TTS Bee-Bot® Marketplace Mat

Product Code: 708-IT10154

Navigate the Bee-Bot across a vibrant marketplace to enhance coding and geographical skills.

Interactive Learning: This mat transforms a typical classroom into a bustling marketplace, where children can guide Bee-Bot through various stalls to enhance their understanding of directions and spatial awareness.
Coding Skills Development: Designed to introduce early programming skills, this mat helps children create and debug simple programs, fostering computational thinking from a young age.
Geographical Learning: Children use the mat to apply basic geographical skills, learning to navigate using simple directions and locational language, which supports their spatial reasoning.
Engaging Design: The colourful and detailed design of the marketplace engages children, making learning playful and visually stimulating.
Supports Key Stage 1 Computing: Aligned with the Key Stage 1 curriculum, this resource aids in teaching how to create and debug simple programs, directly supporting computing education.

Navigate the Bee-Bot across a vibrant marketplace to enhance coding and geographical skills.

Introduce coding and geography in the classroom with this interactive mat. Activity tin and Bee-Bot Pushers sold separately.

Enhance your classroom with the TTS Bee-Bot marketplace mat, a dynamic tool that engages children in active learning. Children navigate Bee-Bot across the detailed marketplace to practice following directions, solve problems, and understand spatial relationships.

This mat supports computing by teaching children the basics of programming and debugging, while also integrating geographical learning with directional language, meeting Key Stage 1 geography objectives.
Designed for repeated use in a classroom environment, the mat engages young minds in complex thinking and problem-solving activities.

Computing, Key Stage 1

Create and debug simple programs.

Geography, Key Stage 1, Geographical Skills & Fieldwork

Use simple compass directions and locational and directional language, to describe the location of features and routes on a map.