HP Otto Robot - HP Otto Starter Creative Kit (3D plastic parts not included - for self-printing) Moravia
£95.73 £82.44
plus shipping and customs
Accessories Moravia
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Delivery to US in:
4-8 workdays (only 7 left in stock)
Sales Rank:
#340 in other Merchandise #475 in Consumer Goods
Style:
other Merchandise
Product No.:
2101109107
Description:
Mit dem HP Robot Otto Starter Kreativ-Kit können Schüler ihren ersten funktionsfähigen Roboter entwerfen, 3D-drucken, bauen und programmieren. Die notwendigen Plastikteile werden von den Schülern selbst auf dem 3D Drucker gedruckt. Die entsprechenden Design-Files werden online zur Verfügung gestellt. Die Schüler beginnen mit den Grundlagen der Elektronik, der Technik und der Programmierung und erweitern die Funktionalität und die Lernerfahrungen, indem sie die Roboter durch 3D-Design und 3D-Erweiterungen
The HP Otto Robot - HP Otto Starter Creative Kit (3D plastic parts not included - for self-printing) by Moravia is an educational and creative robotics set that allows users to build and program their own small walking robot. The special feature of this kit is that the 3D-printed plastic parts are deliberately not included and are intended to be produced by the user with a 3D printer. This makes it ideal for schools, makerspaces, training centers and technically interested private users who want to combine robotics, programming and 3D printing in one project.
From a technical perspective, the kit typically includes electronic and mechanical components such as a control unit (e.g. microcontroller board), sensors and actuators needed to drive and control the robot. The 3D body components of the robot are created separately via 3D printing according to freely available or supplied 3D models. This modular concept allows for various adaptations and expansions: users can modify existing 3D models, design their own add-ons or experiment with different configurations. The system is well suited for introducing concepts such as basic mechanics, electronics, sensor technology and algorithmic thinking.
In terms of applications, the HP Otto Starter Creative Kit is particularly valuable in STEM education (science, technology, engineering, mathematics). It can be used in project lessons, workshops or extracurricular activities to demonstrate the complete development process - from digital 3D design and additive manufacturing to assembly, wiring and programming of the robot. For private users, it offers a motivating hands-on project to deepen knowledge in 3D printing and robotics, for example by creating personalized robot housings, modifying walking behavior or integrating additional sensors.
The advantages of this product lie above all in its openness and flexibility. Because the 3D parts are not supplied, users are encouraged to actively shape the design process instead of just assembling a finished kit. This promotes creativity, problem-solving skills and a deeper understanding of how mechanical and electronic components interact. The modular structure and the focus on self-printing can also help to reduce material waste, as only the necessary parts are printed and can be reworked or reprinted if necessary. The kit can be reused multiple times in teaching scenarios and thus represents a sustainable investment in educational infrastructure.
Moravia as a supplier focuses on technical and educational products and is known for offering solutions that are particularly suitable for training and practical learning environments. By relying on a kit that deliberately leaves room for self-production and adaptation, Moravia supports a sustainable and responsible approach to technology: instead of disposable products, robust components are used that can be combined with individually manufactured 3D parts and modified over the long term. Customers who choose the HP Otto Starter Creative Kit are not only investing in modern learning content, but also supporting an approach that values reuse, repairability and the meaningful use of resources. In this way, each buyer makes a concrete contribution to promoting technical education and a more conscious, sustainable use of technology.
