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TETRIX PRIME

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This high-quality six-volt DC motor was made specifically for use with the TETRIX® PRIME building system. It has a two-wire DC gear head motor built into a servo case. The motor has 51 oz/in. of stall torque while possessing full-range PWM speed and directional control. 

$17.95

Combining the quick prototyping capabilities of the TETRIX® PRIME building system with the strength and ruggedness of the MAX parts, this unit focuses on activities and builds that might be used in manufacturing plants. Using a PULSE™ controller and TETRIX Ardublockly software along with various sensors, students program the computer to accomplish tasks that might normally be found in a manufacturing environment. By combining parts from the two products, students build quick prototypes with the strength to accomplish automated activities that address STEM standards.

Curriculum features:

  • 15 hours, or fifteen 50-minute class periods, of hands-on activities with scope and sequence
  • Middle and high school correlations to Next Generation Science, Common Core Math and Language Arts, and ITEEA standards
  • Programming with PULSE controller using the graphical-based TETRIX Ardublockly along with sensor integration
  • Extensive coverage of mechanisms and mechanical systems concepts
  • Application of STEM knowledge and 21st-century skills
  • Progressive series of activities with culminating real-world manufacturing challenge

Add-ons are available for classes larger than 24.

STEM Unit now uses TETRIX® PULSE™ Robotics Controller!

$8,225.00

Using the TETRIX® PRIME building system and adding sensors and the PULSE controller, this unit focuses on creating a robot to complete tasks without operator input. Using the TETRIX Ardublockly software along with ultrasonic and line-follower sensors, students write programs to complete various tasks that increase in complexity. Students use PRIME parts to quickly prototype and test different configurations and overcome additional obstacles. STEM standards are addressed with the engaging activities provided in this unit.

Curriculum features:

  • 15 hours, or fifteen 50-minute class periods, of hands-on activities with scope and sequence
  • Middle and high school correlations to Next Generation Science, Common Core Math and Language Arts, and ITEEA standards
  • Programming with PULSE™ controller using the graphic-based TETRIX Ardublockly along with sensor integration
  • Extensive coverage of mechanisms and mechanical systems concepts
  • Application of STEM knowledge and 21st-century skills
  • Progressive series of activities with culminating challenge

STEM Unit now uses TETRIX® PULSE™ Robotics Controller!

$7,995.00

Want three robotics curriculum units? This package provides everything necessary to incrementally implement TETRIX® PRIME Robotics: Remote Control, TETRIX PRIME Robotics: Autonomous, and TETRIX Robotics: Automation Manufacturing, which combine for nine weeks of robotics.

Curriculum for each unit features:

  • 15 hours, or fifteen 50-minute class periods, of hands-on activities with scope and sequence
  • Middle and high school correlations to Next Generation Science, Common Core Math and Language Arts, and ITEEA standards
  • Programming with PULSE™ controller using the graphic-based TETRIX Ardublockly along with sensor integration
  • Extensive coverage of mechanisms and mechanical systems concepts
  • Application of STEM knowledge and 21st-century skills
  • Progressive series of activities with a culminating real-world challenge

Programming activities now utilize the TETRIX® PULSE™ Robotics Controller!

$9,995.00

TETRIX® PULSE™ is a programmable robotics controller specifically developed for the TETRIX PRIME system that is powerful yet easy to use and, when combined with the TETRIX Ardublockly software and Arduino Software (IDE), can provide an ideal learning tool for teaching graphic or syntax-based coding.

TETRIX Ardublockly is drag-and-drop block-based graphic coding software used to program the PULSE controller. In addition, the PULSE controller can be programmed with a syntax-based coding method using the Arduino Software (IDE) and the PULSE Arduino Library.

The TETRIX PULSE Robotics Controller features the following:

  • 2 DC motor control ports and 6 standard control servo ports
  • 3 digital sensor ports that can be configured as digital input, digital output, or serial communication and 3 analog sensor ports (A1-A3 can be configured as analog input or digital input or output.)
  • 1 i2C port, 1 USB programming port, and 2 quadrature encoder input ports
  • 1 battery connection port
  • 1 power on/off switch
  • 1 programmable Start push button and 1 Stop/Reset push button
  • 3 LED indicators: red, green, and yellow

$99.00

This set includes everything you need for students to start building remote-controlled and autonomous robots with the TETRIX® PRIME system.

$499.00

This set includes what you need for students to start building programmable robots with the TETRIX® PULSE™ Robotics Controller.

$449.00

This starter set includes what you need for students to get to building robots, including any of the three hero models with step-by-step instructions in the builder’s guide.

$329.00

Combine the TETRIX PRIME Building Systems and LEGO MINDSTORMS Education EV3 set with the PRIME and EV3 Component Set. Everything you need to connect your LEGO MINDSTORMS EV3 set to the TETRIX PRIME robotics system is included.

The TETRIX PRIME EV3 Module enables you to add EV3 programming and sensors to your EV3 and TETRIX® PRIME combined robots to control the speed and position of up to six TETRIX PRIME servo motors and two TETRIX PRIME DC motors. Connecting PRIME and EV3 is a quick and easy with the TETRIX PRIME EV3 Mounting Bracket that was designed to enable LEGO technic elements to be connected to the TETRIX PRIME building system. With PRIME and EV3, you can create robots that are bigger, stronger, more complex, more real world, and more advanced.

Software blocks and programming examples for EV3 are available for download.

$105.00

Expand the horizons of your TETRIX® PRIME R/C Robotics Set. Engineer bigger, more advanced robots, increase the robustness of builds, and combine all the TETRIX PRIME components using the additional parts and pieces included in the TETRIX PRIME Expansion Set.

The TETRIX PRIME Expansion Set comes with three major parts that will provide students more design options for their robots.

  • Aluminum linkages – Mechanical linkages connect to manage force and movement.
  • Aluminum plates – Create custom gearboxes, strengthen connections, or create new ways to connect and combine all the TETRIX PRIME components.
  • Aluminum gussets – Use to connect beams or structural components as well as provide additional strength to joints.

TETRIX PRIME parts and pieces are made from aluminum and plastic.

$179.00

This set has everything you need to turn a TETRIX® PRIME R/C Robotics Set into a TETRIX PRIME Programmable Robotics Set.

$179.00

The TETRIX® PRIME R/C Class Pack serves 12 teams of two students, offering each pair of students their own TETRIX PRIME R/C Robotics Set to work with. Using the sets and the instructions from the included builder’s guide, students work collaboratively to engineer fully functioning, remote-controlled robots.

$3,895.00

The TETRIX® PRIME Getting Started Package offers the ultimate robotics experience. Teams of two work to design fully functioning, remote-controlled robots, with each student pair having access to both a TETRIX PRIME R/C Robotics Set and a TETRIX PRIME Expansion Set. The included Instructional Build DVD for TETRIX PRIME Robotics and Engineering Design Loop Poster Set provide an added bonus to the builder’s guides.

$5,995.00

Add function with this kit that enables you to build a gripper for your TETRIX® PRIME robot. After it is built, the gripper can easily be added to a robot, using a thumbscrew and wing nut. Gripper jaws open to 63 mm to pick up objects.

$9.95

These four-sided, heavy-duty aluminum beams are the structural building blocks for creating with the TETRIX® PRIME Building System. They come in seven lengths to provide you with flexible building options, and the beams can be cut to custom lengths with a metal-cutting blade.

Beams are 16 mm square.

Options Available
From $4.95

These versatile aluminum linkages make it easy to create custom links and pivoting connection points. The flat linkages are also great structures for building and can be cut and shaped into various angles or curves with ease for customized applications.

Options Available
From $2.95