Our most advanced and automated robot to-date, Typhoon leverages its efficient design to rapidly score notes in the speaker and amp while maintaining excellent maneuverability. Typhoon features evolved controls, allowing our driver to focus more on strategy and less on details, from intelligent two-button teleop controls (the robot decides what action to perform on its own) to various teleop assists and automatons (intake assist, etc).
A development platform for next gen competition technologies and a learning platform for new mechanical strategies. Uses a combined elevator/wrist system to rapidly and precisely score cones and cubes in all levels of the grid autonomously, even during Teleop. Competed in the 2023 Madtown Throwdown Off-season competition.
Designed and built from the ground up in the two weeks between our CVR and MBR competitions, Cthulhu represents an evolution of the BreakerBots' 2023 design stratagem. Cthulhu features a more precise single jointed arm mounted low in the robot to more efficiently score both cones and (primarily) cubes in the hybrid and mid nodes of the scoring grid.
Uses a double jointed arm to score Cones and Cubes in all levels of the grid. The BreakerBot's first competition swerve drive robot.
Averages 9 cycles per match, scoring two cargo into the upper hub each cycle. The flywheel shooter has the ability to shoot to the upper hub or lower hub. With a consistent climb directly to the mid-rung in under 10 seconds.
Capable of shooting power cells across the field into the lower, upper, and inner ports with automatic vision targeting. Uses a flywheel shooter with an adjustable hood and turret for precision aiming. Also capable of climbing the generator switch when over five feet high in under 8 seconds, using a folding bar system.
Built for team outreach and to make our robotics team better known in our school and community. Uses a two scuba tank system to fire t-shirts into the crowd at various events, including school rallies and football games.
Capable of placing game pieces in the cargo ship and level one of the rocket. Uses a pneumatic system for handling hatches, a motorized arm and chute for cargo, and an additional pneumatic system for solo Hab-3 climb.
Uses a motorized intake and a single column cascading elevator to pick up, transport, and eject power cubes on the switch, scale, and vault. Also capable of climbing with a hook and winch.
Picks up, transports, and places gears using a passive funnel-style intake and pneumatic ejection. Uses a winch and rachet system to climb at the end of the match.
Uses a dual-motor intake system paired with a servo trigger control to collect, transport, and eject 10" foam balls into goals. For maneuverability, uses large, rubber tires and custom (wooden) hubs to be able to cross "defenses" easily.
Uses a winch and pulley system to pick up, stack, and transport totes across the field. Also uses wheels to provide omni-directional driving.
Competed in Aerial Assist. The BreakerBots' first robot!