Engineering & Design: Led mechanical and electrical design, supported by in-depth 3D model analysis.

Systems Integration: Executed comprehensive software and hardware integration.

Fabrication & Procurement: Managed material sourcing, performed cost analysis, and completed hands-on fabrication.

Documentation: Authored detailed written documentation of all workflows and developed step-by-step construction guides.

Safety & Usability: Props must be uncompromisingly safe and intuitively easy to operate.

Design Efficiency: 3D models must be optimized to use the absolute minimum amount of printing material.

Hardware Standardization: Fasteners and internal hardware must be standardized across the entire prop ecosystem.

Quality Assurance: Rigorous testing is required for all builds to guarantee reliable operation and a flawless public release.

Market Accessibility: Designs must prioritize simplicity to maximize accessibility and ease of building within the broader cosplay community.

Aesthetic Fidelity: Every final product must authentically capture the spirit and visual language of the original property.

Documentation: All construction guides and processes must be exceptionally clear, user-friendly, and easy to follow.

Varying Complexity: Highly complex prop architectures frequently necessitate less intuitive assembly and operational methods.

Scalability & Standardization: Extreme variations in prop dimensions create significant challenges for establishing a standardized hardware ecosystem.

User Skill Gaps: Designing for the broader maker community requires accommodating a general lack of formal engineering knowledge among typical prop builders.