SUMO:
Robotics can include other electrifying competitions. The campers have designed robots that adhere to specific size a weight regulations. This particular game is based on the ancient art of “Sumo”. The kids carefully design robots that have superior leverage, maneuverability and power.
Robots face off opposite each other and wait for the indication for commence “robot warfare”. The robots fight for position and attempt to push their opponents outside the designated boundaries. The contestants develop a working knowledge of important principals of mechanical advantage. Mass, weight, momentum, force, linear and angular momentum are just a few concept the participants must consider when building and controlling their individual specialized contraptions.
Each team attempts to push the other team's robot or robots off the playing field. After the encounter, only one team remains. After a few adjustments, the combat-tested adversaries upgrade their robots and compete again.
SOCCER-BOTS:
Each robotic team lines their robot up on opposite sides of the “soccer field” and wait for the signal to begin. Teams command their robots via blue tooth connections and joy sticks. They try to score by directing the ball into the goal.
The youngsters manufacture innovative designs for their Soccer-Bots. They have been inspired by the World Cup Soccer.
Robotics can include other electrifying competitions. The campers have designed robots that adhere to specific size a weight regulations. This particular game is based on the ancient art of “Sumo”. The kids carefully design robots that have superior leverage, maneuverability and power.
Robots face off opposite each other and wait for the indication for commence “robot warfare”. The robots fight for position and attempt to push their opponents outside the designated boundaries. The contestants develop a working knowledge of important principals of mechanical advantage. Mass, weight, momentum, force, linear and angular momentum are just a few concept the participants must consider when building and controlling their individual specialized contraptions.
Each team attempts to push the other team's robot or robots off the playing field. After the encounter, only one team remains. After a few adjustments, the combat-tested adversaries upgrade their robots and compete again.
SOCCER-BOTS:
Each robotic team lines their robot up on opposite sides of the “soccer field” and wait for the signal to begin. Teams command their robots via blue tooth connections and joy sticks. They try to score by directing the ball into the goal.
The youngsters manufacture innovative designs for their Soccer-Bots. They have been inspired by the World Cup Soccer.
The competitors have many matches and learn to make modifications and alterations to improve the effectiveness of their machines. Every robot has features that provide mechanical advantage over every other robot. Competitors are quick to point out the ingenuity and resourcefulness required to build and operate each robot. They offer each other advice and congratulate their fellow campers at each and every event. The sportsmanship and cooperation is inspiring.
We are fortunate kids form strong friendships and have learned the meaning of fair play and good sportsmanship. If this were not the case, we might need security for our robotics curriculum.
We are fortunate kids form strong friendships and have learned the meaning of fair play and good sportsmanship. If this were not the case, we might need security for our robotics curriculum.
Robots Can Retrieve Beverages
The scientist created the robots for a variety of responsibilities. They can show you ways their code became created to make sure the beverage sporting robots brought you your drink. How did they code for the directions to deliver you your morning beverage. We have a number of beverages, the robots will provide. Have a snack, and fill out a questionnaire. If you are not interested in any of the camps this is ok. We’re glad you came here and saw the place. Contact us later in case you propose to register. Los Angeles, Hollywood, California Trevon Branch, Potomac Stem Camp, technology computers, engineering, robots, robotics
The scientist created the robots for a variety of responsibilities. They can show you ways their code became created to make sure the beverage sporting robots brought you your drink. How did they code for the directions to deliver you your morning beverage. We have a number of beverages, the robots will provide. Have a snack, and fill out a questionnaire. If you are not interested in any of the camps this is ok. We’re glad you came here and saw the place. Contact us later in case you propose to register. Los Angeles, Hollywood, California Trevon Branch, Potomac Stem Camp, technology computers, engineering, robots, robotics