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This robot will climb a rope to a height detected by ultrasound sensor and will release a parachute, then return to the ground where it will detect the ground and stop via touch sensor. Mouse Bot Robot type: A timid mouse bot that prefers the comfort of dark shadows and walls when things get noisy. Once things quiets down, mouse bot will venture out into the open to search for food. Swivel Eyes Robot type: Swivel Eyes is a robot that has two back wheels each connected to their own motor, two free spinning front wheels not connected to a motor, and a motor mounted on top that is connected to an ultrasonic sensor pointed toward the front.
The robots goal is to explore the environment and avoid the obstacles in its path while selecting the best path. It moves straight until it's too close to an object as determined by the ultrasonic on front. The bot lets out a honk at the object blocking the way. The robot also is able to navigate through simple mazes continuously; start to finish, back to start, etc. Random movements and paper ball throwing Name: Chad Broderson Robot type: It does sumo stuff Name: Uses a touch, sonar, and light sensor to navigate a maze the entirety of a maze.
Ever noticed while playing cards with a group of friends that no one really enjoys dealing? To solve this non-issue, I've created the dealerBot! The dealerBot will shuffle your cards for you, and at the press of a button or a lego touch sensor!
Jordan Francis Hamilton E-mail: Cheerleader Bot Robot type: Neat Dude is a cheerleader bot. He can win a pushing competition and then cheer for my victories in life.
The robot is going to go through a maze with the help of a sonar sensor. The robot is going to use the sonar sensor to follow the inside of the maze wall all the way to the end. This will be done by assigning a value to the sonar sensor that will be the how for the robot is from the wall, and the robot will move along the wall at that distance.
The robot will be moving parallel to the wall throughout the maze. The sonar sensor will be set to that distance, so if the sonar sensor reads a value that is greater than the threshold, the robot will turn to the right. If the value is less than the threshold, the robot will turn left. Jordan Sumo Bot Robot type: A pushing sumo bot with sonar sensing. This robot has a castor bot frame, with two arms sticking out from either side. It contains a light sensor for line reading and a sound sensor for music.
The robot's task is to travel down the 'field' with a football made from paper and knock 'opponents' cans that are put in it's way with it's arms. Move forward counting 5 lines, then reverse back to the home square where the arm will swing when the line count is at 0 and knock down a domino to start a chain reaction.
My robot has been programmed to solve a maze that is in our lab for our robotics class. My robot uses touch, sonar, and light sensors to run through a maze grid. It does this by hitting a wall then checking if it should turn left or right and continuing forward again until it reaches the end line. Sumo Bot, fights to the death Name: Creative Maze Runner Description: SbartaCreative runs through a maze with precision and speed!
This robot was designed to crawl. The goal was to emulate some form of motion without using traditional means, such as wheels. The robot walks forward. Once it comes up to an object, it stops and plays a song of failure.
Because implementing the legs was such a challenge, turning was not really feasible, as well as reverse not being feasible either. The software is relatively simple, it just a program to walk until there is an object in the way of the robot. The robot's song is similar to the song played when you die in an arcade game.
I am happy with the design and crawling capabilities of the final robot. I would improve it my adding the ability to turn and walk backwards, then add to the program so that the robot would turn when it saw an object, rather tan just stopping.
Shimmy Shimmy Ya Robot type: This robot will solve the maze setup in the lab using the sonar sensor and touch sensor. Mac Daddy Robot type: This bot is designed to conquer all other robots that step into the arena. A basic robot with an arm that extends to above his head. The arm has a touch sensor at the end. The robot searches for someone nearby, goes to them and raises the arm, and puts it back down after enough time, or the touch sensor being pressed.
The wall Robot type: Sumo bot with a wedge and front mounted tracks. Maze bot Robot type: International Festival of Sciences and Technologies France's big robot competition includes walking machines and Soccer.
Robot Clubs Find a club near you! Robot Components Where to find those hard-to-get components for your robot. Arrick Robotics PC-based automation products and robots. Android World Links to the world's largest android projects. Bug Bot Hexapod walking robot. Cricket the Robot Learn how to make your own robotic cricket. Entertainment Robots Rent a robot to be the life of the party!
Karl Williams Robotics and Electronics Devices page. Ken Boone's Robotic Home Page. The Robot Menu Cool collection of robot pictures!
Walking Robots With no sensors or motors!? BattleBots Forum Go here for tips on making your battling robot. Electronics Workbench An electronics breadboard and lab on your PC. Rope climbing lego nxt robot sumo This robot will climb a rope to a height detected by ultrasound sensor and will release a parachute, then return to the ground where it will detect the ground and stop via touch sensor. Monero camacho reforma mexico Bitcoin exchange rate aud history graph How to join crypto robot programs Ripple dogecoin card How to fork the blockchain Fabiana monero raul gil song Rsps bot maker program Forum ethereum cryptography Buy skype credit with bitcoin Ifc trade finance program issuing banks.