KUBO Coding Starter Set: Screen-Free Coding for Young Learners in South African Schools

The KUBO Coding Starter Set is a practical, screen-free way to introduce coding, robotics and computational thinking to young learners. Designed for early coding education, KUBO helps learners understand programming concepts through physical movement, problem-solving and hands-on activities instead of relying only on a screen.

For South African schools building their coding and robotics offering, KUBO is a strong starting point because it makes abstract coding ideas feel simple and visual. Learners use physical TagTiles® to create routes, functions, subroutines and loops, then watch the KUBO robot follow their instructions in real time. Official KUBO product information describes the Starter Set as an ideal starting point for introducing computational thinking, routes, functions, subroutines and loops in logical steps.

This makes the KUBO Coding Starter Set especially useful for younger learners who are still developing confidence with reading, writing, sequencing and problem-solving. Instead of typing code, learners build instructions using puzzle-like tiles. That gives them a simple way to understand how code works before moving into more advanced digital programming later.

Why the KUBO Coding Starter Set Works for Early Coding Lessons

Coding can feel intimidating when it starts with a blank screen and complicated syntax. KUBO removes that pressure by turning coding into a physical, classroom-friendly activity.

Learners place TagTiles on a table or activity map to build a sequence. KUBO then reads the tiles and follows the instructions. This allows learners to see the connection between their plan and the robot’s action.

That is powerful because it teaches the logic behind coding before learners need to worry about typing commands correctly.

KUBO’s official learning material describes it as a hands-on coding robot for K-5, helping learners develop problem-solving, creativity and critical thinking skills through practical coding experiences.

For teachers, this also makes classroom management easier. KUBO can be used in pairs or small groups, encouraging learners to talk through their ideas, test solutions, identify mistakes and improve their code together.

What Is Included in the KUBO Coding Starter Set?

The KUBO Coding Starter Set includes the core tools needed to begin teaching coding in the classroom.

Each starter kit includes:

• 1 x KUBO robot
• 1 x activity map
• 1 x micro USB charging cable
• 46 x KUBO Coding TagTiles®
• KUBO Portal access

The 46 TagTiles include forward, left, right, function, loop and parameter tiles. Official KUBO product information lists 14 Go Forward tiles, 6 Go Left tiles, 6 Go Right tiles, 4 blue and 4 red Record and Play Function Tiles, 2 Loop tiles and Parameter Tiles numbered 1 to 10.

The activity map is 48 x 48 cm and can be used with KUBO’s Coding License assignments, while the KUBO robot itself can be used on a standard classroom table.

For schools needing more than one kit, the Classroom Set includes 4 x KUBO Starter Sets, making it a better option for group learning and rotational classroom activities.

KUBO Coding Starter Set for South African Coding and Robotics

South African schools are increasingly looking for practical tools that support coding and robotics learning from an early age. The Department of Basic Education includes Coding and Robotics under CAPS resources for the Foundation Phase, and Intermediate Phase Coding and Robotics is organised around strands such as Algorithms and Coding, Robotics Skills, Internet and E-communication, and Application Skills.

KUBO fits naturally into this type of learning because it helps learners practise:

• Sequencing
• Direction and movement
• Routes
• Logical thinking
• Algorithms
• Debugging
• Functions
• Loops
• Problem-solving
• Collaboration

For younger learners, the biggest benefit is that these concepts are not introduced as heavy theory. They are introduced through play, maps, movement and challenges.

A learner can build a route, run the robot, see whether it works and then adjust the tiles. That process teaches debugging in a very natural way.

Screen-Free Coding That Still Builds Real Coding Skills

One of KUBO’s biggest strengths is that it is screen-free.

This matters because younger learners often need tactile, hands-on experiences before they move into more abstract digital work. KUBO allows learners to physically build a program using TagTiles, making the learning process more visual and easier to understand.

KUBO’s official website describes the robot as using a unique TagTile system that allows students to “learn by doing,” with hands-on, digital and blended learning options available depending on the classroom environment.

In practice, this means teachers can use KUBO to introduce coding without needing every learner to have a tablet or laptop at the start of the lesson.

This can be useful for schools that want to build coding confidence gradually or use robotics in a more interactive classroom environment.

What Learners Can Do with KUBO

With the KUBO Coding Starter Set, learners can begin with simple movement tasks and gradually work toward more advanced logic.

They can:

• Create routes across the activity map
• Program KUBO to move forward, left or right
• Build sequences of instructions
• Record and play functions
• Use loops to repeat actions
• Solve map-based challenges
• Work in teams to test and improve their solutions
• Connect coding with maths, literacy, stories and problem-solving

This makes KUBO more than just a robot. It becomes a classroom tool for thinking, planning and communicating.

For example, a teacher could create a simple story-based activity where KUBO needs to travel from one location on the map to another. Learners must plan the route, choose the right tiles, test the solution and explain why their code works.

That single activity can support coding, communication, spatial awareness and problem-solving at the same time.

Teaching Functions, Subroutines and Loops in a Simple Way

Functions, subroutines and loops can be difficult concepts for young learners if they are explained only with technical language.

KUBO makes these concepts easier because learners can physically build them.

A function can be understood as a reusable set of instructions. A loop can be understood as something that repeats. A route can be understood as a planned set of steps.

Instead of memorising definitions, learners can see the concept happen.

This is especially helpful in primary school environments because learners often understand better when they can touch, move, build and test.

KUBO’s hands-on learning page states that the Starter Set lays the foundation for computational literacy by introducing functions, loops and subroutines, and that KUBO aims to make coding as easy as snapping puzzle pieces together.

