In this paper we present the design characteristics of the imaging systems of the Rashid rover, their calibration profiles, as well as discuss their mission goals and present possible operational scenarios. The thermal camera is fixed and is mounted at the back of the rover with its optical axis parallel to that of Cam-2. Complementing the optical imagers is a low-spatial resolution thermal camera (Cam-T) with an approximate field of view of 30 degrees. Its field of view spans an area of approximately 4x5 cm on the lunar surface with an average spatial resolution of about 25 microns per pixel. It will be able to acquire high resolution colour images of the lunar surface. A core team of 11 are behind the mission’s development and have been working on it since 2017. Cam-M is a microscopic imager mounted on the front of the rover. The four-wheel rover, weighing only 10 kilograms, has been built by engineers from the Mohammed bin Rashid Space Centre. Cam-2 is a stationary camera with an optical design identical to that of Cam-1 and is fixed to the rear of the rover. It has a wide field of view of approximately 120 degrees and is capable of rotating 360 degrees in all directions. The optical imaging system on the 10 kg rover is composed of 3 high-definition optical colour cameras (Cam-1, Cam-2, Cam-M) and a single thermal camera (Cam-T). The mission is currently scheduled for launch during Q4 of 2022. The Rashid rover is an ambitious robotic mission to the Moon led by the United Arab Emirates and developed at the Mohammed Bin Rashid Space Center in Dubai. Mohammed Al-Rashid of the Cairo Museum of Antiquities, and Ms. We present the imaging system configuration of the Rashid lunar rover mission. I'm Major Mark Eisner, he said, as he walked up to the land rover.