and responsive to its environment.

2. Reflectance Sensors: These sensors measure the reflectance of surfaces, allowing the rover to analyze the material composition of the ground and objects it encounters. This helps in identifying different types of minerals or detecting specific surface properties.

3. Robotic Arm: The rover features a robotic arm capable of manipulating objects, collecting samples, and performing delicate tasks. The arm is highly maneuverable and can reach out to interact with objects that the rover encounters during its mission.

4. Raman Probe: The Raman probe is used for spectroscopic analysis, allowing the rover to determine the molecular and chemical composition of materials by analyzing how they scatter light. This tool is particularly useful for identifying minerals, organic compounds, and other substances.

5. SparkFun MicrMod Teensy Processor : Leverages the awesome computing power of the NXP iMXRT1062 chip and pairs it with the M. 2 MicroMod connector to allow you to plug it into your choice of compatible MicroMod Carrier Board.

6. Servo Motors: Servo motors are used in various parts of the rover, including the robotic arm and potentially in the steering mechanism. These motors provide precise control over the movement of different components, allowing the rover to perform complex tasks with accuracy.

7.  On-board Camera: The rover has a high-resolution camera that captures detailed images of the surrounding terrain. This camera is essential for navigation, mapping, and visual documentation of the environment.

8. SparkFun Motor Drivers: The rover is powered by SparkFun motor drivers, which control the movement of its wheels and robotic arm. These drivers are responsible for managing the speed, direction, and torque of the motors, ensuring precise control over the rover's movements.

This combination of hardware and sensors makes the rover a powerful tool for scientific exploration, capable of both remote observation and direct interaction with its surroundings.