[2] From 1997 to 2014, Pitsco Education launched numerous initiatives, institutes and educational programs, including the Technological Fluency Institute (TFI), the Kindergarten to Careers initiative, the Pitsco Engineering Academy, selling STEM products on Amazon, and the STREAM Missions.

[3] The building system uses heavy-duty aircraft-grade aluminum which aims to increase stability, durability, and reliability.

[2][4] The various hardware included in the TETRIX MAX building system are compatible with most programmable controllers, allowing more versatility, and potential for various sophisticated tasks.

The trademarked hole pattern in its building system enables connections at the increment of 45°.

The TETRIX MAX Robotics building system offers the 288mm flat bar.

As for brackets, the TETRIX MAX Robotics building system offers five types in total.

These are oblong shaped flat bars that have one row of the trademarked hole pattern.

The TETRIX MAX Robotics building system offers gears of two tooth count, 40-tooth and 80-tooth.

TETRIX MAX Robotics building system also includes numerous servomotor mounting kits and brackets.

The TETRIX MAX Robotics building system provides two type of wheel.

The TETRIX MAX Robotics building system provides only Kep Nuts, but have three types of screws.

It features a variety of ports to control motors, servos, encoders and sensors.

It features the Arduino Software (IDE), making it compatible with Windows, Mac OS X 10.7 or newer, and certain Linux devices.

[3] It was developed with the purpose to foster the growth of technical building skills for new or inexperienced users.

The building system consists of aluminum and plastic pieces including structural elements, connectors, hubs, brackets, wheels, and gears.

[8] Designed for middle school students, It is made to be easy and quick to build.

Secondly, unlike the TETRIX PRIME building system utilizes square beams as the main structural element.

The TETRIX PRIME Robotics building system offers 7 lengths of these beams measured by the number of fastening holes on each side.

The TETRIX PRIME Robotics building system offers 6 types of internal connectors.

The TETRIX PRIME Robotics building system offers 5 types of external connectors.

The TETRIX PRIME Robotics building system offers various types of connecting hardware.

Same as the TETRIX PRIME building system, it is also designed for middle school students, people aged 12 or above.

It combines graphics and syntax-based coding to create a visual learning experience for beginners.

It enables the users to control their TETRIX PRIME robots using LEGO EV3 programming.

It also enables the users to use Lego Mindstorms EV3 sensors and motors in their TETRIX PRIME robots.

The second level of difficulty revolves around the use of software tools to program Tetrix robots for various tasks.

Some educational institutes even combine Tetrix Robotics kits with other third-party hardware and software for various teaching purposes.

The set consists of parts exclusively from the TETRIX MAX building system.

Electronic components that are included in this set are four TETRIX MAX TorqueNADO Motors and a 12-volt 3,000 mAh battery.