368B has a square chassis that drives holonomically. With 4-inch omni wheels and a four-motor drive that has a 1:1 gear ratio, the robot is able to move in various directions, including backwards and diagonally. The robot mainly utilizes a shovel-and-basket method for collecting and scoring balls. The basket is propelled by a rolling wheel able to raise and let down the basket like an adjustable ramp for scoring while the balls are gathered by a rubberband-aided shovel. It can collect at least six green balls and two orange balls, powered by a two-motor drive and a 1:3 gear ratio. The basket can hold at least three orange balls and 10 green balls. Team 368B's robot is also an effective defense robot. Both the shovel and basket are capable of blocking the rival teams from scoring their loads of balls. The shovel can also act as a goal scorer by knocking over balls from the middle field divider as well as from the elevated goal posts.

There were many problems. For the longest time, the drive did not go straight due to the unevenness of the wheels. One wheel always seemed to be 1/16 of an inch higher off the ground than the others. Either that, or they kept coming loose. Eventually, though, after countless tweaking, we got it to work. But then our original dumper was terrible. We used linear sliders to raise and lower the basket, so it moved VERY slowly, taking about two seconds just to elevate the basket entirely. Also, one linear slider would move up faster than the other one or get stuck, which was very irritating. Then the ramp would sometimes not be steep enough, so the balls would just stay awkwardly on it. Later on, we implemented the new wheel-on-a-stick design, which was much more effective and took only one second to fully lift the ramp. The motors that moved the shovel also had problems, sometimes being unable to raise it up at all. We fixed that by changing the clutches and gears and evening out the spacers and washers on both sides of the shovel.