Final Development of Design
The final design is an interactive kinetic flower developed as a circular modular object. The structure combines a central mechanism with a set of 3D printed petals distributed around the base, creating a composition that relates digital fabrication with organic movement and visual expression.
1. Parts Overview
The design is organized around a circular base that contains the electronic and mechanical components. On the upper surface, multiple petals are arranged radially, generating a flower-like pattern. This layout was chosen to create a balanced visual composition and to reinforce the organic character of the project.
At the center of the system, a mechanical actuation mechanism controls the movement of the main petal or flower element. The objective of this mechanism is to allow the piece to open and close in response to interaction, connecting the physical form of the object with sensor-based behavior.
The project integrates several Fab Academy processes, including 2D and 3D design, additive fabrication, electronics, embedded programming, and system integration. The result is not only a decorative object, but an interactive system that responds to its environment through movement.
2. Overall Dimensions
The following section presents the general dimensions of the product, which define its overall scale and spatial configuration. These measurements were determined to ensure proper integration of the mechanical components, electronic system, and structural elements, while maintaining a compact and stable design.
3. Component Structure and Function
After defining the overall dimensions of the product, the system can be understood through its individual components. Each element was designed to fulfill a specific function within the structure, contributing to the integration of the mechanical, electronic, and aesthetic aspects of the project.
Hexagonal Support Structure
This image shows the petal support system based on a radial hexagonal pattern. The geometry was designed to distribute the anchoring points evenly and support a controlled movement of the whole structure.
Petal Design
This image shows the petal as an independent component, with defined dimensions for 3D printing and later heat-forming. This process allows the petals to obtain a more organic shape during the physical fabrication stage.
Base with Vertical Supports
This image shows the structural base with vertical elements that work as guides and fixing points for the petals, helping to ensure stability and repeatability during assembly.
Central Coupling Mechanism
This image shows the central component responsible for transmitting the servo movement to the mechanical system, integrating the coupling geometry needed to convert the actuator motion.
Gear Design
This image shows the gear designed for motion transmission within the system, with a geometry adapted to the central mechanism and the actuator coupling requirements.
Bottom Cover
This image shows the bottom cover of the system, designed to close the structure, support the assembly, and provide space for integrating the electronic components.
Download Files
The design files used in this assignment can be downloaded below.