Barco from spanish means boat.
The robot is made to look like a sail ship. The sails are made out of technic panels, attached in various ways to create the best look. Otherwise the robot uses two motors with tyres to move. At the back of the robot there is a Gyro sensor, which helps it maneuver.
Uylam is a robot that simulates a stormy environment for its ship. It is made using two piston-like mechanisms powered by a Large motor and offset by 90 degrees to create shaking similar to that of big waves. The ship itself is made out of a medium motor on a turntable and a gyro sensor attached to them. The purpose of this is to explore what is the best position of a ship compared to the waves, so that it sustains the least amount of shaking.
Gen comes from Gendema, a bulgarian late 80s rock band, popular with its song about pedalos.
The robot uses two EV3 Large motors to move, but instead of wheels it uses four-legged paddles, attached to the motors. This makes it look like a pedalo. Additionally it slides on the ground much like a real pedalo on the water.
Because of the strange mechanism of movement, the robot has a gyro sensor to help it keep a straight line.
The name comes from the worlds most expensive yacht, History Supreme, purchased for around 5 billion US dollars form an anonymous Malaysian buyer.
Robotics Supreme is a robot made to resemble a yacht. For that purpose it is made to look very long and its front comes to one point. It uses two large motors with tyres to move. On the front it also has a color sensor, placed so the robot can follow a line. On the back it has a Gyro sensor, so that it can turn correctly.
Value was inspired by the spy vehicle robot. This little robot was built to measure the volume of the room he's in.
This robot was made to count coins. The door slides, making the gyro sensor rotate, and by doing that, allowing the robot to measure the size of the coin that enters the safe. By changing the points where the gyro's beam connects, the sensor's thresholds change.
Remilo comes from esperanto and means paddle.
The robot resembles a boat, but moves on land. It uses two large motors with "paddles" attached to them to move. Because its movement capabilities are limited, it has a gyro sensor to correctly move forward.
This project is for Barco - LEGO Mindstorms EV3 sailboat robot. The project includes two programs.
The first program makes the robot go in a square shape, using the gyro sensor for better accuracy. The second program makes it go in a triangle, again, using the gyro sensor. These programs are a great way to learn how to use the gyro sensor.
This program is for Midas - a LEGO Mindstorms EV3 Clam robot. It makes the clam robot detect when it is being opened and then to close itself. It utilizes the rotation sensor as a way to know if it is being forced and to know when it should stop closing afterwards.
This project is for Piscis - a LEGO Mindstorms EV3 Fish robot. The project includes two programs for two different feeding spots for the fish. The first one is straight across the reef in which Piscis lives, and the second one is to the side, after a 90 degree turn. In those programs the fish robot has to wait a few times in order to be sure no sharks are around him. It detects feeding spots using a touch sensor. The interesting part is how it returns, without knowledge how far it has gone. The program uses motor rotation sensor in order to return to the reef in both cases.
This program is for Antares - a simple LEGO Mindstorms EV3 Scorpion robot. The program uses rotation sensor to detect if the scorpion has caught anything using its claws. We predict how many degrees the claw has to move to close fully and if it hasn't done that many, it has caught something.
This is the field used in FLLCasts Off-season Challenge 2019. The pdf should be downloaded and printed 1:1. It is best if it is printed on durable canvas such as vinyl. Although we do not recomend it, the field can be printed on regular paper.
Building instruction for the power switch mission model. The model is used in the Power supply mission of FLLCasts Off-season Challenge 2019.
Building instructions for the bowling pins mission models. The models are used in the Bowling mission of FLLCasts Off-season Challenge 2019.
Building instructions for the container mission models. The models are used in the Automated delivery mission of FLLCasts Off-season Challenge 2019.
Building instructions for the transportation stands mission models. The models are used in the Precise driving mission of FLLCasts Off-season Challenge 2019.
Building instructions for the truck mission model. The model is used in the Road assistance mission of FLLCasts Off-season Challenge 2019.
Building instructions for the barrier mission model. The model is used in the Parking Control mission of FLLCasts Off-season Challenge 2019.
Building instructions for the construction plates mission models. The models are used in the Road construction mission of FLLCasts Off-season Challenge with LEGO Mindstorms EV3.
Building instructions for the dispenser mission model. The models is used in the Logistics mission of FLLCasts Off-season Challenge 2019.
Building instructions for the speed bump mission model. The models is used in the Speed bump mission of FLLCasts Off-season Challenge 2019.