2020 - Infinite Recharge

Infinite Recharge was the FRC game for the 2020 season, in partnership with Lucasfilm as part of its Star Wars: Force for Change initiative. The Infinite Recharge game involved two alliances of three teams each, with each team controlling a robot and performing specific tasks on a field to score points. The game centered around a futuristic city theme involving two alliances consisting of three teams each competing to perform various tasks, including shooting foam balls known as Power Cells into high and low goals to activate a Shield Generator, manipulating a Control Panel to activate this shield, and returning to the Shield Generator to park or climb at the end of the match. The objective was to energize and activate the shield before the match ends and asteroids strike FIRST City, a futuristic city modeled after Star Wars.

 

Our Robot

Name:

Team Captains: Aditi Pauls, Viren Uddanwadiker, Atticus Slosson

Record:

  • Glacier Peak: Semifinalists, Gracious Professionalism Award

  • Season suspended due to the COVID-19 crisis

  • Auburn: Chairman’s Award (Awarded despite the cancellation of the event)

  • More information on The Blue Alliance

 
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The 2020 drive team

The 2020 drive team

Robot Features

  • Rotational horizontal hopper system:

    • Custom-built Geneva mechanism to provide precise alignment

    • Pneumatic kicker that pushes power cells into launcher wheels

  • Launcher with pan, tilt, and speed control

    • Turret with 360° rotation and feedback control

    • Pneumatically controlled multi-position hood angle

    • Vision-based alignment and distance calculation

  • Climber arm mechanisms utilizing custom 4-bar linkages

    • Spinner extension/retraction arm

    • Hook delivery arm

  • Drivetrain: 6-wheel differential drive powered by 4 Falcon motors

  • Launcher with rotational turret and multi-position hood angle

  • Vision-based launcher alignment

  • Rotational hopper with 5 power cell serialization

  • Precise hopper indexing for launcher injection

  • Retractable over-bumper intake

  • Hook delivery arm and climber winch mechanisms

  • Control panel spinner wheel with retractable arm

  • Multiple autonomous modes

  • Total number of motors: 13

  • Total number of pneumatic actuators: 9

  • Sensors: camera, rotational encoders, magnetic and color sensors