ai brick model designer
Convert ideas and images into buildable brick models with parts lists, structural checks, and assembly guides.
$5
/moSubscription · cancel anytime
Secure checkout via Stripe
- Always the latest version
- Delivered live to your agent via MCP
- Cancel anytime, access ends at period end
Works with the AI tools you already use
Claude Code
Cursor
Codex CLI
GitHub Copilot
Gemini CLI+20 moreClaude CodeCursorCodex CLIGitHub CopilotGemini CLI
OpenClaw
Manus
Grok+17 agentsai brick model designer
Example session with this skill installed
Design a mini-scale yellow bulldozer. I need a parts list and step-by-step instructions for a desk toy about 10cm long.
- Read your context and instructions
- Compiled the ai brick model
I have designed a mini-scale yellow bulldozer approximately 10cm long (12-13 studs). The design focuses on a sturdy tread-base with a hinged front blade.
Mini Bulldozer Design Specification
Parts Inventory
| # | Part Type | Estimated Quantity | Color | Location | Purpose |
|---|---|---|---|---|---|
| 1 | 4x8 Plate | 1 | Black | Base | Main chassis foundation |
| 2 | 1x2 Radiator Grille | 4 | Black | Sides | Tread detailing |
| 3 | 2x4 Brick | 2 | Yellow | Center | Engine block and body |
| 4 | 2x2 Slope 45 | 1 | Yellow | Rear | Back engine housing |
| 5 | 1x2 Trans-Light Blue Plate | 2 | Blue | Cab | Front and side windows |
| 6 | Hinge Plate 1x2 | 2 | Black | Front | Blade attachment point |
| 7 | 2x6 Plate | 1 | Yellow | Front | Dozer blade |
| 8 | 1x2 Tile | 4 | Yellow | Top | Surface smoothing |
Building Instructions
Step 1 — Chassis
Place the 4x8 black plate on a flat surface. Attach the four 1x2 radiator grilles to the sides (two per side) to represent the tracks. Ensure they are flush with the edges.
Step 2 — Core Body
Snap the two 2x4 yellow bricks onto the center of the black plate, leaving a 1-stud gap at the front and back. This forms the main structural mass of the vehicle.
Step 3 — Cab & Rear
Place the 2x2 yellow slope on the rear-most studs of the body. In front of it, place the two 1x2 trans-light blue plates side-by-side to create the operator's cabin.
Step 4 — Blade Assembly
Attach the bottom half of the two hinge plates to the front edge of the black chassis. Snap the 2x6 yellow plate onto the top half of the hinges. Adjust the angle so the blade sits just above the ground.
Step 5 — Finishing
Apply the 1x2 yellow tiles to any exposed studs on the top of the cabin and rear slope to give the model a finished "SNOT" (Studs Not On Top) look.
Next steps
- Review the hinge connection for blade clearance.
- Scale up to 20cm by doubling plate dimensions if needed.
- Request a "Full Build" for a larger version with functional pistons.
Subscription · always the latest version
- Secure checkout via Stripe
- Cancel anytime
- Delivered live via MCP (optional)
What you get
About this skill
Designing custom brick models requires more than just aesthetics; it requires structural integrity and logical assembly. This skill converts concepts, images, or objects into buildable LEGO-style blueprints with verified connection points. It eliminates the guesswork of part counts and assembly sequences for hobbyists and designers alike.
What it does
- Architectural Planning translates ideas into stable, multi-layer brick structures with realistic proportions.
- Connection Validation checks for stud-to-stud alignment and identifies unsupported floating components or weak points.
- Inventory Estimation generates organized parts lists categorized by foundation, structure, and decoration.
- Instruction Authoring creates chronological, step-by-step building guides with orientation and alignment notes.
- Image Conversion analyzes reference photos to extract silhouettes and features for brick-based recreation.
How it works
- Define Subject by providing a text description, object name, or reference image.
- Specify Scale including dimensions, color schemes, and preferred building style.
- Execute Build Mode choosing between Quick Concept, Full Build, or specific Parts Lists.
- Review Blueprint to see the structural breakdown and conceptual stability verification.
Frameworks & tools
The skill uses geometric reasoning and brick-building logic compatible with standard building systems like LEGO, LDraw standards, and Studio 2.0 workflows.
Why this beats prompting it yourself
Standard LLMs often suggest "floating" bricks or physically impossible connections. This skill enforces strict connection logic, ensuring that upper sections have logical anchors to foundations and that assemblies use overlapping layers for actual stability.
Use cases
- Create custom brick versions of real-world vehicles or landmarks.
- Generate assembly instructions for corporate MOC (My Own Creation) kits.
- Estimate part counts and colors for large-scale architectural mockups.
- Prototyping play-scale furniture or character models from reference art.
Known limitations
Does not provide official part numbers or verify physical real-world gravity testing. Dimensions and piece counts are estimates.
How to install
Works the same in every agent - Claude, Cursor, Codex, Copilot and 20+ more.
- 1
Download the ZIP
Free skills download straight away. Paid skills unlock right after purchase.
- 2
Unzip into your skills folder
Every agent reads skills from one folder on your machine. Drop the unzipped folder in there.
- 3
Ask your agent to use it
Restart the agent if it was already running. It picks the skill up automatically - no config needed.
Skills folder by agent
Click the path to copy it. Create the folder if it does not exist yet.
Reviews
No reviews yet
Be one of the first to try it. Every listed skill passes our trust checks below.
Security scanned
Passed our 8-point scan before listing
Fresh listing
Recently published to Agensi
Free forever
No account required to browse
Trust & safety
Security scanned
Verified clean 9 days ago