Building a Powerful DIY Mini RC Excavator with 3D Printing

✨The mini RC excavator is designed with DIY-friendliness in mind, allowing you to easily build your own and customize it according to your needs.

🔧3D printing is utilized to create the various parts of the excavator, enabling precise and complex designs.

🔋The excavator is powered by Phoenix 16340 batteries with a built-in micro USB charger, providing a convenient and reliable power source.

🕹️The controls of the excavator mimic real-life excavator controls, allowing for a realistic and immersive user experience.

🔍The excavator is capable of performing various tasks, such as stacking Jenga blocks, climbing on top of objects, and even demolishing small objects.

How long does the battery last?

—The excavator has a runtime of approximately 25 to 30 minutes. The batteries can be easily recharged via a micro USB charger.

Can I customize the excavator?

—Yes, the excavator is designed with DIY-friendliness in mind. You can easily customize and modify the design according to your preferences.

What materials are required to build the excavator?

—You will need access to a 3D printer for printing the parts, as well as the necessary electronic components, such as motors, circuit boards, and batteries.

Are the assembly instructions provided?

—Yes, a step-by-step guide is available, which covers ordering the circuit board, assembling the electronics, and coding the microcontroller. This guide can be accessed by becoming a member on the website.

What are the next projects in the series?

—The next project will be chosen based on audience feedback. Comment below to cast your vote for the next piece of equipment you would like to see, such as a dozer, forklift, or semi truck.

00:00Introduction to the project and its goal of building a DIY-friendly mini RC excavator using 3D printing.

08:19Demonstration of the excavator's capabilities, such as climbing on top of objects and picking up small items.

14:29Battery life test conducted, revealing an approximate runtime of 25 to 30 minutes.

15:55Information on accessing the step-by-step guide for building the excavator, which includes ordering the circuit board, assembling the electronics, and coding the microcontroller.

16:08Invitation for audience participation in choosing the next project in the series.