Prompt for Making 3D Gundam Figure as Per Reference Image: AI Prompt Code Included

Creating a 3D Gundam figure that mirrors the intricate design, color scheme, and dynamic pose shown in the reference image demands carefully crafted AI prompts. Whether you’re using AI tools like MidJourney, Stable Diffusion, DALL-E 3, or specialized 3D modeling AI platforms, developing the right prompt for making Gundam Figure 3D as per reference image is critical to achieving visual accuracy and technical usability. This comprehensive guide outlines essential prompt components, provides ready-to-use AI prompt code, and explains how to tailor these prompts to match every detail of the reference—from the mecha’s white-and-blue armor to the digital concept art on the monitor and the box art in the background.

Key Elements to Embed in Your 3D Gundam Figure Prompt

The reference image features a highly detailed Gundam model with white primary armor, blue accent panels, a large beam rifle, a shield with intricate markings, and a dynamic standing pose on a clear acrylic base. Additional elements include a computer monitor displaying a line-art 3D concept render of the same mecha, a black mechanical keyboard, and a Gundam box art poster in the background. A robust prompt must capture all these visual details, stylistic references, and technical specifications to ensure the AI output aligns perfectly with the original scene.

• Franchise and Mecha Style: Explicitly reference Gundam aesthetics, emphasizing realistic model kit detailing, panel lines, and industrial design elements typical of high-grade (HG), master grade (MG), or perfect grade (PG) kits.
• Visual and Structural Details: Define armor colors, weapon types, markings, pose, and materials—specify matte white armor with glossy blue accents, weathered panel lines, a detailed beam rifle, and a shield with engraved symbols.
• 3D Technical Specifications: Include render type, texture quality, lighting setup, and output purpose (e.g., 3D printing, digital concept art, or toy photography-style visualization).
• Scene and Context Elements: Replicate the surrounding environment, including the monitor with line-art concept art, black keyboard, Gundam box art poster, and clear display base on a dark desk surface.

AI Prompt Code for 3D Gundam Figure (Matching Reference Image)

Below are optimized prompt codes for leading AI tools, designed to generate visuals that closely match the reference image. Each code is structured to prioritize accuracy to the original scene while ensuring the 3D model or render is functional for your intended use—whether for design visualization, custom kit planning, or digital art projects.

MidJourney Prompt Code

Copy and paste this code directly into the MidJourney chat interface for consistent results:

/imagine 

Photorealistic 3D render of a custom Gundam model kit, white primary armor with glossy blue accent panels, deep panel lines with subtle weathering, dynamic standing pose with weight shifted to right leg, holding large beam rifle in right hand and shield with engraved symbols in left hand. 
 

Figure displayed on clear circular acrylic base on dark black desk surface. Background includes black computer monitor showing digital line-art 3D concept render of the same Gundam (white and blue line work on light gray background), black mechanical keyboard, and Gundam franchise box art poster with fiery battle scene to the right. 
 

Style: high-end model kit photography, studio lighting with soft directional shadows, sharp focus on armor details and panel lines, 8K resolution, realistic plastic and metal textures, depth of field emphasizing the Gundam figure. --ar 3:4 --v 6 --style raw --quality 2

Stable Diffusion Prompt Code

Input these prompts into the Stable Diffusion text fields (prompt and negative prompt sections) for precise control over the output:

Prompt: 

masterpiece, best quality, photorealistic, 3D model of Gundam mecha, reference image exact match, white armor with blue accents, detailed panel lines, weathered texture, beam rifle with orange barrel details, shield with engraved markings, clear acrylic display base, dark desk surface, black monitor showing line-art 3D concept render, black mechanical keyboard, Gundam box art poster in background, toy photography style, studio lighting, dynamic angle, realistic material textures (plastic, metal), 8K ultra-detailed, sharp focus, depth of field.
 

Negative Prompt: 

blurry, low quality, distorted proportions, missing armor parts, incorrect color scheme, cartoon style, flat colors, pixelated, watermark, text overlays, extra limbs, unrealistic materials, bright desk surface, wrong background elements.

