Amatonimcal_Brick Creates the Unique LEGO Motorized Beating Heart
Amy Duong — May 1, 2024 — Art & Design
References: yankodesign
LEGO Builder Anatomical_Brick creates the Motorized Beating Heart that replicates the look and beating of an actual heart. The entire set is made from LEGO bricks and powdered by a set of batteries that can be replaced. At the root of the structure is a LEGO Technic frame that is backed bt two connected slider mechanisms and a scissor component.
This design allows for dynamic changes to both the height and width. The outer shell is made from connected sections that are held by rubber hands. All of these come together to create the illusion of a structure that contracts and expands like a heart.
Anatomical_Brick explains, “I initially wanted to make a heart for Brickvention due to my fascination in the organ and had never seen it done using LEGO pieces. When telling others about this project, the reoccurring feedback was that it should move. They were absolutely right! After many months of trial and error, I’m finally happy with the results and so were the people at Brickvention."
Image Credit: Anatomical_Brick
This design allows for dynamic changes to both the height and width. The outer shell is made from connected sections that are held by rubber hands. All of these come together to create the illusion of a structure that contracts and expands like a heart.
Anatomical_Brick explains, “I initially wanted to make a heart for Brickvention due to my fascination in the organ and had never seen it done using LEGO pieces. When telling others about this project, the reoccurring feedback was that it should move. They were absolutely right! After many months of trial and error, I’m finally happy with the results and so were the people at Brickvention."
Image Credit: Anatomical_Brick
Trend Themes
1. Motorized Anatomical Replicas - Innovative builds incorporating realistic movement to replicate human anatomy using LEGO bricks.
2. Dynamic Construction Techniques - Revolutionizing building methods by introducing adaptable structures that mimic natural movements like expansion and contraction.
3. Interactive Educational Models - Creating engaging and educational models that allow for hands-on learning experiences through interactive components and mechanisms.
Industry Implications
1. Toy Manufacturing - Integrating technology and intricate design in toy production for unique and engaging play experiences.
2. Education Technology - Blending creativity and science to develop innovative teaching aids that enhance learning and understanding of complex subjects.
3. Healthcare Simulation - Leveraging advanced materials and mechanisms to create lifelike medical models for training and education purposes in the healthcare industry.
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