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Robotics & AI Harware Built for Every Learning Stage

From foundational coding and robotics to advanced AI experimentation, WhalesBot provides educational hardware designed for hands-on learning across different ages, abilities, and learning environments.

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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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OUR HARDWARE PORTFOLIO

Robotics & AI Hardware for Different Learning Needs

Explore educational hardware designed to support building, programming, robotics, AI literacy, and real-world experimentation.

Modular Robotics Kits

Build, program, and experiment with mechanical structures, sensors, engineering concepts, and intelligent robotic systems.

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All-in-One Robotics

Explore robotics and programming through integrated, ready-to-use systems that bring sensing, control, and coding together.

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Educational Drones

Explore flight programming, sensor-based control, and aerial robotics through hands-on experimentation.

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AI Foundations Devices

Introduce young learners to AI literacy, intelligent interaction, and responsible AI use through age-appropriate learning devices.

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Advanced Robotics & Physical AI

Experiment with AI perception, reasoning, intelligent interaction, and physical action through advanced robotics platforms.

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LEARNING PROGRESSION

Build Skills Through Hands-On Learning

WhalesBot hardware supports the development of practical STEM, robotics, and AI skills. Schools can combine different systems according to their students' learning objectives and experience.

01
Computational Thinking

Develop logic, sequencing, and problem-solving skills.

02
Building & Engineering

Explore mechanical structures, design, and hands-on construction.

03
Programming & Robotics

Apply coding to sensors, movement, and robotic control.

04
AI Exploration & Application

Investigate intelligent systems and apply AI through practical projects.

BEYOND HARDWARE

Hardware Is Just One Part of the Learning Experience

WhalesBot brings together educational hardware, programming and AI tools, curriculum delivered through OceanLevel, and real-world learning challenges through ENJOY AI.

HARDWARE

WhalesBot Robotics & AI Hardware

Educational robotics kits, programmable systems, drones, and AI devices for hands-on learning.

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Programming & AI Tools

Coding environments and AI tools that help students program, experiment, and develop projects.

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OceanLevel

A curriculum platform bringing together courses, teaching resources, classroom activities, projects, and learning pathways.

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ENJOY AI

Robotics competitions and real-world challenges where students apply their STEM and programming skills.

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LEARNING ENVIRONMENTS

Designed for Different Educational Environments

WhalesBot hardware supports a range of teaching formats, learning spaces, and educational programs.

Classroom Teaching

Support structured STEM, robotics, and AI lessons in school classrooms.

STEM & AI Labs

Equip dedicated learning spaces for hands-on experimentation and projects.

After-School Programs

Support flexible, project-based learning beyond regular class time.

Robotics Competitions

Prepare students to apply robotics and coding skills through practical challenges.

STEM & AI Centers

Support dedicated education centers delivering structured robotics and AI programs.

Find the Right Hardware for Your Education Program

Whether you're developing a classroom program, equipping a STEM lab, or planning a dedicated AI learning center, our team can help you explore suitable hardware options.

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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

Frequently Asked Questions About WhalesBot Hardware

Find answers about WhalesBot robotics and AI hardware, learning applications, and choosing the right systems for your education program.

What types of robotics and AI hardware does WhalesBot offer?

WhalesBot offers five main hardware categories: Modular Robotics Kits, All-in-One Robotics, Educational Drones, AI Foundations Devices, and Advanced Robotics & Physical AI. Each category supports different learning objectives, from building and coding to AI literacy, engineering, and intelligent systems.

What age groups are WhalesBot products designed for?

WhalesBot supports learners from early childhood through K–12 and beyond. Products vary by age, experience, and learning objectives. For example, Pubbo AI is designed for children ages 3–12, while other systems support more advanced robotics, programming, and AI applications.

How do I choose the right WhalesBot hardware for my school or STEM program?

Start with your students' ages, prior experience, learning objectives, and teaching environment. Modular kits emphasize building and engineering, all-in-one robots support integrated programming, drones introduce aerial robotics, and AI-focused devices and platforms support different forms of AI exploration. Schools can combine categories rather than follow a fixed product sequence.

What programming languages do WhalesBot products support?

Programming options vary by product. Depending on the system, students can explore screen-free activities, visual programming, Scratch-based coding, and Python. Check the individual product specifications for supported languages and programming environments.

Can students explore AI and machine learning using WhalesBot hardware?

Yes. Depending on the product, students can explore AI concepts, intelligent interaction, sensors, computer vision, and practical AI applications. Advanced platforms such as EliteMind support more sophisticated experimentation involving AI models and interaction with the physical world. Specific capabilities vary by system.

Can WhalesBot hardware be used in classrooms, STEM labs, and education centers?

Yes. WhalesBot hardware supports classroom instruction, dedicated STEM and AI labs, after-school programs, robotics competitions, and education centers. Schools and partners can select and combine products according to their teaching objectives, available space, and program requirements.

How does WhalesBot hardware connect with software, curriculum, and competitions?

Hardware is one component of the WhalesBot learning system. Programming and AI tools support hands-on experimentation, OceanLevel brings together curriculum and teaching resources, and ENJOY AI provides opportunities for students to apply their skills through robotics competitions and practical challenges. The tools and resources available depend on the product and program.