RoboChallenge Robots

Stars*** beside the name of a robot indicate that the robot was a winner in a competition, first, second, or third place.

	Robot Name: Ax School: El Camino Junior High Challenge: Autonomous Sumo Mass: 680 g Description: It has a ramp to push robots out of the ring. It has an ultrasonic sensor and a light sensor. It will use the sensors to not fall and push things off.		Robot Name: Giant *** School: El Camino Junior High Challenge: Autonomous Sumo Mass: 893 g Description: It is a box with wheels and legos. It has different colors and shapes. It can see things. It also has a wall so it could push the enemy off. WINNER: CLASS CHAMPION, 2nd Place Schoolwide competition
	Robot Name: Super Luigi*** School: El Camino Junior High Challenge: Autonomous Sumo Mass: 725 g Description: Our robot has one light sensor, a ramp, and gears. Our strategy is to push the other robot off, even though we only have one light sensor. WINNER: 1st Place: School Champion		Robot Name: Vortex School: El Camino Junior High Challenge: Autonomous Sumo Mass: 752 g Description: Vortex was designed so that robots can't go under it. We put treads instead of tires. Also, we put a ramp under it so we could pick up a robot.
	Robot Name: Jupiter School: El Camino Junior High Challenge: Autonomous Sumo Mass: 686 g Description: Our design includes using the light sensor to back up when the sensor reaches th line, and the ultrasonic to follow the other robot. Our strategy is using the robot to wait 5 seconds and then detect the opponent.		Robot Name: Soldier *** School: El Camino Junior High Challenge: Autonomous Sumo Mass: 683 g Description: It is designed so it can be sturdy and hold up to other robots. It is an ultrasonic and light sensor robot. WINNER: CLASS 3rd Place
	Robot Name: Super Mario *** School: El Camino Junior High Challenge: Autonomous Sumo Mass: 640 g Description: The design consists of two servo motors connected to an 8:40 gear ratio. It also consists of a light sensor and an ultrasonic sensor. WINNER: CLASS 2nd Place		Robot Name: GCDE School: El Camino Junior High Challenge: Autonomous Sumo Mass: 632 g Description: It basically uses two ultrasonic sensors like Torque (Mr. Laurie's robot), and is kind of like Maximus' robot. We hope it would try to find where the other robot is and push it out.
	Robot Name: I-Robot School: El Camino Junior High Challenge: Autonomous Sumo Mass: 615 g Description: The claws will pick the other robot up and push it out of of the ring. The robot has tank tracks, four hooks, an ultrasonic sensor, and a light. It will push the opponent out of the ring. When it sees the white line it will turn away.		Robot Name: Shorty School: El Camino Junior High Challenge: Autonomous Sumo Mass: 712 g Description: Our robot rotates until it finds an object with its ultrasonic sensor. Then, it speeds up and pushes the robot unlimitedly.
	Robot Name: Awesome 0-4000 *** School: El Camino Junior High Challenge: Autonomous Sumo Mass: 646 g Description: Our robot is tall with small walls of LEGO's on each side and 4 wheels. WINNER: CLASS 2nd Place, 3rd Place Schoowide competition		Robot Name: Rambo *** School: El Camino Junior High Challenge: Autonomous Sumo Mass: 729 g Description: Has a small wall that will push any robot out of its way and tank treads, and a small light sensor behind the wall. It's going to back up when it sees the white line and moves to the other robot. WINNER: CLASS CHAMPION
	Robot Name: X-tremely Sad School: El Camino Junior High Challenge: Autonomous Sumo Mass: 563 g Description: It is supposed to push the other robot outside the line and once it reaches the white line it must stop and return back.		Robot Name: Berzerker *** School: El Camino Junior High Challenge: Autonomous Sumo Mass: 569 g Description: It supposed to see the white line and back up. Then it will try to detect the other sumo and take it out of the ring. WINNER: CLASS 3rd Place
	Robot Name: Jama School: El Camino Junior High Challenge: Autonomous Sumo Mass: 658 g Description: Jama uses ultrasonic sensors to find the other robot and a small wall to push underneath other robots.		Robot Name: Chicken Noodles School: El Camino Junior High Challenge: Tug O' War Mass: 997 g Description: Our robot is square. It was made to pull fast and powerful. It is supposed to go backwards so it can pull. It pulls from 14 to 16 Newtons.
	Robot Name: Laffy *** School: El Camino Junior High Challenge: Tug O' War Mass: 998 g Description: Our robot has 3 motors and 6 wheels. It pulls the string with speed and little strength. WINNER: CLASS CHAMPION		Robot Name: Long Shot *** School: El Camino Junior High Challenge: Tug O' War Mass: 999 g Description: Our robot has gears, so it has more power, but less speed. It also has a pulley, so while it's moving, it is also rolling up the string. WINNER: CLASS 2nd Place
	Robot Name: Mini-Dominator School: El Camino Junior High Challenge: Tug O' War Mass: 563 g Description: Strategy: Make it look weak, then in the competition, it's going to be the strongest. (but it wasn't)		Robot Name: Slayer School: El Camino Junior High Challenge: Tug O' War Mass: 1,000 g Description: We decided to use tread tires, 8- toothed gears, and we used three motors. Our strategy is that our robot will be fast to try to pull the opponent much quicker.
	Robot Name: The Robot *** School: El Camino Junior High Challenge: Tug O' War Mass: 645 g Description: It is small and kind of slow, but strong. It pulls back. WINNER: Class 3rd Place		Robot Name: Waffles School: El Camino Junior High Challenge: Tug O' War Mass: 804 g Description: It was built for being small and fast, so it can rely on speed to pull.
	Robot Name: Warrior School: El Camino Junior High Challenge: Tug O' War Mass: 999 g Description: Our robot is small but strong. We placed a small pencil pouch to apply weight to our robot		Robot Name: School: El Camino Junior High Challenge: Tug O' War Mass: Description: