MATRIX FTC Challenge Set

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MATRIX FTC Challenge Set

MATRIX FTC Challenge Set is a high-performance robotics kit designed to meet the rigorous demands of FIRST Tech Challenge (FTC) competitions and advanced STEM education. Built on the robust MATRIX metal building system, it offers unmatched mechanical strength and design flexibility. The set supports custom programming, multiple motor and sensor integrations, and is compatible with popular control systems like REV Robotics. Ideal for competitive teams and classrooms alike, it empowers students to innovate, build, and compete at the highest levels of robotics.

The MATRIX FTC Challenge Set is a high-quality robotics kit designed for FIRST Tech Challenge teams. It includes durable structural components, precision motors, and compatible electronics—everything needed to build competitive and innovative FTC robots. Ideal for middle and high school robotics programs.

  • 1 x MATRIX Robotics Base Chassis Kit with wheels and structure parts

  • 4 x MATRIX Smart Motors (precise and powerful for competition-grade motion)

  • 1 x Control Hub (built-in Android OS, supports USB and Wi-Fi)

  • 1 x Expansion Hub (adds more motor/servo ports)

  • 1 x REV Battery and Charging Cable

  • 1 x Gamepad Controller for wireless operation

  • Cables, mounting hardware, and connectors included

  • 1 x MATRIX Servo Kit for advanced articulation and gripping

  • 1 x Set of Motion Components (gears, sprockets, shafts, and bushings)

  • Detailed build instructions and programming guides

  • Built for FTC (FIRST Tech Challenge) robotics competitions

  • Heavy-duty aluminum structure for high-strength and modular design

  • High-torque MATRIX motors with built-in encoders for precision

  • REV Control System compatibility ensures easy programming with Android Studio or Blocks

  • Customizable chassis layout for various robot designs

  • Real-time control and testing using gamepad and Control Hub

  • Includes everything needed for drivetrains, arms, and manipulators

  • Supports both autonomous and tele-op modes

  • Expandable with additional MATRIX or REV components

  • Ideal for STEM education, engineering design, and robotics teamwork

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