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Oti-Bot Forklift
Details
https://www.tts-international.com/oti-bot-forklift/1018895.htmlProduct Code: 708-IT10293
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Why you'll love this product
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Versatile Robotics Extension
Enhance your Oti-Bot with this forklift attachment, designed to expand its functionality. Ideal for creating diverse and engaging programming challenges.
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Real-World Simulation
This accessory allows the Oti-Bot to simulate real-life robotic tasks, such as transporting goods, which can mirror roles like warehouse or hospital logistics.
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Easy Attachment Upgrade
Effortlessly attach the forklift arms to the Oti-Bot’s tummy, integrating seamlessly with the app for an immediate feature update.
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Enhanced Learning Outcomes
Utilise this extension to broaden lesson possibilities, helping children achieve varied learning objectives through interactive play.
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Programming Skill Development
Offers additional programming opportunities, encouraging children at Key Stage 2 to design, write, and debug programs that control physical systems.
Oti-Bot Forklift
Enhance Oti-Bot with a programmable forklift extension, designed to boost interactive learning.
Overview
Incorporate this dynamic forklift attachment into your Oti-Bot to bring real-world logistical challenges into the classroom. This practical addition not only facilitates engaging lessons but also deepens understanding of robotics in real-life scenarios.
The attachment is easy to integrate and comes with three programmable pallets, each able to carry up to 200g. This presents a hands-on opportunity for children to develop their problem-solving skills and understand the fundamentals of programming and mechanical physics.
By utilising this attachment in lessons, educators can effectively link programming tasks with physical outcomes, helping students at Key Stage 2 to master the ability to design, write, and debug precise programs that mimic real-world systems.
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.
