| Robots, such as humanoids robot perform like humans | | | | ensure that you have all you need in one place. |
| and can do things humans do. However, if you are | | | | 3. Follow the algorithm for a robot: |
| starting out making your first robot, do not think of the | | | | 4. Forward, both wheels need to move at the same |
| complicated, high technology and functional robot. | | | | speed. |
| Simple robot will need two wheels and the ability to | | | | 5. Backward, both wheels need to move at the same |
| move forward, move backward, move left and move | | | | speed as well. |
| right. This is the simplest robot you can do, enough to | | | | 6. To move left, left wheel moves reverse and the |
| help you learn the basics. Hopefully, through your | | | | right wheel moves forward |
| mistakes in your first robot, you can develop your | | | | 7. To move right, right wheel move reverse and the |
| second robot with more functionality. | | | | left wheel moves forward. |
| What you need in making a simple robot? | | | | Attach the wheel; 3" wheel is the best because it will |
| · Money - of course you will need money in | | | | move the robot faster. |
| making your own robot because you cannot create | | | | Attach the motor; the program will calculate gearing |
| your own parts by now. | | | | ratios, desired terrain, desired velocity and acceleration, |
| · Design plan - again, do not think of a highly | | | | voltage, power consumption and controllability. |
| complicated design, simple robot needs to be able to | | | | Attach the battery to the motor; NiMH is the |
| move forward, backward and side ways. | | | | recommended battery for your motor. |
| · Wheel, this will move the robot. | | | | Finally, the cool circuit thingy. Buy one that is already |
| · Motor, preferably battery operated motor | | | | assembled, do not experiment on this one, you may do |
| · Power, the choice of battery is important. | | | | it on your second robot. |
| · Cool circuit thingy. | | | | Test, test and test. |
| Steps in making a simple robot | | | | Making a robot is not easy; you therefore need a goal |
| | | | to finish the project. Joining robotics competition will |
| 1. Take the design and list the parts, tools and | | | | help you move forward in your goal. If you do not win, |
| equipment you need. | | | | no problem, redesign your robot and join again. It will |
| 2. Find a suitable place to make your robot, this will | | | | give you the motivation to finish your robot. |