Page 58 - Robot Design Handbook ROBOCON Malaysia 2019
P. 58

throwing mechanism when throwing the Shagai into the Landing Zone. The performance

               metrics for both the MR1 and the MR2 are tabulated in Table 1.

                                Table 1: Performance metrics of the MR1 and the MR2.

                         Metrics                        MR1                          MR2

                                      -1
                 Movement Speed (ms )                     2                           0.3
                 Total Travelling Time (s)              180                           180

                 Scored Points                       20+20 (40)                     30 (30)

                 Repeatability (%)                       70                            60


               4.0     CONCLUSION


                       The MR1 and the MR2 has been successfully build and tested. The MR1 with its
               three-wheel platform was able to manoeuvre in a narrow path easily and the success rate of

               the Shagai throwing was rather high. The MR2 was able to walk with its four-legged and
               the success rate of the block and rope crossing was acceptable.




               5.0     ACKNOWLEDGEMENTS

                       ROBOCON Malaysia is always the best platform to nurture the young talents in

               engineering field and we are grateful to be given the chance to take part in this competition.
               Thanks to the university for its endless encouragement and guidance, making it possible for

               the team to complete the project successfully. Last but not least, thanks to ifm electronic
               Pte. Ltd. for their generous help and support to the team.





               References
               [1]  Li, Y., Ahmed, A., Sameoto, D., Menon, C., 2012. Abigaille II: toward the development of a
                    spider-inspired climbing robot. Robotica, 30(1): 79-89.
               [2]  Ross, R., 2014. Investigation into soft-start techniques for driving servos, Mechatronics, 24(2):
                    79-86.














                                                          54
   53   54   55   56   57   58   59   60   61   62   63