Tight-rope Robotic Arm Model

Problems encountered and their solution

  1. Creation of same length hand

    creation of same length of upper arm, lower arm, palm, angle of bending between lower arm and shoulder
    Solution
    • cutting of same length of aluminum bar
    • bending of aluminum bar by same degree on both sides
  2. rotation of motor along with screw

    use of sliding tin in aluminum (prismatic joint) and use of hook like structure
    Solution
    • use of sliding tin attached to motor which restricts rotation of motor but enable it to move up and down
  3. lack of proper grasping on rope and falling of OMEGA TRAM
    Solution
    • use of small hook like structure in hand to increase the robots stability in rope

  4. use of pulley and strong rope
  5. breaking of rope
    Solution
    • use of pulley to increase torque by increasing value of sin theta
    • use of rope with ability to bear high tension

Welcome to Omega TRAM documentation

This is OMEGA TRAM (Tightrope Robotic Arm Model), a Omega scholars project done by Sujit Maharjan. With the help of his friends. All this documentation are in a GPL (GENERAL PUBLIC LICENCE) license, so you are pretty much free to do whatever you want with it.

About

This is the project we created to show in PULCHOWK ENGINEERING CAMPUS organized electromechanical intercollege competition. List of Team members of Omega TRAM

  • Sujit Maharjan (shubhajeet)
  • Shishir Aditya Gautam (ccr)
  • Season Maharjan
  • Binod Neupane
  • Rohan Baidya