1.LEVEL ONE ROBOT (wired robot with 2 dpdt switch).
2.LEVEL TWO ROBOT (Wireless robot with button control).
3.LEVEL THREE ROBOT (Wireless autonomous/programmed robot).
4.LEVEL FOUR ROBOT(solar cell and panel 12v )
5.LEVEL FIVE ROBOT(robot war fight)
6.LEVEL SIX ROBOT (Mobile control robot) by Me
Step 1: Tools & Components
1.Power Supply.or 12v battery
2.DPDT switch operation.
3.DC Geared Motors
4.Basic motion of Robot
There are following tools are required for this project-
2.Hack saw/ blade
There are following components are required for this project-
Battery (12 volt , 4.5 Ah) - 1 nos.
DPDT Switch- 2nos. or 4 nos robot gripper
Ribbon wire strip- 3 meters+
DC Geared Motors 4nos 4x4 or 2 nos 4x2
Chassis(having holes for motor) - 1
Metal strip 12
Wheels 4 nos.
Castor wheel 1nos(4x2)
Soldering wire - as required
Step 2: Procedure & chassis robot
Before you start making your robot you need a paper plan. Measure length of the motor (excluding shaft), diameter of shaft of the motor, inner hole diameter of the motor. Draw a rough sketch of the base you need to cut keeping in mind the placement of motors and wheels.
Chassis is a mechanical assembly for making a 4 wheel drive platform.Where you can mount any controller board to drive your bot. This is just the mechanical chassis, Optionally as shown in the figure you can use 4 DC geared motors, 1 castor and 4 wheels with rubber rings so you can make both variants .
Step 3: Mechanical Assembly
Fit the caster wheel at position show in above diagram with 1.5-2 inches (approx.) screw. Fit the dc motor into the holes of chassis and couple the wheel by using screw or rubber tube.
Step 4: What is Caster Wheel
A Caster wheel is an undriven, single wheel that is designed to be mounted to the bottom of a larger object so as to enable that object to be easily moved. They are available in various sizes, and are commonly made of rubber, plastic, nylon, aluminum, or stainless steel, etc.
Step 5: DPDT switches using circuit
DPDT Switch Connections for wired control
The wire should solder on metal strip not on switches directly (as shown in fig 3). This precaution helps us if there is wrong connection occurs in circuit. So we can change the circuit by changing metal strip position (fig 4). The procedure is shown in figure below-
Step 6: Motor connections
4x4 and 4x2 ! outdoor or indoor !! !
Step 7: Power Supply &12 battery
The above circuit shows you how to connect the dpdt switchs to the motors and the 12V supply
and by pressing the switch you can check the direction of the robot and change it accordingly.
thus you are ready with your first LEVEL ONE WIRED ROBOT
you can solar panel 12v without battery !
Step 8: Using robot control
Movements Motor1 (left) Motor2(right)
For moving forward Clockwise Clockwise
For moving backward Anticlockwise Anticlockwise
For turning left Off Clockwise
For turning right Clockwise Off
The following switch positions will give you the respective movement.
L-DPDT switch R-DPDT switch Movement
TOP TOP Forward
BOTTOM BOTTOM Reverse
—nil—– TOP Left
TOP –nil– Right
TOP BOTTOM 360 right
BOTTOM TOP 360 left