One of the ballerina twins decided to create a new diorama for the Atomic Heart game and thought of making a moving diorama instead of just printing and painting it. She shares the process of creating a dynamic diorama based on the game's theme of card to entertain her viewers.

The author found a pre-made ballerina model from Atomic Heart and decided to modify it into a dynamic dance pose by adjusting the limbs and making it stand on one leg, despite some difficulties with the geometry.

The author describes the process of modeling a rotating base with a mechanism that will serve as a stand for a ballerina and will rotate together with her. The upper part of the base will be illuminated and will rotate with the help of gears, while the lower part will be fixed and will contain the electronics and the motor. The author emphasizes the importance of fitting the gears and the mechanism properly.

The author discusses the difficulties of pursuing creative work and the stress that comes with it, including the added pressure of potential YouTube censorship. They suggest seeking support from friends and family, but also recommend online therapy services like Ugolok Sponsora, which can help match individuals with a therapist based on their personal needs and preferences.

Using a promo code for an additional 25% discount on the first session, the author prints their 3D models on a photopolymer printer for high precision, including a ballerina figurine with many small details and gears.

The author describes the process of painting ballet figurine twins and stands, using metallic paint to add more detail, darkening the joints, and adding gold hair. The stands were painted with a beige-pink color and bronze shine, with the author attempting to create an antique effect. The top part of the stand was covered with a golden baton, and additional details were added using a 3D printer.

The author discusses the components needed to create a stepping motor that will rotate a circular base, including a driver, encoder, and LED lighting, all of which will be connected to an Arduino Nano controller powered by a USB Type-C connection.

The author shares a list of Arduino components and expresses their stress and fear of soldering wires, but ultimately shows their successful result.

The text discusses the need to write code for controlling a stepper motor and backlight using an Arduino board. The author mentions their ability to write the code but requests assistance and ultimately shares a video of their successful project.

The author demonstrates how to power an Arduino and a stepper motor using wires, and control the motor's speed and LED lights' brightness with an encoder that can switch between modes by either pressing or turning it.

The narrator explains the difficulty of fitting all the components into the case and attaching them with wires. They had to solder some parts inside the case, which made it challenging to test if everything would work properly. The narrator also mentions testing the speed and brightness of the model before finalizing the assembly.

The creator shows the final result of the Atomic Heart ballerina figurine on a movable stand, thanking the viewers for their support and encouraging them to leave a like or comment. She also mentions the possibility of sharing the video with others and reminds them of her Patreon page.