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Parallax Inc Arduino BoE Robotics Shield Development Kit for Board of Education Shield 130-35000
Specifications
| Country of Origin | China |
|---|---|
| Brand | Parallax Inc |
| For Use With | Board of Education Shield |
| Kit Classification | Development Kit |
| Kit Name | BoE Robotics Shield |
| Parallax Inc BASIC Stamp BoE-Bot for BS2-IC for 28202, 572-28132, 28106Brand | Parallax Inc |
| Parallax Inc IDE Starter Kit 32500Brand | Parallax Inc |
| Parallax IncBrand | Parallax Inc |
Key Features
- The shield plugs into an Arduino board and mounts on the Boe-Bot robot chassis.
- No programming experience is needed, making it beginner-friendly.
- Exposed circuitry allows learning and creating custom electronic circuits.
- Includes step-by-step tutorials for easy understanding.
- Supports autonomous navigation through touch, light, and infrared sensors.
- Solder-free breadboard enables safe experimentation with circuits.
- Expandable with additional sensors and hardware kits for extended functionality.
- Comes with a Parallax screwdriver for assembly and maintenance.
Product Description
Parallax Inc 130-35000 Arduino BoE Robotics Shield is a comprehensive development kit designed for the Board of Education Shield, offering a versatile platform to learn robotics, electronics, and programming.
The shield seamlessly integrates with Arduino boards (Arduino board not included) and mounts on the well-known Boe-Bot robot chassis, allowing users to create mobile robots controlled by the Arduino brain.
This kit is beginner-friendly and requires no prior programming experience. The exposed circuitry gives users the opportunity to explore and build custom electronic circuits, further enhancing the learning curve.
Included are clear, step-by-step instructional materials that guide users through fundamental robotics concepts and hands-on projects. The robotic shield supports autonomous behavior with built-in touch, light, and infrared sensors, enabling the Boe-Bot to navigate independently.
Its solder-free breadboard design encourages safe experimentation and rapid prototyping without the need for soldering skills. Users can expand functionality by adding more sensors and hardware expansion kits, making this shield a scalable educational tool.
Supplied with a Parallax screwdriver, the kit facilitates easy assembly and adjustments. The shield plugs into an Arduino board and integrates with Boe-Bot chassis. Suitable for beginners with no programming background. Enables understanding of robotics and electronic circuit design.
Autonomous navigation via multiple sensors. Solder-free breadboard for safe experimentation. Expandable with additional sensors and kits. Includes Parallax screwdriver for ease of use. This development kit is ideal for educational, laboratory, hobbyist, and STEM learning applications focused on embedded systems, robotics, and electronics programming.
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Frequently Asked Questions
The kit includes the BoE Robotics Shield, step-by-step instructional materials for learning robotics concepts, and a Parallax screwdriver for assembly and maintenance. It also features a solder-free breadboard for safe experimentation with circuits.
It supports built-in touch, light, and infrared sensors, enabling the Boe-Bot to navigate independently based on environmental inputs.
No, this development kit is designed to be beginner-friendly and requires no prior programming experience, making it accessible for users new to robotics and electronics.
The primary purpose of the BoE Robotics Shield is to provide a versatile platform for learning robotics, electronics, and programming through hands-on projects and experimentation.
Yes, it is expandable with additional sensors and hardware kits, allowing users to enhance the functionality of their projects.
The shield seamlessly integrates with Arduino boards, although the Arduino board itself is not included in the kit.
The country of origin for the BoE Robotics Shield is China.
This development kit is suitable for educational, laboratory, hobbyist, and STEM learning applications focused on embedded systems, robotics, and electronics programming.
The shield features a solder-free breadboard design, which enables safe experimentation and rapid prototyping without the need for soldering skills.
Key features include exposed circuitry for building custom electronic circuits, support for autonomous navigation through various sensors, and included instructional materials for learning.
It facilitates learning through clear, step-by-step instructional materials that guide users through fundamental robotics concepts and hands-on projects.
Users can create mobile robots controlled by the Arduino brain, explore advanced robotics projects, and learn about electronic circuit design with this development kit.
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