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Oti-Bot Basket Tummy
https://www.tts-group.co.uk/oti-bot-basket-tummy/1021635.html Product Code: IT10422Promotions
Product Actions
Helping to Support Teaching and Learning
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Versatility Expansion
This accessory expands your Oti-Bot's functionality, allowing for a varied range of activities in educational robotics.
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Real-Life Simulation
This basket enables the Oti-Bot to perform and demonstrate real-life robotic tasks like transporting and delivering items, enhancing classroom engagement.
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Easy Customisation
This accessory can be quickly and easily attached or removed, streamlining the way Oti-Bot can be utilised for different lessons.
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Enhanced Learning Outcomes
This basket helps educators enhance lesson plans and achieve educational goals through practical robotics applications.
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Supports Key Stage 2 Computing
This accessory aids in meeting Key Stage 2 curriculum goals for computing, helping children with practical applications of programming and system control.
Oti-Bot Basket Tummy
Enhance the Oti-Bot with a versatile basket, enabling item transport and role simulation.
Overview
Introducing an innovative way to enhance learning through robotics. This basket attachment transforms the Oti-Bot into a versatile tool capable of simulating real-world tasks such as delivering goods in various settings like restaurants and hospitals.
The design includes a ball bearing for balance, which ensures stability as it transports diverse items. This feature not only adds to the realism of the simulation but also provides an excellent opportunity for children to explore problem-solving and programming in a tangible context.
Incorporating this accessory into lessons supports the UK curriculum by helping children design, write, and debug programs that control physical systems. It’s an ideal resource for fostering skills in computing and robotics, helpful for future technological landscapes.
Supports the National Curriculum
Computing, Key Stage 2
Design, write and debug programs that accomplish specific goals, including controlling or simulating physical systems and solve problems by decomposing them into smaller parts.
