Floor Design For Ev3 Mazes

Extras useful in a classroom.

Floor design for ev3 mazes.

In addition to the basics of robotics children learn key engineering principles such as force and motion gear ratios and aerodynamics. In the ev3 software. Robot educator basics stop at object. Solve a real world big problem such as pollution animal welfare dinosaur habitats apply.

Light down at the floor and the measure. In this tutorial you will learn how to set up a line maze on a carpet or floor the maze being suitable for a lego mindstorms ev3 or nxt robot. 1 0 1 0 1 or 1 1 0 1 1 or 1 0 0 1 1 and a few others. Using new knowledge acquired in the associated lesson students program lego mindstorms ev3 robots to go through a maze using movement blocks.

Tug of war mexican wave robot sumo two sensor line following setting up line and walled mazes avoiding an obstacle on a line robocup information etc. Should avoid areas with black floor. This is an ev3 sumo bot design by mr. They can be altered as necessary for the space available.

Basic driving and steering robot unified author. Create one maze for the student demonstration maze 1 and another for the lego taskbot challenge maze 2. Children use the lego wedo 2 0 and lego mindstorms ev3 to design robots to solve real world problems. The maze is created on the classroom floor with cardboard boxes as its walls.

It is shared here with his permission. For more information on this design as well as lots of resources and documentation on the sugo competitions visit the gears website devoted to sugo. It is a good idea to have students work on a big table or on the floor. The checkpoints are indicated with reflective floor so the robot can save its map if it uses a map to a non volatile medium and restore it in case of a restart optimising the robot s search.

Student pairs follow the steps of the engineering design process to brainstorm design and test programs to success. Set up before assigning the next task make sure that you have marked the path the robots must follow and that there is enough space to complete the task. It uses mindsensor s sumoeyes. Make maze 1 in a room corner by placing tape on the floor and making the path approximately 3 feet wide.

Particular combinations in a line maze. Figure 1 shows suggested shapes and dimensions for the two mazes. David wang page 21 of 22 step 36. They learn to code their robots in interactive challenges.