Fixing spring pickle grabber12/19/2023 ![]() Tools not found in the hardware kit can not be used to fabricate any parts of the robot. Teams can only fabricate their robot with the tools and material found in the hardware kit, including the shipping container it is in. The bounding box can be in any orientation. The instruction team will inspect each team’s Robot to make sure it is within the bounding box. ![]() Your Robot can exceed these dimensions after the start of the competition. Your Robot must fit within the bounding box, which is a rectangular prism of 5” x 5” x 8”, in order to participate in the competition. The winning team will advance into the bracket and will be one step closer to achieving the MAE 3 credit. In the competition, teams will use one of their team's robots (a robot may be switched out for another robot of the same team) to compete in a head-to-head match to see who will score more points. Ea ch prototype from a team will be identical, all of the same design, however each individual from a team will be responsible for having their own working robot prototype. The prototypes will be looked over during their lab section, and by this time the robot should be capable of scoring a minimum of 1 point and compete against the Tutor-built golem from week 9. That is, the RISK REDUCTION is a team exercise.Įach individual must produce a Final Prototype (due Week 10) based on their harvesting robot design. Although every individual can make a RISK REDUCTION prototype, only 1 (for the team) is required. Details on the deliverables from the Risk Reduction are available in Assignment 7. It is not expected to be a “full” prototype, but if the risk reduction prototype tests more of your concept, then the following weeks will likely be easier. Motivated by this, it should at least contain a mechanism that shows conversion of potential energy to kinetic energy. The Risk Reduction Prototype should be designed to test an important uncertainty in the concept development stage of your full-scale design. The Risk Reduction Prototype may make use of materials that aren't contest-legal, but the majority of the materials used must be from the contest-legal kit. Competition constraints and scoring may be found down below.Įach team must perform a risk reduction by testing a portion of a proposed design (due Week 8). Students will need to utilize the unique but limited MAE3 hardware kits and their creativity to fabricate an original robot that will score some or all of the points on the field. Although it is sufficient to merely deliver it to a site, the flag should ideally be upright to help boost morale. The first object is your Flag, found at the tip of the rocket, which will be used to claim your new colony. The objects should be delivered to any of the construction sites or the rover in order to assist with the mission. The rocket ship is loaded with three primary objects essential to the mission. ![]() ![]() Teams will be using Fusion 360 to design their moon colonization robot, or moon-bot, to gather construction objects from the landed rocket. Other teams trying their best to secure the landing area as well, so you must act fast and act swift!īreaking NEWS: The rocket will be landing on the moon on, so all teams must have their moon-bot ready by then to compete! Your team of engineers has been recruited by NASA to design the latest moon-bot for the upcoming Lunar Colonization! Your job as a team is to design, test, analyze, fabricate, and control the Robot to unload the supplies from the rocket ship. ![]()
0 Comments
Leave a Reply.AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |