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ROBOTC TIMER HOW TO

If the project is not successful, edit and try again.

Add the blocks necessary to navigate the VR Robot from the start to the finish of the Wall Maze.

Create a new project or load a project from previous Lessons in this Unit.

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Watch the solution video to see how the VR Robot should drive in order to complete the challenge.

In this challenge, create a project where the VR Robot navigates the Wall Maze Playground from start to finish using the Distance Sensor.įollow these steps to complete the challenge:

Used with both Boolean and Numeric Reporter blocks.

Can use a comparison block to make a more specific condition.

Detects if an object is present as well as how far away that object is.

Detect objects and surfaces far away, without the need to touch them.

Detects if the sensor is touching an object.

The Wall Maze Challenge can be solved using either sensor, but there are advantages to each. In this Unit, you will solve the same Wall Maze, but instead use the Distance Sensor.

In the previous Unit, you solved the Wall Maze using the Bumper Sensor. Apply blocks from the Drivetrain, Sensing, and Control categories in the correct sequence in order to successfully navigate the Wall Maze using the Distance Sensor.Now, you will combine all of these concepts to create a project to solve the Wall Maze Challenge from start to finish again, but this time with the Distance Sensor! Learning Outcome

In the previous Unit, you solved the Wall Maze Challenge using the Bumper Sensors.

ROBOTC TIMER HOW TO

In previous Lessons within this Unit, you have learned how to use the Distance Sensor to navigate to certain areas in the Wall Maze Playground.