Finch City Street Maze Mat

Navigate the City with Code

Transform any learning space into an urban explorer’s paradise with the Finch City Street Maze Mat—a durable, wipe-clean vinyl mat featuring roads, landmarks, crosswalks, and more. Sized at 44.75″ × 92.75″, it provides a perfect canvas for students to bring robotics and coding to life in a familiar city setting.

Built for grades K–12, this mat invites students to tackle real-world problems with their Finch Robots. Program the Finch to deliver packages, cross busy streets, or perform “rescue” maneuvers around buildings. This spatial context encourages lesson integration around geography, community awareness, and computational thinking.

Compatible with washable markers and perfectly sized to fit inside the Finch Arena, the mat is easy to clean and reset. It supports activities such as icon- or block-based maze navigation, line tracking, distance measurement, and timed challenges—sparking student creativity and collaboration.

The Finch City Street Maze Mat brings a playful yet purposeful twist to robotics programming.

Students learn to interpret maps, plan routes, and debug logic as they explore intersections, avoid obstacles, and complete city-themed missions. The mat enhances engagement, encourages peer teaching, and allows for extension into mathematics, language arts, or social studies through cross-curricular connections.

Whether used standalone or as part of a full Finch setup with Arena and other mats, the City Street Maze Mat is designed to save prep time and enrich learning with guided exploration opportunities.

? 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.