The document outlines the design and construction of a combat robot for a competition. It includes an intended operation of pushing other robots off the battlefield, a PERT chart scheduling the design and build over 5 weeks, a bill of materials estimating $13 in costs, and criteria for success being able to move, push a 1lb robot, and be robust. It concludes that lack of friction on the competition surface made maneuverability difficult, but the robot remained functional.

1. Mummy
Hector Cruz
Quoc Tran
Ivan Kuang

2. Intended Operation
• Push other combat robots off the battlefield.
• Run efficiently for 5 minutes.

3. Sketch design

4. PERT Chart
Week 1
(May 6)
Week 2
(May 13)
Week 3
(May20)
Week 4
(May 27)
Before the
competition
day
June 1
. Have the
conceptual
sketch of
the robot
. Have the
final design
for the
robot
. Get the
parts
. Have the
BOM
. Get
together
and start
building the
robot
. Test the
robot if it
works
. Final check
and get the
battery
charged for
the
competition
.Have fun at
the
competition

5. Bill of Materials
• Polycarbonate: $4.00
• Screws: $1
• Wire: free
• Rechargeable Battery: free
• Motors: free
• AA batteries: $8.00
• Duct tape: free
• Aluminum cans: free

6. Procedure

10. Schematic
*Make sure red wire is plugged in at the center*
Motor
one
Motor
twoServo
One
Servo
Two
Receiver
Battery

11. Criteria for Success
• Be able to move
• Push one pound robot easily
• Be robust

13. Conclusion
• When we tested, it was running on the
cement ground.
• During the competition the lack of friction
from the wheels made maneuverability
difficult.
• Overall did not fall apart and still
functional(with working battery.)