Hyperrealistic Cartoony Character 3d
Budget: $250 – $750 USD
Model Requirements:
• Modularity: Design the model in four 3D printable parts: the screen, the pumpkin body, the jet mechanism, and the jet units. Each part should be printed separately and assembled to achieve the final form.
• Screen Mechanism: The screen must open and close with a hinge joint above the pumpkin head. Include a mechanism or concealed wire for operation. = 1
• Pumpkin Body: Ensure the pumpkin body is hollow to accommodate internal mechanisms and electronics for movement control. = 2
• Jet Mechanism Articulation: The jet mechanism requires a full 360-degree rotation, attached firmly to the pumpkin body. = 3
• Jet Unit Movement: Design each jet unit for a 90-degree lateral motion facilitated by an internal screw system. Incorporate space for a motor or actuator to automate movement, hidden within the unit. = 4
• All moving parts should be controllable by electronics housed within the hollow pumpkin section.
• File Formats: Provide the model in STL and OBJ formats for broad software compatibility.
Texturing:
• Create surface textures to emulate a realistic sculpted appearance, as 3D printing will not capture the color details of the character.
Coloring:
• Offer painting guidelines for post-print coloring to replicate the character's image. Specify recommended paint types and application techniques.
Character Expression:
• The model should accurately reflect the character's expression. Include five interchangeable facial expressions to allow for varying displays of the character's mood.
• Modularity: Design the model in four 3D printable parts: the screen, the pumpkin body, the jet mechanism, and the jet units. Each part should be printed separately and assembled to achieve the final form.
• Screen Mechanism: The screen must open and close with a hinge joint above the pumpkin head. Include a mechanism or concealed wire for operation. = 1
• Pumpkin Body: Ensure the pumpkin body is hollow to accommodate internal mechanisms and electronics for movement control. = 2
• Jet Mechanism Articulation: The jet mechanism requires a full 360-degree rotation, attached firmly to the pumpkin body. = 3
• Jet Unit Movement: Design each jet unit for a 90-degree lateral motion facilitated by an internal screw system. Incorporate space for a motor or actuator to automate movement, hidden within the unit. = 4
• All moving parts should be controllable by electronics housed within the hollow pumpkin section.
• File Formats: Provide the model in STL and OBJ formats for broad software compatibility.
Texturing:
• Create surface textures to emulate a realistic sculpted appearance, as 3D printing will not capture the color details of the character.
Coloring:
• Offer painting guidelines for post-print coloring to replicate the character's image. Specify recommended paint types and application techniques.
Character Expression:
• The model should accurately reflect the character's expression. Include five interchangeable facial expressions to allow for varying displays of the character's mood.