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DODGE® RAM 1500 Headlight
DODGE® RAM 1500 Headlight
A personal project involving the detailed 3D modeling and rendering of a Dodge® RAM 1500 headlight assembly with fully working light components. This self-initiated work showcases advanced modeling skills, lighting effects and photorealistic rendering, reflecting a passion for automotive design.
Duration
5 Months
Year
2023
Category
Design & Rendering
Research
Research
The project started with gathering extensive reference material, including images, dimensions and design cues from the original Dodge® RAM 1500 headlight. Study of light behavior and automotive lighting standards helped inform the functional and aesthetic aspects of the design.
The project started with gathering extensive reference material, including images, dimensions and design cues from the original Dodge® RAM 1500 headlight. Study of light behavior and automotive lighting standards helped inform the functional and aesthetic aspects of the design.
Research
The project started with gathering extensive reference material, including images, dimensions and design cues from the original Dodge® RAM 1500 headlight. Study of light behavior and automotive lighting standards helped inform the functional and aesthetic aspects of the design.
Design
Design
The headlight was modeled in high detail using 3D CAD software, incorporating all key components such as reflectors, lenses, and housing. Attention was paid to accurately recreating the form and ensuring the lighting elements behaved realistically within the assembly.
The headlight was modeled in high detail using 3D CAD software, incorporating all key components such as reflectors, lenses, and housing. Attention was paid to accurately recreating the form and ensuring the lighting elements behaved realistically within the assembly.
Design
The headlight was modeled in high detail using 3D CAD software, incorporating all key components such as reflectors, lenses, and housing. Attention was paid to accurately recreating the form and ensuring the lighting elements behaved realistically within the assembly.
Development
Development
Advanced rendering software was used to create photorealistic images, simulating working lights and material finishes such as chrome, glass and plastic. Iterative adjustments refined lighting effects and textures to enhance realism and visual impact.
Advanced rendering software was used to create photorealistic images, simulating working lights and material finishes such as chrome, glass and plastic. Iterative adjustments refined lighting effects and textures to enhance realism and visual impact.
Development
Advanced rendering software was used to create photorealistic images, simulating working lights and material finishes such as chrome, glass and plastic. Iterative adjustments refined lighting effects and textures to enhance realism and visual impact.
Concept
Concept
The project aimed to blend technical accuracy with artistic expression, showcasing the intricate details and light dynamics of the headlight. It highlights the potential of digital modeling and rendering as tools for automotive design exploration and visualization.
The project aimed to blend technical accuracy with artistic expression, showcasing the intricate details and light dynamics of the headlight. It highlights the potential of digital modeling and rendering as tools for automotive design exploration and visualization.
Concept
The project aimed to blend technical accuracy with artistic expression, showcasing the intricate details and light dynamics of the headlight. It highlights the potential of digital modeling and rendering as tools for automotive design exploration and visualization.
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©2024 MANDRO DESIGN
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