TETRIX® MAX Dual-Control Getting Started Package

Regular price $7,399.00
Regular price $0.00 Sale price $7,399.00
Grades 9-12

TETRIX MAX Dual-Control Getting Started Package Delivers the Complete Robotics Experience for 24 Students with 55 Hours of Curriculum

Regular price $7,399.00
Regular price $0.00 Sale price $7,399.00
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SKU: SKU:43419

This comprehensive classroom solution gives teams of four both remote control and autonomous coding experiences. Students drive robots with wireless gamepads and program them with PRIZM Pro controllers, supported by fifty-five hours of structured curriculum.

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Students Served: Up to 24 students (teams of four)
55 Hours of Curriculum Included
55 Hours of Curriculum Included
Six Complete Team Sets
Six Complete Team Sets
Virtual Robotics Classroom License
Virtual Robotics Classroom License
Pitsco Exclusive
Pitsco Exclusive
WHAT'S INCLUDED
  • Access to TETRIX Virtual Robotics
  • 6 TETRIX MAX Dual-Control Robotics Sets
  • 6 TETRIX MAX Expansion Sets
  • TETRIX PRIZM Pro Coding Essentials Curriculum Pack
  • TETRIX MAX Engineering Mobile Robotics Curriculum Pack
  • Engineering Design Loop Poster Set
SPECIFICATIONS & SAFETY
  • Students Served: 24
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.
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TETRIX® MAX Dual-Control Getting Started Package

TETRIX® MAX Dual-Control Getting Started Package

Regular price $7,399.00
Regular price $0.00 Sale price $7,399.00

Frequently Bought Together

1
TETRIX® MAX Dual-Control Robotics Set
+
2
TETRIX® MAX Expansion Set
+
3
TETRIX® PRIZM® Pro Controller

Total: $1,537.00 (3 items)
TETRIX® MAX Dual-Control Getting Started Package

Every Team Gets Both Control Modes

Six Dual-Control sets give each team wireless gamepad driving and PRIZM Pro-based autonomous coding on the same robot. With 55 hours of curriculum, Virtual Robotics simulation, and expansion components, this is the full-capability classroom solution.
Dual-Control Technology

Dual-Control Technology

Each team gets both a wireless gamepad and PRIZM Pro controller, so students experience both remote-controlled driving and autonomous coding on the same robot without purchasing separate sets.

55 Hours of Structured Curriculum

55 Hours of Structured Curriculum

Combined PRIZM Pro Coding Essentials and Engineering Mobile Robotics curriculum packs provide more than a full semester of lessons, teacher's guides, answer keys, and assessment rubrics.

Virtual Robotics License

Virtual Robotics License

The entire class tests code in simulation before deploying to physical robots, maximizing hardware time and catching logic errors early.

Six Expansion Sets

Six Expansion Sets

Each team gets additional components for advanced builds, multi-mechanism designs, and differentiated challenges that keep every skill level engaged throughout the program.

What Students Can Do

Students design and build competitive robots, then demonstrate them through both remote control and autonomous programming challenges.
  • Design robots following the Engineering Design Loop
  • Build with six hundred seventy-plus elements per set
  • Drive via wireless gamepad control
  • Program autonomous behaviors using Arduino-compatible PRIZM Pro
  • Test and troubleshoot robotic systems
  • Compete in robotics challenges

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TETRIX® MAX Dual-Control Getting Started Package
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Price $7,399.00 $6,399.00 $5,699.00
Students Served Up to 24Up to 24 Up to 24
Remote Control
Programmable (PRIZM Pro)
Sensors Included
Curriculum Hours 5520 35
Virtual Robotics License ClassroomClassroom
Best For R/C + programmable combinedAutonomous coding and sensors Building and driving fundamentals
View Details View Details

From Unboxing to Full Autonomy

Step 1: Unbox Six Complete Systems—Each team receives a Dual-Control Robotics Set and an Expansion Set with both gamepad and PRIZM Pro controllers.

