TETRIX® MAX R/C Robotics Set
Regular price
$679.00
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Grades 9-12
TETRIX MAX R/C Robotics Set Brings Hands-On Robotics Engineering to Your Classroom Without Code
Regular price
$679.00
Regular price
$0.00
Sale price
$679.00
Unit price
per
Shipping calculated at checkout.
⚠️ Clearance Item - Final Sale
All clearance sales are final. No returns, refunds, or exchanges.
SKU: SKU:41990
Your students build an aircraft-grade aluminum robot from 670+ components, wire up TorqueNADO motors, and drive it with a wireless gamepad—all in their first week. This is the hands-on engineering entry point that hooks students on robotics before a single line of code enters the picture.
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Students Served: 2–4 students per set
WHAT'S INCLUDED
- Gamepad-style, four-channel wireless controller
- R/C motor controller and mounting kit
- 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
- On/off switch and assembly tools
- Sturdy storage bin, lid, and sorting tray
- Printed builder’s guide – a robust teacher’s resource packed with instructions for building three models, safety information, resources, activities, and more
*Please note the color of the wireless controller might vary.
SPECIFICATIONS & SAFETY
- Students Served: 4
- Curriculum Hours: 7-11
- Number of Pieces: 680+
Frequently Bought Together
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One Set, 670+ Ways to Solve the Problem
Aircraft-grade aluminum channels, plates, brackets, gears, and axles combine with TorqueNADO motors and a wireless gamepad controller to give students a professional-grade robotics platform they drive from day one.
670+ Aircraft-Grade Aluminum Components
Precision-machined channels, plates, brackets, gears, and axles give students the same materials used in professional prototyping and industrial robotics applications
Wireless Gamepad Controller
2.4 GHz wireless gamepad lets students drive with precision, learning real-time systems operation and spatial reasoning without the complexity of programming
TorqueNADO Motor Power
Two high-torque motors deliver the force needed for climbing, pushing, and maneuvering through engineering challenges that test mechanical design decisions
Easy Upgrade to Programming
Start with remote-controlled building and driving, then add a PRIZM controller to unlock autonomous coding—same frame, expanded capabilities
What Students Will Do
Teams of two to four design, build, and drive robots that solve real engineering problems—developing mechanical reasoning, spatial thinking, and collaboration skills that transfer directly to advanced robotics and engineering pathways.
- Design and build fully functioning remote-controlled robots
- Master wireless gamepad operation for precision driving
- Optimize gear ratios, torque, and speed for specific challenges
- Iterate on designs using the Engineering Design Loop
- Navigate obstacle courses and complete timed driving tasks
- Collaborate as a team on open-ended mechanical design problems
Compare Similar Products
| Feature |
Current Product
TETRIX® MAX R/C Robotics Set
| TETRIX® MAX Programmable Robotics Set | TETRIX® MAX Dual-Control Robotics Set |
|---|---|---|---|
| Price | $679.00 | $779.00 | $949.00 |
| Remote Control | — | ||
| Programmable (PRIZM) | — | ||
| Sensors Included | — | ||
| Virtual Robotics Licenses | — | 4 | 4 |
| Building Elements | 670+ | 670+ | 670+ |
| Upgrade Path | Add PRIZM for coding | Add gamepad for R/C | Both included |
| Best For | Building and driving fundamentals | Autonomous coding and sensors | R/C + programmable combined |
| View Details | View Details |
Support Materials
Videos, guides, and resources to help you get the most out of this product.
Videos
TETRIX MAX Ranger Build
TETRIX MAX Ranger Activity
TETRIX MAX Ranger Real-World Connection
Tips for Mounting MAX Wheels
Tips for Mounting MAX Servos
Gripper Troubleshooting
RoboBench TETRIX MAX RangerMAX Bot Activity
RoboBench RangerMAX Bot Build
RoboBench: Teens Tackle MAX with Ease
Why Teachers Love TETRIX MAX R/C Robotics Set
Mechanical Engineering First
Students focus entirely on building and driving before adding coding complexity, creating a strong engineering foundation that makes programming meaningful when it arrives.
No Software Setup
Unbox, build, pair the gamepad, and drive. Zero software installation, zero login screens, zero IT tickets. Students are building robots within the first class period.
Professional-Grade Materials
Aircraft-grade aluminum and TorqueNADO motors mean students work with real engineering materials that withstand years of classroom use.
Investment That Grows
When your program is ready for coding, add a PRIZM controller to these same frames. Every dollar spent on R/C hardware carries forward into programmable and dual-control configurations.
Team-Ready Design
Optimized for teams of two to four, giving every student a hands-on role in design, assembly, testing, and driving.
Dedicated Support
Pitsco Education Advisors provide implementation planning, troubleshooting, and curriculum guidance throughout the school year.