I

(Bot Name)
(Highlight text)
Year Of Creation	20XX-20XX
Versions
Current Version	1.0
Update Year	20XX-20XX
Wins/Losses	1/2
Information and Statistics
Weight Class	BeetleWeight
Weapon Class	(weapon type)
Combined Wins/Losses	1/2
Weapon Speed	(RPM)
("Temporary")	("Temporary")

(basic summary of robot)

Competitions

Motorama 2018

Results:

• Bracket Style:
  • Loss vs Mombot
    • The belt for the drum was too tight so it would not spin up to full speed. The drive worked but was not strong enough. It was pushed around by Mombot who had a much stronger drive.
  • Win vs Personal Injuri
    • A wire was pressed against one of our motors keeping it from spinning. Personal Injuri was also missing a motor and their weapon. Although the drum did spin during the fight, the belt rubbed against the motor guard causing it to snap.
  • Loss vs Nautiloid
    • We tried fusing a belt together using a soldering iron. While the belt remained intact, it wasn't smooth enough to spin easily. This kept the drum form spinning properly. We lost quickly and allowed Nautiloid to have a finishing blow while we were disabled.

Version

(Bot Name) V1.0

Created by: (Names of Builders/Group Members of aforementioned version of bot)

Drive Motors	(Drive Motor Name)
Drive Motor Controllers	(Drive Motor Controller Name)
Weapon Motor	(Weapon Motor Name)
Weapon Motor Controllers	(Weapon Motor Controller Name)
Receiver	Hobby King 2.4Ghz Receiver 6Ch V2
Remote Control	Hobby King 2.4Ghz 6Ch Tx and Rx V2
Battery	(Battery Name)
(OTHER:)

Problems

• Drum failed to spin up consistently because the belt was never stretched to the correct amount.
• Belt snapped after spinning due to rubbing against the motor guard.
• The wires and motor guard prevented drive motors from spinning at times.
• The drive was inconsistent.

Good aspects

• The drum and rest of the robot had a good weight.
• The frame was sturdy due to having a front wall puzzle fit into the side plates.
• The front wall prevented the electronics from hitting the drum.

Changes/Improvements

• Find a consistent belt length.
• Redo the electronics to make working in the robot easier.
• Find a more consistent drive motor.
• Optimize weight to re-attach the armor..

See also

• [(link to other bot made this year) (Name of other bot made this year)]

Notes:

It is unclear whether the robot's name is pronounced "AYE" or "EEE"

The name was originally meant to represent the Roman numeral 1. With successive generations this naming origin is expected to make less and less sense.

(Names of original builders)