Description
- FUN AND EDUCATIONAL AT THE SAME TIME. Learn about engineering design, prototyping, construction techniques, testing and evaluating solutions, systems thinking, and troubleshooting all while experiencing the thrill of constructing and controlling your own robot. Develop real-world engineering and problem-solving skills.
- ROBOTICS CONSTRUCTION SETS. This set comes with 670+ building elements including structural, motion, and hardware elements, a gamepad-style wireless controller, R/C motor controller, TorqueNADO motors and servo motors, storage, and more.
- ROBOT MODELS. Build the TETRIX MAX RangerMAX Bot, MiniMAX Bot, and RotoGrip bot all with this one set. Assembly instructions and activities for each build included.
- DETAILED AND GRAPHIC BUILDER'S GUIDE. The included builder's guide was developed to help introduce new users to the TETRIX MAX building system. It demonstrates how the building system can be used to create original, remote-controlled robot designs and gives inspiration for expanding beyond the provided builds.
- COMPETITION READY. Robotics competitions are within reach of every school and student. This affordable kit makes it easy to get started in competition, while providing a deep and rich experience within robotics technology and helping students build teamwork, collaboration, critical-thinking, and problem-solving skills that will last a lifetime.
Featuring heavy-duty, aircraft-grade aluminum elements for construction, powerful drive motors, and expandable capabilities, TETRIX provides the ideal platform for creativity. Designed to provide one student or a team of up to four students with the hardware to design remote-controlled robots, this set ensures you wont miss any parts needed to finish your classroom projects. The TETRIX MAX R/C Robotics Set contains all the essential tools and hardware needed to enable users to build all the robots shown in the builder's guide at one time. The models in this guide are meant to progress in complexity in order to foster the growth of technical building skills for the new or inexperienced user. Depending on user experience and skill level, each model should be able to be completed in two 45- to 50-minute class periods.