Tetrix Max Flat 64 MM create added versatility whether you’re making a flat surface or creating a scoop or other angled piece. The elements come in four lengths, and you can shape them into various angles using a metal-bending tool, sold separately. Create rails, braces, brackets, gussets, and other custom pieces with ease.
Tetrix Max Flat 96 MM create added versatility whether you’re making a flat surface or creating a scoop or other angled piece. The elements come in four lengths, and you can shape them into various angles using a metal-bending tool, sold separately. Create rails, braces, brackets, gussets, and other custom pieces with ease.
Tetrix Max Gear 40T Pack is a step above kits and systems with plastic gears – these are made of heavy-duty aluminum and really stand up to wear and tear.
TETRIX MAX Gear Hub Spacers provides adequate spacing between wheels and gears. Includes four cap screws for each spacer.
TETRIX MAX Gear Pack includes all three sizes of the TETRIX Gears in this one pack.
Specs
Add form and function to your TETRIX MAX robot with theTetrix Max; Gripper Kit. The integrated MAX hole pattern allows for a variety of mounting options, and the wide range will serve you well for picking up large items. The curved jaws and flat surfaces provide a more versatile gripping surface that can easily accommodate both round objects and flat objects. Removable gripper extension rails increase strength and versatility.
This pack offers more than 900 pieces of TETRIX hardware, perfect for outfitting entire classrooms or robotics competition teams with all the connector spare parts needed for designing robots.
Includes:
Tetrix Max Hex Key Pack comes with all four sizes of Hex Keys needed for TETRIX hex pieces. Includes one each of 7/64", 3/32", 1/16", and 5/64" keys.
This pack offers more than 100 TETRIX motion elements recommended for use with an assortment of gears and wheels. Perfect for outfitting entire classrooms or robotics competition teams with all the hub and axle spare parts needed for getting robots running smoothly.
Includes:
TETRIX MAX Inside C Connectors help to create perpendicular joints when space is tight. This can be placed facing out of the end or the open side of the channel. The connector is very strong as it attaches to two sides of the structural element.
TETRIX MAX Inside Corner Brackets fit the inside of TETRIX Channels and can be used to bookend a channel to secure it to another structural element.
Tetrix Max 6-32 Nut-W Pack feature a star washer that locks down on the heavy-duty aluminum structural elements for added strength to any TETRIXrobot design.
TETRIX MAX L Brackets feaure 90º angles to connect structural elements. Made of heavy-duty aluminum.
TETRIX MAX Lego Connector Pack was designed to enable LEGO Technic elements to be connected to theTetrix Max; metal building system.
Offers a replacement for a lost or damaged Line Finder Sensor Mount.
This pack contains a line-tracker module that transmits a digital signal to the TETRIX PRIZM Robotics Controller, enabling a robot to follow a black line on a white background or vice versa. The sensor consists of two parts: an IR-emitting LED and an IR-sensitive phototransistor. Comes with a mount, connecting sensor cable, and the hardware needed for attaching the sensor to the TETRIX hole pattern.
TETRIX MAX Linear Slide Pack adds a linear-motion component to your robotics project. The rack gears – used individually or laid end to end – are attached to a TETRIX channel. The slide blocks and pinion gear go onto another channel that slides across the rack gears when powered by gears and a DC motor with motor mount, sold separately.
Includes four GF nylon rack gears, four GF nylon slide blocks, and one aluminum pinion gear.
TETRIX MAX Monster Tire Hub/Axle Adapter connects the TETRIX All-Terrain Tire to a TETRIX Axle. Features the industry-standard 12 mm hex pattern.
TETRIX MAX Monster Tire Hub/Motor Shaft Adapter securely connects the TETRIX All-Terrain Tire to the 12-volt DC Drive Motor. Features the industry-standard 12 mm hex pattern.
TETRIX MAX Motor Mount Pack attaches the DC Drive Motor to your robot. Includes the Motor Mount, two kep nuts, and two cap screws.
TETRIX MAX Motor Shaft Hubs attaches wheels and gears to motor shafts. Each hub comes with a screw and is made of heavy-duty aluminum.
TETRIX MAX Motor/Axle Shaft Couplers connects motor and axle shafts with ease. One side fits the motor shaft, while the other side fits the axle shaft.
Tetrix Max Multi-Nut Pliers are designed to hold nuts, while bolts are tightened. The long, narrow neck reaches into tight places. Great for building TETRIX robots.
Tetrix Max Pen Screw Driver 4-in-1 is an adjustable screwdiver featuring two capped ends – an end with Phillips and flathead screwdrivers. Plus, each end features a small and extra-small size – just pull out each end and flip it around to the other style of head. Great for small projects and electronics. Features a clip to help keep it in your pocket, so you don’t lose this handy tool!
TETRIX MAX Pivot Bearing is a replacement pivot bearing for all TETRIX pivot arms and brackets.
TETRIX MAX Plastic Quick Rivets make trying out different designs quick and easy. Instead of the tedious tightening of nuts and bolts to assemble a prototype, just pop in these nylon rivets and insert the locking pin. The pin makes the rivet’s end flare out to secure the connection of TETRIX structural elements. And they are easily removed and reused.
Controls the power from the battery pack to the PRIZM Robotics Controller with the flip of a switch.
