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RaccoonBot
Overview
Structure
Components
Precautions
The “RaccoonBot” robotic arm is an ultra-compact, ultra-lightweight 4-axis (4-DOF) robotic arm.
It connects via Bluetooth 5.0 and is optimized for robotics education and research environments.
- A wireless network–based Thin-Client robot designed to operate in IoT environments.
- Equipped with a high-capacity built-in battery, allowing operation without an external power supply.
- Fully compatible with the RobomationLAB integrated development environment, enabling immediate start of coding and AI education.
- Supports Unplugged Learning through Teaching & Playback even in environments without network connectivity.
- Supports various types of end-effectors to adapt to different tasks.
- Can be connected to dedicated peripheral devices (e.g., conveyors), which are powered directly by the robot body without requiring a separate external power source.
- Designed with a 4-DOF structure suitable even for elementary-level educational curricula.
- Simple mechanical joint structure allows intuitive understanding of Kinematics and Inverse Kinematics.
- Compatible with both iOS and Android smart devices.
- Supports Scratch and Python environments in addition to RobomationLAB.
RaccoonBot is a 4-axis, 4-joint robotic arm, consisting of four joints, an upper arm, a lower arm, and a tool mounting section.
The positions of each joint are shown in the figure below.
RaccoonBot includes all essential components required for learning from Unplugged Coding to Plugged Coding.
- RaccoonBot main unit
- Finger gripper
- Gripper Connection Cable
- Mini Dongle+
- USB-C charging cable
- RaccoonBot guide stickers (2 types)
- Cylindrical wooden blocks (4 types)
- User manual
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Warning! RaccoonBot weighs approximately 850 g. If it falls from a desk, the product may be damaged or may cause injury if dropped on a foot. Please handle with care. |