Page 132 - Robot Design Handbook ROBOCON Malaysia 2019
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1 before reaching Gobi Urtuu. Gobi Urtuu is the starting point for MR2. After the MR1

               reaches Gobi Urtuu, the MR1 passes the Gerege to the MR2. Once the MR2 successfully
               receives the Gerege, it must walk across the Gobi Area. The MR2 must pass over the Sand

               Dune and Tussock to reach Mountain Urtuu. After the MR2 reaches Mountain Urtuu, the
               MR1 may enter the Throwing Zone to throw the Shagai as shown in Figure 2, and must earn

               50 points or more. Once the MR1 earns at least 50 points, the MR2 is allowed to climb the

               Mountain to reach the Uukhai Zone. Once the MR2 reaches the Uukhai Zone, it raises the
               Gerege and the match is complete. This is called Uukhai and the first team to achieve Uukhai

               is declared as the winner.




















                                         (a)                             (b)
                                      Figure 2: (a) The Gerege and (b) The Shagai


                       From  the  task  described  above,  the  main  problem  that  needs  to  be  solved  is  to

               develop  two robots  with  its  own capability to  carry out  the pre described-task. Among
               others, the first robot must be able to move swiftly along the route, carry and pass the Gerege

               and is able to lift and throw the Shagai. The second robot on the other hand must have the

               ability to move on four leg autonomously and pass through several obstructions. The robot
               must also have the capability to climb the Mountain .


                      In this project, the main objective is to build two robots to complete the pre-described
               tasks. These robots are controlled using an Arduino micro-controller and powered by Lipo

               batteries. The robot is mainly built using aluminium and some parts are designed and printed
               using  three  dimensional  (3D)  printers.  This  robot  also  utilized  a  pneumatic  system  for

               certain function such as the gripping mechanism. All of this must be done according to
               specification designated in the rules, especially in term of size and weight.






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