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Lunar-Exploration Project Secondary School Robot Kit – Education Version

Lunar-Exploration Project Secondary School Robot Kit – Education Version

R5,990.00

Challenge students to think like engineers and scientists with the Lunar-Exploration Project Secondary School Robot Kit. Designed for secondary school education, this advanced robotics kit uses a realistic lunar exploration theme to teach robotics, programming, and engineering concepts through hands-on, mission-based learning.

Students design, build, and program a robotic system to simulate lunar missions such as navigation, data collection, and task execution. The kit encourages analytical thinking, teamwork, and problem-solving while connecting classroom learning to real-world space exploration technologies.

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SKU: 190038 Categories: ,

Key Features:

  • Lunar Exploration Mission Theme: Learn STEM concepts through simulated space and moon exploration tasks.
  • Secondary-Level Learning Depth: More advanced assembly and programming compared to primary-level kits.
  • Hands-On Robotics & Coding: Develop skills in robotics control, programming logic, and system design.
  • STEM & Engineering Focus: Strengthens problem-solving, engineering thinking, and technical understanding.
  • Project-Based Learning: Encourages experimentation, iteration, and teamwork.
  • Classroom Ready: Ideal for secondary school STEM classes and robotics programs.

 

Ideal For:

  • Secondary school robotics and STEM education
  • Space science and engineering projects
  • Students with basic coding or robotics experience
  • Schools, educators, and STEM clubs

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Edutronics offers Weeemake robotics and coding solutions fully aligned with the CAPS curriculum, enabling schools to integrate practical STEM learning while meeting national education standards.

Hands-On, Project-Based Learning

Learners learn by doing through real-world robotics and coding projects, strengthening problem-solving, critical thinking & creativity.

Block-Based WeeeCoding

The WeeeCode platform uses visual, block-based programming to make coding accessible for beginners while supporting progression to more advanced concepts.

Educator Membership & Support

Educators receive structured training, resources & ongoing support to confidently deliver coding and robotics lessons & track learner progress.

Modular & Scalable Robotics Kits

Weeemake kits are flexible and expandable, allowing schools to grow from simple projects to advanced robotics & IoT applications over time.

21st-Century Skills Development

Through robotics, coding & problem-based learning, learners gain future-ready skills including innovation, collaboration, creativity & critical thinking.

Find answers to commonly asked questions about Edutronics

STILL HAVE QUESTIONS?

Yes. Weeemake is aligned with the South African CAPS Coding & Robotics curriculum and supports the development of computational thinking, problem-solving, logic, and algorithmic skills required in South African schools.

Our coding platforms, robotics kits, and learning pathways are designed to support Foundation Phase, Intermediate Phase, Senior Phase, and FET learning outcomes.

Edutronics provides a complete ecosystem for Coding & Robotics education, including:

  • Block-based coding using WeeeCode
  • Classroom-ready robotics and electronics kits
  • Curriculum-aligned e-learning courses
  • Educator training and ongoing support
  • Scalable solutions for different school environments

This allows schools to teach coding both theoretically and practically.

WeeeCode is Weeemake’s block-based coding platform.
It allows learners to code using drag-and-drop blocks, making it easy to understand coding logic without complex syntax.

WeeeCode is ideal for:

  • Beginner coders
  • School learners
  • Educators new to coding
  • Robotics and STEM projects

Absolutely. Weeemake is designed for educators and learners with little or no prior coding experience.
Our block-based coding approach introduces concepts gradually and builds confidence before learners progress to more advanced programming and robotics applications.

Yes. Weeemake is compatible with micro:bit, which is widely used in South African schools.

This compatibility allows schools to:

  • Integrate existing micro:bit resources
  • Extend learning using Weeemake hardware
  • Deliver CAPS-aligned coding and robotics projects

Weeemake offers a wide range of modular kits that support progressive learning, including:

  • Coding & Robotics starter kits
  • Robotics and automation kits
  • AI (Artificial Intelligence) kits
  • IoT (Internet of Things) kits
  • Engineering and design-based kits
  • Schools can start small and expand as learners progress.

Our courses are primarily delivered through e-learning, allowing educators and learners to learn at their own pace.

In addition, Edutronics South Africa provides:

  • Educator-led training sessions
  • Lecturer and facilitator support
  • Classroom implementation guidance
  • Ongoing technical and teaching support
      This ensures educators are supported beyond just online content.

Yes. Edutronics South Africa offers a dedicated educator support system, including:

  • Training courses for educators
  • Teaching resources and lesson guidance
  • Local technical support
  • Classroom implementation advice
  • Continuous professional development pathways

Educators are never left to figure things out on their own.

Educators can register a profile on the Edutronics South Africa website to gain access to:

  • Educator resources
  • Teaching guides
  • Curriculum-aligned materials
  • Support from the Edutronics South Africa team
  • Updates on new kits and courses

Yes. Learners can register on the Edutronics Student Hub and receive:

  • Free access to WeeeCode
  • STEM learning resources
  • Coding practice activities
  • Project-based learning content
  • This supports both school and home learning.

Yes. Weeemake is ideal for:

  • Schools
  • Homeschool learners
  • STEM clubs
  • Robotics teams
  • After-school programmes

Our kits and e-learning content are flexible and adaptable to different learning environments.

Yes. Weeemake is built as a scalable ecosystem.
Schools can start with basic coding and expand into robotics,
AI, IoT, and engineering as their learners’ skills grow.

Getting started is simple:

  • Contact Edutronics South Africa at: info@edutronics.co.za
  • Select suitable kits and courses
  • Register educators and learners
  • Begin coding and robotics learning with support

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