Empower STEM Learning with Every Student
Designed to grow alongside students, the Finch Robot Starter Flock delivers an engaging, hands-on robotics experience that adapts from kindergarten storytime to AP Computer Science. With its durable design and scaffolded programming support, this set empowers real-world coding and creativity in classrooms of any level.
Each pack includes five Finch 2.0 Robots—each equipped with Bluetooth connectivity, a rechargeable 7‑hour battery, LEDs, buzzer, multiple sensors (light, obstacle, line-track, wheel encoders), and a marker mount for drawing activities. Powered by micro:bit, these robots support diverse coding environments from beginner-friendly icons to advanced Python and Java.
The Starter Flock encourages collaboration, experimentation, and iterative design. Students can code their robots to draw paths, navigate mazes, respond to light and sound, and communicate wirelessly. As they progress, they seamlessly transition between block-based and text-based languages—building confidence and future-ready skills.
Perfect for classrooms, clubs, or maker spaces, the Finch Flock is complete with a USB charging hub, cables, colored markers, and a padded carry case. Teachers gain immediate access to a library of lesson plans, activities, and professional development—all tested and refined through classroom research backed by the National Science Foundation.
Finch Robot Starter Flock include:
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- 5 Finch Robots (with or without micro:bits)
- 5 USB cables
- 1 USB charging hub
- 5 Markers – the perfect fit for the Finch’s marker holder
- 1 Carrying case with a padded interior designed for 5 Robots and all included accessories
Drive curiosity, teamwork, and computational thinking in every grade—discover the power of robotics with the Finch Robot Starter Flock!
For the ultimate classroom experience, pair your Finch Robot Starter Flock with the Finch Arena (alone or paired with a Finch Math Mat, Finch Drawing Mat, Finch Sport Mat, Finch Grid Mat, or Finch City Street Maze Mat) to support a wide range of engaging, standards-aligned coding challenges.
