The video introduces a flying robot developed for security and rescue applications. Weighing only 12 grams, it features ultrasonic motors, a microcontroller, a camera, and a gyro sensor for stabilization. Seiko Epson, known for its printers, applied its technology to enhance the robot's power output. The robot can be remotely controlled and is being developed to navigate autonomously using AI.

What is the weight of the flying robot?

• 12 grams

• 10 grams

• 20 grams

• 15 grams

What is the purpose of the gyro sensor in the flying robot?

• To increase speed

• To stabilize the robot

• To enhance battery life

• To improve camera resolution

How did Seiko Epson enhance the power output of the motors?

• By using larger motors

• By reducing the weight of the robot

• By increasing the number of propellers

• By applying their printer actuator technology

What is a significant challenge in developing the flying robot?

• Finding suitable materials

• Miniaturizing components while maintaining power

• Training the AI

• Designing the propellers

What future capability is being developed for the flying robot?

• Voice control

• Autonomous room navigation

• Solar charging

• Underwater navigation