FREE SHIPPING
1-YEAR WARRANTY
30-DAY RETURNS
Build AI from the Ground Up
Collect data, train and deploy image or voice models, then watch Nous recognize its surroundings and respond through movement, sound, and on-screen feedback.
Turn AI into Real-World Action
Combine machine vision, sensors, servos, and modular construction with Blockly or Python to create autonomous vehicles, smart machines, and original AI projects.
Easy to Play
Create the AI Model
Start with image classification, voice recognition, or object recognition based on the project you want to build.
Gather Training Data
Use the camera, microphone, or built-in sensors to collect the examples the AI needs to learn.
Train and Deploy
Build the model in the Nous platform, test its accuracy, and deploy it directly to the Nous Hub.
Bring AI to Life
Use Blockly or Python to connect the trained model with movement, sound, servos, and sensors in a working AI project.
More Ways, More Fun
Collect data in MatataCode and train Nous to recognize images, objects, sounds, and voice commands.
Connect camera and sensor inputs with movement, sound, screen reactions, and servo actions.
Create self-driving projects with visual tracking, traffic signs, obstacle detection, and AprilTag navigation.
Combine servos, mechanical parts, and programmable modules to create smart machines that sense, decide, and act.
Growth Starts with Play
AI Literacy
Building, training, and deploying models helps understand how AI systems move from raw data to real-world decisions.
Data Reasoning
Collecting image, voice, and object data shows how the quality of training examples affects what a model can recognize.
Computational Thinking
Blockly and Python help break complex tasks into inputs, logic, actions, and repeatable processes.
Engineering Skills
Cameras, sensors, servos, and mechanical parts bring software and physical construction together in one working system.
Design Thinking
Open-ended projects encourage users to define a problem, build a prototype, test its performance, and improve the design.
Problem Solving
When recognition or movement does not work as expected, users can adjust the data, code, or structure and test a better solution.
One Learning Tool,
Two Worlds of Discovery
A Real AI Lab at Home
The camera, servos, mechanical parts, maps, and project tools bring complete AI and robotics experiments into one ready-to-build set.
From Code to Real Action
Children can train a model in MatataCode, then watch it recognize, navigate, respond, and control real hardware instead of staying only on screen.
Built for Years of Growth
Blockly offers an accessible starting point, while Python, machine learning, and expandable hardware continue to challenge children as their skills advance.
Complete AI Learning Path
Students experience the full process from data collection and model training to deployment, programming, and real-world application.
More Topics, One Platform
Machine vision, voice recognition, autonomous driving, IoT, robotics, and engineering projects can all be taught through the same system.
Ready for Structured Teaching
Twenty-four lessons, project materials, and modular hardware give teachers a clearer framework for running progressive AI and robotics activities.
Unlock More Features
Specifications
| Product Name | Nous AI Set | ||
|---|---|---|---|
| Recommended Age | Age 12+ | ||
| Power Source | Rechargeable battery | ||
| Supported Battery Types | 2 Lithium Polymer batteries | ||
| Product Dimensions | 12.01 x 10.04 x 3.15 inches | ||
| Educational Objective | Machine learning, Computational thinking, Design thinking, Engineering thinking, Digital literacy | ||
| Material Type | Metal, Plastic |
What's In the Box
Package Box
Nous Hub x1
Servo x2
Camera x1
Mechanical parts
USB-C cable x1
User guide x1
Self-driving map x1
Card x6
Traffic sign x6
AprilTag x6
Card holder x6
Find the Best Fit
| Compare |
Coding Set Pro
|
Tale-Bot Pro
|
VinciBot
|
Nous AI Set
|
|---|---|---|---|---|
| Recommended Age | Ages 5+ | Ages 3+ | Ages 8+ | Ages 12+ |
| Best For | Screen-free coding foundations | First coding and storytelling | Programming and STEAM progression | AI and advanced robotics |
| Screen Use | X | X | Computer or tablet-based | Device-based AI programming |
| Power Source | - | - | - | - |
| Expansion Options | Sensor & Animation add-on | Activity Box & TaleMap | Creator Kit, Inventor Kit, AI Vision Kit | X |
