"Our mission was to develop a lunar rover design that would be launched to the moon. The lunar rover had to be constructed to fulfill the requirements of the moon's surface. The moon's surface is rocky so we implemented bigger and wider wheels to be compatible with the surface. The addition of a claw and a bucket to the rover was one of the key features we thought was necessary for this mission. This was due to one of our primary objectives being to collect moon rocks and return them to Earth for examination and experimentation. The remaining components and features are shown in Section 2, where we displayed our design.The shovel and basket is a tool that can be found on our rover which has the sole purpose to pick up rocks or any types of material that is found on the moon. The material can then be put in the basket for scanning. The claw is also used for the same objective but can pick up larger rocks or objects. The basket has the ability to scan the samples it contains for recognizable substances or elements.The drill is another tool that can be found on our rover. It can be used to open large rocks to inspect materials within;moreover, the drill has the ability to dig through more solid rocks in areas where the shovel cannot. The camera has one of the most important functions on our rover because it makes high level visual observations. The camera can survey the terrain surrounding the rover and can assist the controllers of the rover to make movement decisions for the rover. The camera which can turn 360° can be controlled to turn and view the surroundings of the rover. The solar panels in our moon rover are the only source of energy for the rover and are its life support. Without the solar panels, the rover would not be able to complete the mission. Connected to the solar panels is a large rechargeable battery that is found on the internal area of the rover. This battery packs stores a high amount of energy for use on the dark side of the moon where solar energy is not accessible. Our rover consists of four large tires that elevate the rover above ground so no significant parts are damaged in the process of maneuvering on the Moon's rugged terrain. The tires have suspension which lets the rover stay stable during movement. The tires also have grip in order to prevent the rover from getting trapped in any steep craters. The main jobs of the air analysis monitor are measurements of UV radiation levels, atmospheric pressure, temperature, and humidity. This is important because moon dust, is not your typical shelf dust as it clings to everything and is ubiquitous as well as abrasive. Areas of the moon that are favourable for future landings can be determined by the rover. The satellite transmits all data to the team on Earth and is also able to receive commands from Earth. In order to efficiently convey data collected by the camera on the lunar rover. The satellite also allows live footage from the camera to be viewed from Earth. The satellite can be used to turn and control the cameras view in a 360S° manner."