Dash
Dash is an award-winning educational robot manufactured by Wonder Workshop in the United States, designed for children to learn programming through voice and sound interactions. The robot supports progressive coding through Blockly and Wonder apps and can dance, sing, and respond to audio input.
Overview and Use Cases
Dash is an educational robot developed for children to learn coding and computational thinking through interactive play. The robot is designed to introduce programming concepts through a progressive learning pathway, from visual block-based coding to more advanced programming. It functions as both a standalone interactive toy and a platform for educational curriculum.
Key Capabilities
- Voice- and sound-responsive interactions that allow children to control the robot through audio commands and sound detection
- Pre-programmed behaviors including dancing, singing, and reactive movements that function without coding
- Multi-platform compatibility with iOS, Android, and Chromebook devices
- Progressive coding support through three coding interfaces: Blockly (visual block-based coding), Wonder app, and Blockly Pro (advanced coding)
- Expandable functionality through optional building kits and accessories
Specifications
- Platform Compatibility: iOS, Android, Chromebook
- Coding Languages/Tools: Blockly, Wonder app, Blockly Pro
- Interactive Features: Voice recognition, sound responsiveness, movement, music/singing capabilities
- Expandable Accessories: Sketch Kit, Launcher, Gripper Building Kit
Applications
Dash is used in educational settings to teach programming fundamentals, computational thinking, and problem-solving skills to children. The curriculum library supports structured learning in classroom and home environments. The robot's expandable design allows for extended learning activities involving robotics, engineering, and creative expression through coding.
Manufacturer
Dash is manufactured by Wonder Workshop, a United States-based company specializing in educational robotics for children.
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