Design Preview Report

Project Title: Arcane ChronoSphere – A Magical Timepiece

What I Am Going to Make

For my main project, I will create an interactive Arcane ChronoSphere, a mystical timepiece that visually represents time passing with dynamic movement and shifting light patterns. The ChronoSphere will use LED animations and rotational mechanics to symbolize different aesthetic themes, such as celestial time, elemental cycles, and historical timekeeping.

Inspirations and Existing Designs

My primary inspiration comes from a combination of steampunk aesthetics, astronomical instruments, and magical artifacts from films and video games. I drew particular influence from Doctor Strange’s Eye of Agamotto, the Antikythera Mechanism, and the orbs and time-turners seen in fantasy worlds.

Additionally, I researched kinetic sculptures and interactive installations, particularly work by Theo Jansen (Strandbeest kinetic art) and Anthony Howe (hypnotic metal sculptures). These references helped shape the interactive and artistic vision of the ChronoSphere.

My Vision for the Project

The Arcane ChronoSphere is designed to be an interactive aesthetic piece rather than a purely functional timepiece. The goal is to create an artifact that blends ancient, futuristic, and mystical aesthetics into a single form. The sphere will feature a rotating core, layered rings, and soft, ethereal lighting that shifts with time.

Specifications:

• Aesthetic: Mystical, celestial, and steampunk elements combined.
• Size: Roughly 8-12 inches in diameter for portability and impact.
• Core Functionality:
  • Rotating internal gears powered by a small motor.
  • LED-lit aura that changes color every hour.
  • Interactive touch controls to adjust settings.
• Materials: Acrylic, 3D printed material, maybe brass, and LED strips.

Initial Sketches and Design Plans

I developed multiple sketches and CAD mockups with chatGPT to refine the mechanics and aesthetics. My early concepts had a rigid structure, but I later shifted towards a more organic design with smoother transitions between moving parts. The final plan incorporates laser-cut acrylic and 3D-printed elements for precision.

How I Am Going to Make It

Timeline & Process

I created a timeline to track my design process and upcoming tasks. 

Planned Timeline:

1. March 5 – March 10: Finalize CAD model and material selection.
2. March 11 – March 15: Begin laser cutting and 3D printing components.
3. March 16 – March 20: Assemble core structure and test motor functionality.
4. March 21 – March 25: Install and program LED components.
5. March 26 – March 29: Troubleshoot, refine aesthetics, and finalize assembly.
6. March 30 – April 2: Document final product and prepare presentation.

Fabrication Steps:

1. Frame Construction: Using laser-cut acrylic and wooden rings.
2. Rotating Mechanism: Small geared motor for smooth movement.
3. LED Installation: Programmable RGB LEDs with diffusion panels.
4. Programming: Arduino-controlled logic for color transitions and movement.
5. Final Assembly: Ensuring balance, durability, and clean wiring.

Budget and Cost Breakdown

My goal is to keep the project under $15 while maximizing aesthetics and interactivity.