Powerful Features for Robotics Design
React CAD combines cutting-edge AI with modern design tools to revolutionize how robotics engineers create and test digital twins.
Core Platform Features
Describe components in natural language or upload sketches to generate robot parts instantly. Our AI analyzes your requirements and creates accurate digital representations.
Easily define links, joints, visual geometry, collision geometry, and inertial properties. Upload existing CAD models or create parametric shapes with AI assistance.
Extend your models with richer physics properties, advanced sensors (cameras, IMUs, LiDARs), plugins, lights, materials, and model nesting.
Generate ROS 2 package structures, controller configurations, launch files, and TF2 static transforms with minimal effort.
Inspect your models with our WebGL-based 3D rendering system. Rotate, pan, zoom, toggle visibility of different aspects, and measure components.
Our AI automatically validates your models, identifying potential issues and suggesting optimizations for better performance.
Access and save reusable components to accelerate future projects. Build your personal library of robot parts and assemblies.
Export your completed models in URDF, SDF, or as complete ROS 2 packages ready for simulation and deployment.
AI-Driven Design Experience
Our integrated AI assistants transform how you create and optimize robot models, saving hours of manual work.
Natural Language Processing
Describe components and our AI will generate them. 'Create a cylindrical tube with 10cm diameter' is all you need to type.
Computer Vision
Upload sketches or images of components and watch as our AI transforms them into 3D models with proper properties.
Parameter Optimization
Our AI suggests optimal dimensions, joint types, and material properties based on your component's intended use.
Automated Inertial Calculation
Stop calculating inertial properties manually. Our AI estimates mass, center of mass, and inertia tensors based on geometry and materials.
Intelligent Suggestions
Receive contextual suggestions while designing, such as sensor placement, joint limit recommendations, or collision geometry optimization.
Structured Workflow
Start with the fundamental components of your robot:
- Define links and joints
- Set up visual geometry
- Configure collision meshes
- Establish inertial properties
AI assists with joint selection, property estimation, and URDF validation.
Enrich your model with advanced features:
- Add sensors and cameras
- Enhance physics properties
- Integrate lights and materials
- Configure plugins and nested models
AI recommends sensor configurations, generates complex collision geometries, and suggests plugins.
Prepare for deployment in ROS 2:
- Generate package structure
- Configure controllers
- Create launch files
- Set up TF2 transforms
AI suggests appropriate controller types, helps configure sensor topics, and generates basic launch files.
Ready to transform your robotics workflow?
Experience the future of robot digital twin creation with our interactive demo.