Problem Statement Build a manually controlled robot capable of traversing over irregular terrains with deep gaps (crevasses) in between, by bridging them and saving victims stranded at the accident site. For more details on the event refer to our website. Required Material Material Quantity Wheels 4 10 rpm high torque mot... continue reading
Grid Mapping: The recursive backtracker algorithm we discussed in the previous article can be easily improvised and implemented for grid mapping. This can be understood by understanding that the algorithm is essentially a search algorithm designed to locate the destination point anywhere on a grid with obstacles and thus it will check every poi... continue reading
[issuu viewMode=singlePage width=420 height=544 embedBackground=%23000000 backgroundColor=%23222222 documentId=130103055940-f326316a481f42b3a5f9050c6c6ba0b2 name=mechanical_design_id-24 username=robotix tag=mech%20design unit=px v=2] Team Members: Johnson- Sahyadri College of Engg and Mngmnt Gautham- Sahyadri College of Engg and Mngmnt Nishanth... continue reading
Technology Robotix Society Annual Winter Workshop Winter Workshop- I Image Processing Project 1: MANEOUVRE To make a robot that can follow lanes and traverse in rooms with black walls and white floor following the curves and turns of the path created by the walls using an on-board camera. * Link to Project Documentation: [Maneouvre](https:... continue reading
[issuu viewMode=singlePage width=420 height=594 embedBackground=%23000000 backgroundColor=%23222222 documentId=121228195836-0e93a0b6f47a499199be1a0814dbdb17 name=mechanical_design_id-23 username=robotix tag=mech%20design unit=px v=2]Team Members: Ashutosh Baheti- IIT Kharagpur continue reading
Problem Statement Build a manually controlled robot which can descend down a rocky surface using ropes to save people (retrieve rings) and escort them to the safe zones(deposit poles). For more details on the event refer to our website. Before we start, here are a few videos which will help you understand the event in a better way. Video 1 ... continue reading
[issuu viewMode=singlePage width=420 height=544 embedBackground=%23000000 backgroundColor=%23222222 documentId=121226183537-ccb20030de314b3cb5737f22e4115aab name=mechanical_design_id-22 username=robotix tag=mech%20design unit=px v=2] Team Members: Harsheel Singh Soin- IIT Kharagpur continue reading
[issuu viewMode=singlePage width=420 height=594 embedBackground=%23000000 backgroundColor=%23222222 documentId=121226120342-032944646e404967a793c6cc53c66c90 name=mechanical_design_id-21 username=robotix tag=mech%20design unit=px v=2] Team Members: B S Sachin- BMS College, Bangalore Akshay G H- BMS College, Bangalore Kartik Nayak- BMS College... continue reading
[issuu viewMode=singlePage width=420 height=594 embedBackground=%23000000 backgroundColor=%23222222 documentId=121226115105-66581f0e82ba4b8e86e974a4ad8390a4 name=mechanical_design_id-20 username=robotix tag=mech%20design unit=px v=2] Team Members: Anindya Maitra- S.D.E.T., Kolkata Pinak Ranjan Saha- S.D.E.T., Kolkata Pranay Saha- S.D.E.T., K... continue reading
[issuu viewMode=singlePage width=420 height=544 embedBackground=%23000000 backgroundColor=%23222222 documentId=121226113911-682559c74c4c48958d0ba58660024138 name=mechanical_design_id-19 username=robotix tag=mech%20design unit=px v=2] Team Members: Anupam Das Debabrata Pal Saikat Das Rohit Bhattacharya continue reading