Gallery

Here is the FLL robot we made with one of the many arms connected to it. The arm on the right spins and allows the star-shaped tower to rotate, while the arm on the left goes up and down, which enables it to push platforms down.

This is most of our team during the process of building our robot's chassis together.

This is the first iteration of the FTC robot we made. It had a battery and a control hub. While using this, we did not have the driver hub since it was out of stock, so the process of writing codes and understanding how to use an Android phone instead was a challenge that we overcame. 

In this version, we added a channel and got the expansion hub, servos, driver hub, camera, and encoder wires. We also rearranged the structure, so it was easier to move. We added a piece of tape to the front, so it would be easier and quicker to comprehend which way was front.

This is the bottom of our FLL robot, which has two large motors that power the wheels and two color sensors on the front that allow it to sense any colors in front of it before the robot goes over the color.

This is the FLL robot without any arms on it. The black tiles that encase the robot are kind of like an "armor" that makes the robot more stable, and easier to handle. An additional function of this armor is that it makes it easier to attach arms, as there are more areas where the arms can be attached.

This is the robot with an arm that allows it to perform the very first mission. The arm knocks the lever in the first mission down with just enough force to accomplish the mission precisely.