KUBO Portal Access and Teacher Support

The KUBO Coding Starter Set includes access to the KUBO Portal, which gives educators resources to support classroom teaching.

KUBO Portal access includes:

• Standards-aligned curriculum for K-5
• Cross-curricular STEM activities
• Professional development resources

KUBO also provides self-guided videos, guides, webinars, whitepapers, onboarding support and a detailed curriculum to help educators get started. Official KUBO product information states that educators can access a certified standards-aligned curriculum, more than 40 cross-curricular activities, personalised onboarding, video tutorials and quick start guides.

This is important because many teachers are still building confidence with coding and robotics.

A product like KUBO helps reduce the pressure on teachers by giving them structured starting points, rather than expecting them to design every lesson from scratch.

Cross-Curricular STEM Learning with KUBO

KUBO is useful because it can support more than one subject area.

Although it is a coding robot, teachers can connect it to:

• Mathematics
• Literacy
• Storytelling
• Spatial awareness
• Problem-solving
• Design thinking
• Teamwork
• Early engineering concepts

For example, in a maths lesson, learners can count steps, estimate distance, compare routes or repeat patterns. In a literacy lesson, learners can use KUBO to move through a story map. In a STEM lesson, learners can design a challenge where KUBO needs to complete a task using the fewest possible instructions.

KUBO’s official website also notes that it can be integrated into maths and story lessons, based on educator feedback from schools using the robot.

This makes KUBO especially valuable for primary schools because it does not need to sit separately from the rest of the curriculum. It can become part of everyday learning.

Why KUBO Is Teacher-Friendly

A good classroom robotics tool should not only be exciting for learners. It also needs to be manageable for teachers.

KUBO is designed to be simple to introduce. Teachers do not need advanced coding experience before getting started. The KUBO hands-on learning page says educators do not need prior coding experience and can use the Portal resources to prepare lessons.

That matters because schools often want to introduce coding and robotics, but teachers may feel unsure about where to begin.

KUBO gives educators a clear entry point:

1. Start with routes and movement
2. Introduce sequences
3. Add functions
4. Introduce loops
5. Build challenges
6. Connect activities to maths, literacy and STEM

This progression helps learners build confidence step by step.

KUBO Classroom Set: Better for Group Learning

The single KUBO Coding Starter Set is a good starting point, but schools planning regular classroom use should consider the Classroom Set.

The Classroom Set includes 4 x KUBO Starter Sets, which makes it easier to run small-group activities.

This is useful because coding and robotics are most effective when learners are actively involved. If only one robot is available, many learners may spend too much time watching. With multiple robots, groups can build, test and improve their own solutions at the same time.

A classroom set can support:

• Group rotations
• Pair programming
• Coding stations
• STEM club activities
• Foundation Phase and Intermediate Phase lessons
• Small-group intervention or enrichment
• Teacher demonstrations followed by hands-on practice

For South African schools, this can be a practical way to introduce coding without needing a full computer lab setup for every lesson.

KUBO Pricing and Options

The KUBO Coding Starter Set is available through Amazeballs in the following options:

• Single KUBO Coding Starter Set: R6,200.00
• Classroom Set: R24,800.00
• Classroom Set includes: 4 x KUBO Starter Sets

This is a once-off product purchase, not a service or programme. Schools can request a quote and decide whether a single set or classroom set is the best fit for their learners.

For schools that are still exploring coding and robotics, a single set can work well for demonstrations, small-group lessons or pilot use.

For schools that want multiple learners working hands-on at the same time, the classroom set is the stronger option.

Who Is the KUBO Coding Starter Set Best For?

The KUBO Coding Starter Set is ideal for schools that want to introduce coding in a way that feels simple, practical and age-appropriate.

It is especially suitable for:

• Foundation Phase classrooms
• Junior primary coding lessons
• Early Intermediate Phase learners
• STEM introduction lessons
• Robotics clubs for younger learners
• Schools introducing coding for the first time
• Teachers who want a structured, beginner-friendly resource
• Classrooms where screen-free learning is preferred

KUBO is also a good fit for schools that want learners to understand coding logic before moving into text-based programming or more complex robotics platforms.

How KUBO Builds Computational Thinking

Computational thinking is not only about writing code. It is about learning how to solve problems logically.

KUBO supports computational thinking by helping learners practise:

• Breaking problems into smaller steps
• Planning a route before testing it
• Identifying mistakes
• Repeating patterns
• Creating reusable instructions
• Testing different solutions
• Improving their approach after feedback

KUBO’s official site describes coding as a way for children to problem-solve by writing, testing, running, finding errors and fixing them.

This process is exactly what makes coding valuable in school. Learners are not just memorising answers. They are learning how to think, test, improve and try again.

Why Schools Should Consider KUBO for Early STEM Learning

The KUBO Coding Starter Set gives schools a simple but meaningful way to introduce coding and robotics.

It is hands-on, screen-free, beginner-friendly and supported by structured teacher resources. It helps learners understand core coding concepts such as routes, sequences, functions, loops and debugging without overwhelming them with complex software.

For South African schools building a coding and robotics pathway, KUBO works well as an early foundation before learners move into more advanced robots and programming tools later.

It is practical, visual and easy to connect with everyday classroom learning.

Request a Quote or Book a KUBO Demo

The KUBO Coding Starter Set is a strong starting point for schools that want to make coding and robotics accessible for younger learners.

With physical TagTiles, a screen-free robot, classroom-ready activities and KUBO Portal resources, it gives teachers a practical way to introduce computational thinking through hands-on learning.

To request pricing, check availability or book a virtual demo, contact Amazeballs Coding & Robotics.