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Robotics & AI Systems Built for Education

Our learning system is powered by a range of robotics and AI hardware designed for different stages and use cases. Each system is designed to fit into a structured learning pathway — combining hardware, software, and curriculum to support continuous progression.

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10 Programming Methods

WhalesBot has teamed up with education experts to develop a unique coding solution for children. This includes 10 programming methods tailored to suit various ages and abilities.

One of the concerns that parents and teachers have when it comes to teaching children how to code is the amount of time that they spend in front of screens. WhalesBot has taken this concern seriously and has worked to develop a solution that balances screen time with other activities.

By customizing our methods to each child's needs, we are helping to make learning to code accessible and fun for everyone.

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4 System Categories
K–12 and beyond Learning Stages
4+ Deployment Environments
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Complete Learning System

Part of a Complete Learning System

WhalesBot systems are designed to work as part of a structured learning pathway — integrating hardware, software, and curriculum to support continuous development from foundational coding to advanced AI applications.

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Hardware

Purpose-built systems for every learning stage

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Software

Programming environments and AI tools

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Curriculum

Structured content for classroom delivery

System Categories

Structured Systems for Every Stage

Each category is built around a specific stage of the learning journey — from first-time coders to advanced robotics and AI learners.

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Early Learners

AI Foundations

Introduce coding logic and AI concepts through interactive, beginner-friendly systems designed for early learners.

Featured System
Pubbo
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02
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Intermediate

All-in-One Robotics Systems

Integrated, build-free robotics systems that combine sensors, control, and programming in a single device.

Featured System
Rocky
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Applied Learning

Aerial Robotics

Programmable drone systems designed to teach flight control, sensor logic, and real-world robotics applications.

Featured System
Eagle Series
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Advanced

Advanced Robotics & AI

AI-powered robotics systems designed for advanced learning in interaction, automation, and real-world AI applications.

Featured System
Humanoid Robots
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Structured Progression

Designed for Structured Learning Progression

Each system aligns with different stages of learning, enabling schools and STEM programs to build a continuous pathway from early coding to advanced robotics and AI.

Explore Learning Pathway →
01
Early Learners
AI Foundations

Coding logic & AI concepts

02
Intermediate
Robotics Systems

Integrated robotics programming

03
Applied
Aerial Robotics

Flight control & sensor logic

04
Advanced
Advanced AI

Interaction & automation

Deployment

Built for Real Learning Environments

Flexible deployment across different learning environments and program types.

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Classroom Teaching

Structured lesson delivery within standard classroom settings.

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STEM Labs

Dedicated labs for hands-on robotics and AI projects.

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After-School Programs

Flexible project-based learning outside regular class time.

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Robotics & AI Competitions

Competition-ready systems for student teams and training programs.

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STEM & AI Centers

Dedicated training centers delivering structured robotics and AI programs at scale.

Real-World Impact

Used in Real Classrooms Worldwide

From K–12 classrooms to STEM labs, schools use WhalesBot systems to deliver structured robotics and AI programs.

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50+ Countries Reached
10K+ Schools & Programs
K–12 and beyond Full Coverage

Build Your Robotics & AI Program

Bring a structured, scalable robotics and AI system into your learning environment.

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Why are we better than others?

In case you are still wondering, we put up a comparison list for you to review.

WhalesBot

Other brand

Programming Method
Magnetic Blocks, Coding Cards, Coding Pad, Scratch, Python, C++, etc.
Mainly using apps on mobile phones and/or PCs for programming.
Product Design Intention
Our products aim to encourage and develop children's STEM abilities, enabling them to tackle diverse challenges in the intricate world they inhabit. While construction plays a role, it is just a minor aspect of our offerings.
The overall focus is too much on construction and products appearances.
Architecture
Unified architecture level, product interoperability, complete solution.
Different  series cannot communicate with each other, and there are no good transition products.
Hardware
Our building sets offer a smooth and hassle-free experience, with large and easy-to-handle particles perfect for young kids. We also provide cost-effective accessories to enhance your child's building experience.
Particles exhibit a high level of resistance to insertion and withdrawal, rendering them arduous to insert and remove, as well as being cost-intensive components.
Ease of Use
Fewer components to achieve the same function
Too many components, spending way too much time on building, not problem solving

Product FAQ

Choosing the right learning system.

A quick guide to how WhalesBot products fit into a broader STEM and AI learning pathway.

Are WhalesBot products just robotics kits?

No. Hardware is one part of a broader STEM and AI learning ecosystem. WhalesBot products work together with programming software, curriculum, projects and learning resources, while ENJOY AI gives students opportunities to apply what they learn through challenges and competition.

What STEM and AI education products does WhalesBot offer?

WhalesBot offers a progressive range of hands-on learning products covering robotics, coding, engineering, electronics and artificial intelligence. The portfolio spans early learning systems through advanced robotics, AI modules and Physical AI learning systems, supporting different ages, skill levels and learning objectives.

What age groups are WhalesBot products designed for?

WhalesBot products support learners from age 3 throughout K–12 education and into advanced learning stages up to age 22. Different systems are designed around learners’ developmental stages, progressing from early building and coding experiences to robotics, Python, AI, machine learning and advanced intelligent systems.

How do I choose the right WhalesBot product series?

Start with the learner’s age, experience and learning goals. Early-stage systems focus on hands-on building, logic and introductory coding; later systems introduce more advanced robotics, electronics and programming; AI-focused systems progress into computer vision, machine learning, model training and Physical AI. The product pathway is designed so learners can progress without starting over as their skills develop.

What programming languages do WhalesBot products support?

Programming options vary by product and learning stage. Across the WhalesBot ecosystem, learners can progress from screen-free and visual programming to Scratch and Python, with more advanced systems supporting AI development and application.

Can students learn and build AI with WhalesBot products?

Yes. Depending on the product and learning stage, students can work with sensors, computer vision, voice and image recognition, data collection and annotation, machine learning, AI model training and deployment, and intelligent systems that interact with the physical world.

Can WhalesBot products be used in schools and STEM programs?

Yes. WhalesBot systems are designed for structured educational use as well as hands-on exploration. They can be integrated with curriculum, projects, software and teaching resources for classrooms, STEM labs, learning centers, after-school programs, robotics and AI competitions, and other educational environments.

How do WhalesBot products connect with the wider learning ecosystem?

WhalesBot hardware is designed to work as part of a connected learning system combining hardware, software, curriculum and competition. As the ecosystem develops, WhalesBot Link further connects compatible hardware with AI capabilities, content and services to support more integrated STEM and AI learning experiences.