The TETRIX MAX Programmable Robotics Set contains the PRIZM Robotics Controller and the building elements needed for students to engineer, code, and test solutions using real-world robotics technology. Designed to provide one student or a team of up to four students with the hardware to create autonomous robots, this set is complete with two sensors and a programming guide that introduces the basics of coding through a series of hands-on projects.
Includes:
TETRIX MAX Quarter-Scale HS-755HB Servo Motor with Horn offers a whopping 183 oz-inches of torque, 180-degree rotation, and superior strength and performance. Perfect for robot builds that require more power and durability. The servo features Karbonite gears that offer incredible toughness and strength. Attach this Quarter-Scale Servo to your TETRIX robot with ease with one of our new Quarter-Scale Servo Mounting Brackets.
Each servo includes one TETRIX Aluminum Servo Horn.
TETRIX MAX Quarter-Scale Pivot Arm with Bearing Pack creates strong, durable pivot joints, while minimizing side load on the servo shaft. Compatible only with TETRIX Quarter-Scale Servo Frame Mounting Bracket (39383); includes a 3 mm Bearing Pack.
TETRIX MAX Quarter-Scale Servo Frame offers you flexibility in positioning a servo. It holds the servo and can be attached in several ways. Easy to use. For use with a quarter-scale servo; includes two 16 mm round aluminum mounting standoffs.
TETRIX MAX Quarter-Scale Servo Front Mount Brackets enables you to power a shaft through TETRIX structural elements for extra support in heavy-duty servo applications. These brackets utilize front-facing mount holes.Use with a quarter-scale servo; includes eight 32 mm TETRIX Stand-Off Posts.
If you can dream up a design, you can build it with the TETRIX MAX Building System. TETRIX is a complete design system for students who are serious about engineering.
Featuring heavy-duty, aircraft-grade aluminum elements for construction, powerful drive motors, and expandable capabilities, TETRIX provides the ideal platform for creativity. Whether students want to build a basic square-chassis robot base with a remote control or incorporate other electronics (not included) to design a highly specific autonomous robot, this system is unlimited. Designed to provide one student or a team of students with the hardware to get started on a robotics or other build project, this starter set eliminates the worry that you might miss a needed part to finish the project.
Includes the comprehensive TETRIX MAX Builder’s Guide (hard copy and CD), a 190-page teacher’s resource packed with several model build instructions, safety information, resources, challenges, and more. Includes a variety ofTetrix Max; structural elements, DC motors, servos and hardware, gears, wheels, axles, tubing, flats and angles, and channels. It also includes a gamepad controller and batteries, rechargeable battery and charger, motor and servo controller board, and storage case with lid.
Number of Pieces: 584
Tetrix Max Servo Extension gives your servo a little more room to roam with this extension.
TETRIX MAX Servo Horn is heavy-duty aluuminum servo horn, which lends extra strength to your servo applications.
Designed to use with TETRIX PRIZM Robotics Controller, this motor controller connects to the PRIZM expansion port, enabling users to control up to six additional servo motors and two additional continuous rotation servo motors. Up to four motor controllers can be connected to the PRIZM expansion port. Additional power and expansion ports support daisy-chain configurations.
Supported programming languages include Arduino and EV3. The motor controller can be connected to the LEGO EV3 Brick. Software blocks can be downloaded from the Resources tab below.
For when additional servo motors are needed to bring a robotic creation to life, this bulk pack provides you with a number of extra motors and mounting brackets.
Includes:
Tetrix Max Servo Y Connector connects two servos to one channel.
TETRIX MAX Single Standard-Scale Servo Motor Brackets are heavy-duty aluminum brackets. Each holds one servo in place.
TETRIX MAX Sprocket and Chain Pack is made from heavy-duty aluminum for maximum performance under heavy loads. TETRIX chain is a 0.250" steel chain packaged in five-foot lengths.
TETRIX MAX Sprocket Pack is made from heavy-duty aluminum for maximum performance under heavy loads. TETRIX sprockets are available in three different ratios and designed to work with the 0.250" TETRIX steel chain. Sold in packages of two.
This mounting kit enables easy alignment of standard-size servo motor shafts to the TETRIX hole pattern. The flexible attachment options allow for a multitude of design possibilities. Includes mounting plate, bearings, stand-offs, and aluminum servo shaft to 4.7 mm steel D-shaft axle adapte
TETRIX MAX Standard-Scale Pivot Arm with Bearing Pack creates strong, durable pivot joints, while minimizing side load on the servo shaft. Compatible only with TETRIX Standard-Scale Servo Frame Mounting Bracket (39382); includes a 3 mm Bearing Pack.
TETRIX MAX Standard-Scale Servo Frame Mounting Bracket provides flexibility in positioning a servo. This bracket holds the servo and can be attached in several ways. Easy to use. For use with a standard-scale servo; includes two 16 mm round aluminum mounting standoffs.
TETRIX MAX Standard-Scale Servo Front Mount Bracket enables you to power a shaft through TETRIX structural elements for extra support in heavy-duty servo applications. It utilizes front-facing mounting holes. Use with a standard-scale servo; includes six 32 mm TETRIX Stand-Off Posts.
TETRIX MAX Stand-off Posts is a package of 12 hex stand-off posts; female/female, 6-32.
This pack offers 70 additional structural elements, perfect for outfitting classrooms or robotics competition teams with an assortment of building and design components.
Includes:
Tetrix Max Switch Mounting Bracket is made of black acrylic and enables the On/Off Switch to be easily mounted onto TETRIX components.