3D Model – Kart is a commissioned 3D modeling project created for the Mechanical Engineering Student Association of Universitas 17 Agustus. The brief involved designing a stylized kart vehicle, with specific reference to a motorcycle engine (Honda Karisma) as the core mechanical element. This project was developed using Blender and served as both a visual asset and symbolic representation of the department’s technical identity.
My Approach
My approach focused on translating mechanical reference materials into a clean and stylized 3D model that could resonate with the client's vision. I began by studying real-world imagery of the Karisma engine to understand its key forms, then adapted those details into a simplified yet recognizable low-poly model. Emphasis was placed on clear silhouette, proper scale, and mechanical plausibility without overcomplicating the design.
Vision and Innovation
The vision was to create a functional yet playful 3D kart model that combined technical roots with a creative flair—making it suitable for use in digital presentations, animations, or merchandise visuals. I introduced subtle stylizations and custom modeling techniques to blend realism and creativity, ensuring the model had both identity and versatility.
Identifying Unique Challenges
One of the primary challenges was modeling the motor-specific components in a way that honored the mechanical accuracy while maintaining a manageable level of complexity for the overall model. Additionally, integrating those components naturally into a cohesive kart body required careful planning and design adjustment.
Resolving Complex Problems
To overcome these challenges, I utilized modular modeling techniques and non-destructive workflows in Blender. I paid special attention to topology flow, edge sharpness, and real-world reference integration, ensuring that the engine and chassis components aligned visually and proportionally. The final asset was optimized for further usage, such as rendering or animation.
Client-Focused Process
Throughout the project, I maintained active communication with the student association team, sharing progress updates and implementing feedback to align the model with their expectations. Their input helped refine design details, particularly in how the engine was represented and integrated into the overall kart.
Meeting Industry Needs
Kart demonstrates my ability to merge technical modeling with creative problem-solving, catering to specific client requests while maintaining quality standards for 3D production. This project highlights my growing proficiency in mechanical modeling and strengthens my portfolio in commission-based 3D design for educational, promotional, or entertainment purposes.
