The WE Mars mechanical team is responsible for the design, testing, and assembly of all the components that make up our rover. From material selection and CAD to prototyping and manufacturing, we ensure that every part of the rover meets our standards. Our team focuses on creating innovative, reliable, and efficient designs to tackle any challenge our rover might face, whether it’s navigating rough terrain or performing delicate tasks with a robotic arm. Collaboration is key to our success, as we work closely with the electrical and software teams to integrate our mechanical systems. Currently, we are working on a new rover, aiming to surpass our previous rovers capabilities with our gained knowledge from past competitions.
On the WE Mars electrical team, we have the responsibility of creating all the hardware that will be on the rover. We pride ourselves on making everything from scratch, such as our own power distribution, Gyroscopes, GPS, Motor Controls and other electrical systems. Key skills learned on our team are PCB design with Altium Designer, embedded systems design, circuit protection, and communication. The electrical team provides power for the mechanical team's arm and motors, as well as the software team's equipment, This means communication is critical. This year, our big focus is on optimizing our power distribution system and creating an initial design of motor controls!
The WE Mars software team has the responsibility of getting the rovers motor controls, sensors, canBUS and communications working. We are currently focusing on getting our sensors, such as liDAR, Cameras, IMU, GPS, etc. completely operational via ROS2. Using our previous rover as a playground, on it we plan to test the functionality of our systems, this is to ensure that by the time our new rover is completed we can easily integrate our systems to it with minor changes. We are hoping to begin exciting projects like autonomous navigation and computer vision for our rover by the start of summer.
The WE Mars business team holds the responsibility of properly securing and managing all funds, handling purchases, and tracking financials of the club. We are currently trying to get our team some well deserved sponsors to help cut our costs, especially with us creating a brand new rover. We also manage creation of team apparel, and hold social events to help our team members bond!
The WE Mars science team is solely responsible in creating the devices to collect and anyalize dirt samples, this involves creating devices to hold the dirt and also procedures for testing the contents of it. We are currently trying to create a device that collects dirt and is also interchangable with the arm, this provides our team with a flexible yet effective design.
Here are some images of the 2023/2024 rover. With only 8 memebers and 4 months to redesign and build the, chassis, differential bar, and arm, our team stopped at no cost to get it done. CIRC proved to be a real test of teamwork and clever (last-minute) engineering challenges. Given our small budget, our team had to design and build everything from scratch, using the cheapest materials possible. This meant that we had to be creative with our designs, and we had to be resourceful with our materials.
In the 2024/2025 season, our team grew to 70 members, allowing us to work on more complicated designs at a faster pace. Our goal remains the same from last year; to design the smallest and lightest rover competing at CIRC. As of March we have completed 90% of our final design and are on track to complete manufacturing from may-aug.