The Future of CAD is AI-Native

About AICAD-X

The world's first CAD system built for AI. You describe what you want \u2014 the AI engineers it, models it in its own 3D sandbox, checks it and exports it as CAD. Cloud-only, \u00a350/month.

The Problem with Traditional CAD

Traditional CAD tools were designed for human interaction, making them fundamentally incompatible with AI.

Feature Trees Break

Small changes cascade through history, causing rebuild failures that AI can't predict or fix.

Constraints Fail

Rigid constraint systems fail unpredictably, requiring human intuition to resolve conflicts.

Sketches Required

2D sketches require spatial reasoning that doesn't match how neural networks process information.

History-Based

Parametric history creates brittle dependencies that AI struggles to understand and modify.

Human-Centric UI

Interfaces designed for mouse and keyboard, not for programmatic AI interaction.

No Physics Integration

Physics analysis is separate from design, requiring manual iteration and validation.

The AICAD-X Solution

We rebuilt CAD around the AI doing the design work: an engineering brief, a build program, real mesh modelling, deterministic checks and CAD export — no human-operated CAD tools.

Engineering Brief First

Before any geometry, the AI writes an engineering brief: components, whether each is a solid, plate or hollow container, how it is made from the material you chose, and what joins what.

  • Construction follows the material (moulded shell vs panels)
  • Every part accounted for before building
  • Joins, motion and checks stated up front
  • Brief becomes a hard contract for the build

The AI's Own 3D Sandbox

The AI writes a compact build program that real Blender executes on our servers: solids, hollowing, fittings with mounting holes, AI-chosen fasteners, then fit, collision, mounting and motion checks.

  • Real mesh modelling, not guessed shapes
  • Hinges, screws, bolts, nuts and rivets as real parts
  • Moving parts simulated before you see them
  • Failed checks send the AI back to fix its own work

AI-Native Operations

A fixed vocabulary of design operations — create, hollow, seat, bridge, fasten, check — that the AI composes and we validate before anything is built.

  • Programs are data, never arbitrary code
  • Safe slips repaired automatically
  • Predictable, repeatable results
  • Per-part and assembly STEP at the end

Physics-First Design

Integrated stress analysis, mass properties, and manufacturability checks ensure designs work in the real world.

  • Real-time validation
  • Safety guarantees
  • Manufacturing rules
  • Cost estimation

Technology Stack

Built with cutting-edge AI models and proven engineering tools.

AI Design Sandbox

Blender
Real mesh modelling driven by the AI's build program
Fittings & Hardware
Hinges, brackets, AI-chosen screws, bolts, nuts, rivets
Deterministic Checks
Fit, collision, mounting, motion simulation
OpenCASCADE
Per-part and assembly STEP export

AI Roles (local models only)

Engineer
Your request → engineering brief (Qwen2.5-32B)
Author
Brief → sandbox build program (Qwen2.5-32B)
Vision
Reference images and sketches (Qwen2.5-VL-7B)
Research
Materials and manufacturing knowledge (Qwen2.5-7B)

Backend

Python 3.11
Core language
FastAPI
REST API framework
NumPy
Numerical computing
PyTorch
Deep learning

Frontend

Next.js 14
React framework
TypeScript
Type safety
Three.js
3D visualization
Tailwind CSS
Styling

Use Cases

AICAD-X enables AI to design complex mechanical systems across multiple domains.

Submersibles

Design pressure hulls, viewports, and buoyancy systems for deep-sea exploration.

  • Pressure analysis
  • Buoyancy calculation
  • Viewport design

Humanoid Robots

Create complex assemblies with hundreds of parts, joints, and actuators.

  • Joint design
  • Servo integration
  • Motion planning

Drones

Optimize frame structures, motor mounts, and aerodynamic surfaces.

  • Frame optimization
  • Weight reduction
  • Aerodynamics

Energy Systems

Design battery packs, fuel cells, and power distribution systems.

  • Thermal management
  • Safety validation
  • Efficiency optimization

Manufacturing

Create fixtures, jigs, and tooling with built-in manufacturability checks.

  • 3D printing rules
  • CNC validation
  • Assembly constraints

Custom Projects

Extensible domain pack system allows custom engineering domains.

  • Custom rules
  • Domain-specific solvers
  • Safety validation

Our Mission

To democratize mechanical engineering by enabling AI to design, analyze, and optimize complex systems that would take human engineers months to create.

Accelerate Innovation

Reduce design cycles from months to minutes, enabling rapid prototyping and iteration.

Empower AI

Give AI the tools it needs to understand and create mechanical systems autonomously.

Simple for Everyone

So easy anyone can use it. The built-in AI teaches you as you go — just ask it anything.

Ready to Experience the Future?

Sign up for £50/month + £10 UK VAT = £60/month gross and start designing with AI-native CAD. Everything included, with cloud hosting.

Try AICAD-XView Pricing