The Shell Spinner is nearly identical to the Ring Spinner, except instead of a "ring" that is spun around, the entire robot is covered in a shell, which is spun. The ring is typically driven directly by the weapon motor, which has a casing of a high friction material such as rubber.Īdditionally, there is a variant of the Ring Spinner called the Shell Spinner. Generally, the ring is supported by "rollers", which have bearings to reduce friction and support the ring with a male-female interface. This weapon is a spinning ring with teeth that surround the entire frame. Ring Spinner - Smitti Designed and built by RoboJackets Members (2014-2015) By the end of this section, you'll have a clearer idea of what kind of robot is most interesting to you, as well as the associated design challenges of that robot type.
This section will quickly introduce these commonly found robot types, and explain their similarities, differences, pros, and cons. Within the 3lb weight class of combat robots there are five common robot types found. However, for a good generic set of rules that are common across most competitions you can look at the Northeast Robotics Club (NERC) rule set here. For information about competition rules, it is often different between competitions so please visit that competitions website or social media for specific rules. This guide primarily focuses on robot design, rather than information on the actual competition. While originally intended for members of the RoboJackets team, this guide contains information that is relevant to anyone trying to get into BattleBots! The purpose of this guide is to educate the reader on some key factors relating to the 3lb weight class of BattleBots, such as common robot types, the design process, and common materials/components. Welcome to the RoboJackets BattleBots 3lb Beginner's Guide! 4.4 Step 4: Adjust values according to gear ratio.
4.3 Step 3: Determine intermediary values.4.2 Step 2: Determine values regarding the weapon.
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