Safety Information ..................................3 Set Components TETRIX® MAX R/C Robotics Set Components .......................4-13 Setup/Construction Tips TETRIX MAX R/C Motor Controller Wiring Illustrated ..................... 14-15 Remote Control Setup ................................16 1. Channel Placement .................................17 2. Tool Use ......................................18 3. Take Advantage of Design Features ......................... 19-20 4.
• Develops real-world engineering and problem-solving skills. 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 one at a time.
Safety Information Mechanical • Keep fingers, hair, and loose articles of clothing clear of gears and moving parts. • Never pick up the robot while it is moving or the servo motors are running. • Remove any burrs caused by cutting the metal beams. •...
Page 8
The following mechanical parts overview includes elements from the TETRIX MAX R/C Robotics Set. TETRIX MAX structural elements are identified by length. For example, a 32 mm channel or a 288 mm flat bar. Use the centimeter ruler at the bottom of this spread to measure part lengths.
Page 10
Structural Elements Flat 64 mm x 27 mm 39274 Flat 96 mm x 27 mm 39273 Flat 160 mm x 27 mm 39272 Flat 288 mm x 27 mm 39271 Adjustable Angle Flat Bracket 41791 Flat Round Spacer 39387 Stand-Off Post 6-32 x 1" 39102 Stand-Off Post 6-32 x 2"...
7. The transmitter and receiver are now connected and ready for operation. When the TETRIX MAX R/C Motor Controller is powered on, you should see the LED flash three times. The LED will then either stay on or go off depending on which mode the controller is in. After this is complete, you can adjust the trimmer wheels on the gamepad as desired.
1. Channel Placement Planning for easy access to fasteners will make the building experience better for everyone involved. As a general rule, when you create any substructure, it’s a good idea to only snug nuts and screws until you are sure all elements fit together. Then, go back and tighten everything before moving on to the next step.
3. Take Advantage of Design Features Some elements have design features that either make the element function better or fill a specific role. Recognizing those so you can take full advantage will make your build be stronger, last longer, and function better.
Page 22
Axle hubs and motor hubs are often confused because they look alike and they serve the same function but in slightly different applications. The difference between the two elements is the size of the inside diameter of the hole in the center of the element.
How It Works: The TETRIX MAX RangerMAX Bot build uses two 12 VDC motors mounted in opposition to provide a good example of a basic differential-drive robot. Two omni wheel assemblies are utilized to provide efficient pivoting abilities and highlight the versatility of this type of assembly.
Page 26
Kep Nut ..........8 39068 TETRIX MAX 288 mm Channel ......4 39098 Socket Head Cap Screw 6-32 x 5/16"...
Page 29
Step 1.4 Tip: Don’t forget, you can build the RangerMAX Bot following our step-by-step video tutorial. To view it, visit video.pitsco.com/TETRIX. Click TETRIX MAX in the right navigation to find the TETRIX MAX Ranger Build.. Step 1.5 TETRIX MAX RangerMAX Bot Assembly...
TETRIX MAX RangerMAX Bot Activities Final Connections: After you’ve mounted the R/C motor controller, the R/C wireless receiver, and the battery, you are ready to connect and complete the wire connections among all components. Secure the receiver and wires so they do not become entangled in any moving parts.
Getting Started: • Refer to pages 54-128 for instructions on how to build the complete TETRIX MAX MiniMAX Bot. • See page 129-130 for suggested sample activities. Time Expectations: 90-120 minutes Note: Many factors can affect building time, including such things as set organization and whether the builder has a partner.
Page 56
Quantity 39067 TETRIX MAX 160 mm Channel ......4 39094 Kep Nut ..........24 39097 Socket Head Cap Screw 6-32 x 1/2"...
TETRIX MAX MiniMAX Bot Activities Final Connections: After you’ve mounted the R/C motor controller, the R/C wireless receiver, and the battery, you are ready to connect and complete the wire connections among all components. Secure the receiver and wires so they do not become entangled in any moving parts.
R/C Robotics Set. How It Works: The TETRIX MAX RotoGrip Bot uses one 12 VDC motor mounted perpendicular to the axis of rotation to provide an effective method of rotation for the whole robot. This allows for a full 360 degrees of freedom while maintaining a very stable platform.
Page 134
Socket Head Cap Screw 6-32 x 1/2" ..... . 4 39072 TETRIX MAX 144 mm Angle ......2 39098 Socket Head Cap Screw 6-32 x 5/16"...
TETRIX MAX RotoGrip Bot Activities Final Connections: After you’ve mounted the R/C motor controller, the R/C wireless receiver, and the battery, you are ready to connect and complete the wire connections among all components. Secure the receiver and wires so they do not become entangled in any moving parts.
Page 187
You can use the RotoGrip Bot as a pick- and-place machine to move the ball element included in the TETRIX MAX R/C Robotics Set from one location to another. You can build the game elements shown at Pitsco.com...
Glossary continuous rotation servo: a servo motor that rotates with no restriction on how far it rotates differential drive: a drive system in which the speeds of motors located on opposite sides of a mobile apparatus control the direction of travel elapsed time: the actual amount of time required for a vehicle to move from the starting point to the finish line;...
Page 190
R/C Builder’s Guide Call Toll-Free Visit Us Online at 800•835•0686 Pitsco.com...
Need help?
Do you have a question about the TETRIX MAX and is the answer not in the manual?
Questions and answers