DALL-E 3 Prompt Code

Use this text in the DALL-E 3 prompt box to generate a highly accurate visualization of the reference image:

Create a detailed photorealistic 3D render that exactly matches the provided reference image of a Gundam figure. Key features: white primary armor with glossy blue accents, deep panel lines with subtle weathering, dynamic standing pose, right hand holding a large beam rifle with orange barrel details, left hand holding a shield with engraved symbols, mounted on a clear circular acrylic base. The scene includes a dark black desk surface, a black computer monitor displaying a digital line-art 3D concept render of the same Gundam (white and blue line work on light gray background), a black mechanical keyboard in front of the monitor, and a Gundam franchise box art poster with a fiery battle scene to the right of the figure. Style as high-quality model kit photography with studio lighting, realistic plastic and metal textures, sharp focus on the Gundam’s details, and depth of field that highlights the figure while softly blurring the background elements. Output at maximum resolution suitable for 3D modeling reference or print-quality visuals.

Blender AI Add-On Prompt Code (For 3D Model Generation)

For users working with Blender’s AI-powered add-ons like BlenderGPT or Stable Diffusion Dream Textures, use this prompt to generate a usable 3D mesh base:

Generate 3D mesh of Gundam mecha, white and blue color scheme, humanoid robot structure with segmented armor plates, right arm configured for beam rifle attachment, left arm configured for shield attachment, articulated joints at shoulders, elbows, hips, and knees. Include UV mapping for texture application, panel line geometry, and mounting points for clear acrylic display base. Reference style from the provided image: realistic model kit design, proportional armor segments, and matching pose. Output as editable mesh with clean topology, optimized for subdivision surface modeling and 3D printing (hollow sections for weight reduction, minimal overhangs).

How to Adjust the Prompt for Specific Goals

The base prompts above are tailored to match the reference image exactly, but you can modify them to suit different project requirements:

• For 3D Printing: Add phrases like “hollow armor sections, 0.2mm layer height compatibility, support structures only on non-visible areas, wall thickness 2mm minimum” to the prompt.
• For Custom Color Variants: Replace “white and blue” with alternative color schemes (e.g., “black and red,” “gray and gold”) while retaining other design elements to match the reference pose and structure.
• For Close-Up Visualization: Include “extreme close-up on Gundam’s chest armor and head unit, macro photography style, focus on panel line details and weathering effects” to highlight specific areas.
• For Different Model Kit Scales: Add “1/100 MG scale, height 18cm, accurate proportion ratios based on Gundam franchise specifications” to define physical dimensions.
• For Animation Purposes: Include “rigged 3D model with articulated joints, bone structure optimized for motion capture, clean weight painting for smooth deformation” to prepare the model for animation workflows.

Translating AI Output to Functional 3D Model Files

Once you generate a matching visual or base mesh using the prompt for making Gundam Figure 3D as per reference image, follow these steps to convert the AI output into usable 3D files:

• For AI-generated renders: Use photogrammetry tools like Meshroom or RealityCapture to convert the 2D render into a 3D mesh, then clean up geometry in Blender or ZBrush.
• For AI-generated meshes: Import the file into Blender to refine topology, add missing details (e.g., panel lines, weapon components), and create assembly joints for modular parts.
• Reference the digital line-art render on the monitor in the original image to adjust armor proportions, joint placement, and overall structure for accuracy.
• Export the final model as STL (for 3D printing), OBJ (for texturing), or FBX (for animation) to match your project’s needs.

Crafting precise AI prompts is the foundation of replicating the reference image’s 3D Gundam figure design with accuracy. By combining detailed visual descriptions, technical specifications, and context-specific elements, you can bridge the gap between digital concept and physical or virtual model—whether for personal collection, custom kit building, or professional design projects. The key is balancing artistic fidelity to the Gundam franchise with technical functionality to ensure the final model meets your intended use.

Would you like help adapting these prompts for a specific 3D modeling software workflow, or creating additional variants based on other Gundam designs shown in the box art poster from the reference image?