Evo Robotics Functionality and Features

Evo is a small, technology-packed robot designed to help users create and interact through various sensors and programming capabilities. It features optical and color sensors for line following and color communication, LED lights for visual feedback, and a speaker for sound output. Users can program Evo using Ozobot Blockly, customizing its lights and sounds. The motherboard processes data and executes commands, while the Bluetooth antenna connects Evo to devices. Infrared proximity sensors allow Evo to detect nearby objects, enabling interactive programming such as stopping or speeding up based on proximity.

What is the primary function of the optical sensors located between Evo's wheels?

• To detect obstacles

• To communicate with other devices

• To follow lines drawn on surfaces

• To measure speed

How can you communicate commands to Evo using colors?

• By voice commands

• By using color codes

• By drawing lines

• By using a remote control

What can Evo's LED lights be programmed to do?

• Change colors based on commands

• Emit sound

• Increase speed

• Detect obstacles

Where is Evo's speaker located?

• On the bottom of Evo

• Between the front proximity sensors

• On the back of Evo

• Inside the battery compartment

What role does Evo's motherboard play?

• It stores color codes

• It powers the LED lights

• It connects to the internet

• It processes data and executes commands

What is the purpose of Evo's Bluetooth antenna?

• To detect colors

• To follow lines

• To connect to devices and receive programs

• To emit sound

What type of light do Evo's infrared proximity sensors emit?

• X-ray light

• Infrared light

• Ultraviolet light

• Visible light

How many proximity sensors does Evo have in total?

• Eight

• Two

• Four

• Six

What can Evo be programmed to do if it detects an object in front of it?

• Stop

• Play a sound

• Move faster

• Change color