TETRIX® MAX Programmable Robotics Set

TETRIX® MAX Programmable Robotics Set

SKU: SKU:43053

A Pitsco Exclusive

The TETRIX® MAX Programmable Robotics Set contains the PRIZM® Robotics Controller and the building elements needed for students to engineer, code, and test solutions using real-world robotics technology. Designed to provide one student or a team of up to four students with the hardware to create autonomous robots, this set is complete with two sensors and a programming guide that introduces the basics of coding through a series of hands-on projects.

Limited Time Bonus Offer

TETRIX® MAX Programmable Robotics Sets purchased between April 1, 2024, and April 30, 2025, will include a one-year site license for the Pitsco Learning Portal, which provides access to the TETRIX Virtual Robotics curriculum. Use your robotics set alongside this coding environment to create a blended virtual/hands-on learning experience for your robotics learners!

The TETRIX® MAX Programmable Robotics Set contains the PRIZM® Robotics Controller and the building elements needed for students to engineer,...

Grades 9-12
Regular price $779.00 USD
Regular price $0.00 USD Sale price $779.00 USD
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Specifications

  • Students Served: 4
  • Curriculum Hours: 12-20
  • Number of Pieces: 680+

Safety

California Proposition 65 Warning: This product contains one or more chemicals known to the State of California to cause cancer, birth defects, and other reproductive harm.

SDS Sheets
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Grades 9-12

What You'll Get

TETRIX® MAX Programmable Robotics Set
  • Four licenses of TETRIX Virtual Robotics
  • PRIZM controller with USB cable
  • Grove Line Finder and Ultrasonic Sensors
  • 670+ building elements
  • Structural, motion, and hardware elements including a variety of wheels, gears, channels, flats, and connectors
  • Two TorqueNADO motors, motor cables, and two 180-degree standard-scale servo motors
  • Rechargeable battery pack and charger
  • Battery switch and assembly tools
  • Sturdy storage bin, lid, and sorting tray
  • Printed guide to programming the PRIZM controller using the Arduino Software (IDE), which is compatible with Windows, Mac OS X 10.7 or newer, and Linux devices that contain a USB port

Support Materials

  • Introducing TETRIX MAX TorqueNADO Motor
  • Introduction to TETRIX PRIZM Robotics Controller
  • PRIZM Programming Guide: A Look at the Guide
  • RoboBench: PRIZM Programming Guide: Downloading and Installing the Software
  • PRIZM Programming Guide: Hello World!
  • PRIZM Programming Guide: Moving the DC Motor
  • PRIZM Programming Guide: Moving a Servo
  • PRIZM Programming Guide: Line Finder
  • PRIZM Programming Guide: Ultrasonic Sensor
  • PRIZM Programming Guide: Drive Forward
  • PRIZM Programming Guide: Drive in a Circle
  • PRIZM Programming Guide: Drive in a Square
  • PRIZM Programming Guide: Simplify the Square
  • PRIZM Programming Guide: Drive Toward a Wall and Stop
  • PRIZM Programming Guide: Follow a Line
  • PRIZM Programming Guide: Drive to a Line and Stop
  • PRIZM Programming Guide: Avoiding Obstacles
  • PRIZM Programming Guide: Combining the Sensors
Introducing TETRIX MAX TorqueNADO Motor
Introduction to TETRIX PRIZM Robotics Controller
PRIZM Programming Guide: A Look at the Guide
RoboBench: PRIZM Programming Guide: Downloading and Installing the Software
PRIZM Programming Guide: Hello World!
PRIZM Programming Guide: Moving the DC Motor
PRIZM Programming Guide: Moving a Servo
PRIZM Programming Guide: Line Finder
PRIZM Programming Guide: Ultrasonic Sensor
PRIZM Programming Guide: Drive Forward
PRIZM Programming Guide: Drive in a Circle
PRIZM Programming Guide: Drive in a Square
PRIZM Programming Guide: Simplify the Square
PRIZM Programming Guide: Drive Toward a Wall and Stop
PRIZM Programming Guide: Follow a Line
PRIZM Programming Guide: Drive to a Line and Stop
PRIZM Programming Guide: Avoiding Obstacles
PRIZM Programming Guide: Combining the Sensors

Learning Values

Science icon

Science

  • Designing solutions based on criteria and constraints
  • Modeling
  • Using estimates
  • Variables
Technology icon

Technology

  • Coding
  • Accuracy
  • Attributes of design
  • Troubleshooting
Engineering icon

Engineering

  • Defining problems
  • Engineering design
  • Prediction
  • Problem-solving
  • Prototyping
Math icon

Math

  • Accuracy
  • Formulas
  • Logic
  • Interpreting statements