Step 2: Build and Wire—Teams assemble robots using 670+ aluminum components, mount PRIZM Pro controllers, connect Grove sensors, and pair wireless gamepads.

Step 3: Drive First—Students master wireless gamepad control, getting immediate feedback on their mechanical designs before introducing code.

Step 4: Code Next—Switch to Arduino C/C++ programming through the PRIZM Pro controller, writing code that processes sensor data and controls motors autonomously.

Step 5: Master Both Modes—Students complete challenges that require switching between R/C driving and autonomous navigation, applying the Engineering Design Loop throughout.

Career-Connected Robotics Engineering

The TETRIX MAX Dual-Control Getting Started Package delivers the complete robotics skill set—mechanical engineering, remote operation, and autonomous programming—scaled for a full classroom of up to twenty-four students.

Industry Applications: embedded systems, autonomous vehicles, remote operations, industrial automation, sensor integration, manufacturing robotics

Science—Designing solutions, sensor calibration, variables, energy systems

Technology—Coding in C/C++, wireless communication, debugging, simulation

Engineering—Defining problems, prototyping, testing, iterating designs

Math—Logic, conditional statements, gear ratios, distance calculations

Why Teachers Love TETRIX MAX Dual-Control Getting Started Package

The Complete Package

The Complete Package

Both control modes, 55 hours of curriculum, simulation licenses, and expansion components in one purchase. No add-ons needed to run a full-capability program.

Drive Then Code

Drive Then Code

Students start with wireless gamepad driving for instant feedback, then graduate to autonomous PRIZM Pro programming. The natural progression builds confidence and deepens understanding.

More Than a Semester of Curriculum

More Than a Semester of Curriculum

Fifty-five hours of structured lessons means you have more content than most grading periods require. Teach R/C fundamentals and autonomous coding in sequence.

Professional-Grade Materials

Professional-Grade Materials

Aircraft-grade aluminum and TorqueNADO motors ensure builds withstand years of classroom use without degrading performance.

Simulate Before You Build

Simulate Before You Build

Virtual Robotics access lets every student test code in simulation, catching errors before they reach physical hardware.

Dedicated Support

Dedicated Support

Pitsco Education Advisors provide implementation planning, troubleshooting, and curriculum guidance throughout the school year.

Flexible Purchasing Options

Pricing and volume discounts are built in—choose the path that fits your purchasing process.

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Frequently Asked Questions

What makes this Dual-Control package different from the other two?

The Dual-Control GSP is the only package that includes both wireless gamepad controllers and PRIZM Pro programming controllers. Students drive robots manually and code them autonomously on the same hardware, with 55 hours of combined curriculum covering both modes.

How many students can this package support?

The package includes six Dual-Control sets, each designed for teams of four. That means up to twenty-four students build, drive, and code simultaneously. Individual Dual-Control sets (43054) can be added for larger classes.

What is included in the 55 hours of curriculum?

The package includes both the PRIZM Pro Coding Essentials Curriculum Pack and the Engineering Mobile Robotics Curriculum Pack, covering mechanical engineering fundamentals, R/C driving challenges, autonomous coding, sensor integration, and iterative design—with teacher's guides and assessment tools.

Do students need prior robotics or coding experience?

No. The curriculum starts with mechanical assembly and R/C driving fundamentals before introducing coding. Virtual Robotics simulation lets students practice in a safe environment before deploying code to physical robots.

What does access to TETRIX Virtual Robotics entail?

When you purchase the hardware, you receive simulation access for your entire class. Students design, code, and test robots virtually before building and programming physical hardware, catching errors early and maximizing hands-on time.

What support does Pitsco provide?

Pitsco Education Advisors help with implementation planning, troubleshooting, and curriculum guidance throughout the school year. Online resources include video tutorials, downloadable guides, challenge activities, and quick-start documentation for every component.