The main task of this video either listening and focusing on boosting new vocabulary or improving the knowledge of collocations.

What are the main components needed to build the Arduino-based RC hovercraft, and how are they assembled?

How does the design of the hovercraft utilize 3D modeling software and 3D printing technology?

Explain the working principle of the hovercraft's lift and propulsion system as described in the video.

What role does the Arduino board play in controlling the hovercraft, and how is it programmed to do so?

Discuss the process of connecting and configuring the electronic components, such as servo motors, brushless motors, and ESCs.

How is the wireless communication established between the RC transmitter and the hovercraft using the NRF24L01 transceiver module?

What safety considerations should be taken into account when working with high-speed rotating components like brushless motors?

Describe the method used for monitoring battery voltage and the significance of this feature in the hovercraft's operation.

Evaluate the effectiveness of the skirt design in creating and maintaining the hovercraft's cushion of air.

Discuss any modifications or improvements that could be made to the design or construction of the hovercraft based on the video's demonstration.

Reflect on the potential applications or future developments of DIY Arduino-based RC hovercraft technology in various fields or industries.

DIY Arduino Based RC Hovercraft

diy-arduino-based-rc-hovercraft

Let's do English ESL general vocabulary practice. The main task of this video either listening and focusing on boosting new vocabulary or improving the knowledg…