$TTS Robot Sensor Fronts hi\-res$

$TTS Robot Sensor Fronts hi\-res$

TTS Robot Sensor Fronts

Product Code: 708-IT10132

Transform your robot sensor into a dynamic learning tool with this versatile pack of sensor fronts.

Magnetic Attachment: These magnetically attachable sensor fronts seamlessly adhere to robot sensors, enhancing interactive learning and hands-on experiences in programming lessons.
Variety Pack: The pack features an engaging variety of ten different themes, including a bakery and a police station, offering expansive opportunities for role-play in robot-directed activities.
Enhanced Programming: These sensor fronts revolutionise coding lessons by turning theoretical programming into tangible, scenario-based activities that foster analytical thinking and creativity.
Interactive Learning: Designed to be used with educational robots, these sensor fronts offer a means to practically apply coding skills.
Supports Computing: These sensor fronts support the curriculum's aim to create and debug simple programs in Key Stage 1 Computing.

Transform your robot sensor into a dynamic learning tool with this versatile pack of sensor fronts.

Elevate your educational robotics with sensor fronts that turn programming challenges into interactive, real-world scenarios.

Perfect for simulating real-world scenarios during programming sessions, these fronts allow children to enhance their coding through practical applications.

Targeted at Key Stage 1 Computing, these sensor fronts encourage children to develop fundamental programming skills such as simple programming and debugging. The variety in the set, which includes representations like a police station and school, helps in maintaining high levels of engagement during learning sessions.
This set, featuring ten unique sensor fronts, is designed to facilitate an immersive learning experience by creating varied and interesting programming challenges.

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.