Score Big with Active Robotics
Bring athletic engagement and computational thinking together with the Finch Sport Mat, a playful and versatile coding surface designed for Finch Robots. Made from durable, easy-to-clean vinyl and measuring 44.75″ × 92.75″, this mat features field markings, goal zones, playing areas, and challenge lines to support both guided and open-ended activities.
The Sport Mat is perfect for K–12 learners looking to explore programming through context-rich, game-based learning. Students can program their Finch to dribble “field goals,” navigate obstacle zones, or track speed across the field—helping them internalize core concepts like loops, conditionals, variables, and sensor input in a dynamic setting. This kinesthetic approach makes coding feel active, social, and relevant.
Teachers benefit from flexible lesson ideas that align with physical education, math, computer science, or creative storytelling. The Sport Mat encourages teamwork and friendly competition, while supporting individual exploration and debugging. For added depth, combine the mat with the Finch Arena and other themed mats to create multi-stage coding courses—from grid logic to urban navigation to sports finals.
Durable and easy to store, the Sport Mat rolls up neatly and wipes clean with a damp cloth. It can be used indoors or outdoors under supervision. With washable markers, students can personalize zones or document positions—adding measurement or artistic flair to projects.
The Finch Sport Mat transforms any space into an active STEM lab—no sweat required!
? What’s Included in the Box:
- 1 of 5 designs available
- Printed on high quality vinyl
- Measures 44.75″ x 92.75″
- Easy to roll up and store
- Easy to clean
- Pairs perfectly with Crayola Paint Brush Pens & the Finch Arena
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.
