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    Intake Hub Kit Hex-Shaft

    The Intake Hub Kit Hex-Shaft from Studica Robotics is engineered for building reliable and effective intake systems, especially in competitive robotics environments like FTC (FIRST Tech Challenge) and WRO (World Robotics Olympiad). Crafted from high-strength 6061-T6 aluminum, this hub supports a 6-pin, 6-M6 tapped-hole design to securely mount silicone tubing, wheels, or rollers—even under high load. 

    The hub can be used with the Silicone Rubber Tubing #76410 (sold separately).

     

    MFR Part #: 70210H
    $7.99
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    How to Use the Hub Kit in a Robot Intake

    1. Mount the hub on a 6 mm hex using the set screw for secure drive.

    2. Insert the stainless-steel M6 pins into the tapped holes.

    3. Stretch silicone tubing over the pins to create a compliant roller that grips game pieces.

    4. Connect the hub to your motor (via shaft or coupling), and your intake system is ready for powerful, flexible motion.

    Specifications:

    • Main piece
      • hex width: 20.78mm*10.0mm thick
      • 6*M6 tapped holes
      • 1*M4 tappped hole for M4 set screw
      • 6.0mm Diameter D Hole
      • Material AL6061-T6
      • Φ7.5mm*14.0mm
    • Pins
      • 6PCS in a pack
      • M6*4.0mm thread
      • Material SS303

    STEP file

    OnShape Model link

     

    70210H-Intake-Hex-Shaft-Hub-Kit-CAD-image

            Introduction

    The Studica Intake Hex-Shaft Hub Kit is a versatile tool for building efficient intake systems in robotics. This tutorial will guide you through the steps to assemble and integrate the kit into your project.

    Materials Needed

    • Studica Intake Hex-Shaft Hub Kit
    • 6mm D-shaft
    • Silicone rubber tubing (optional)
    • Mecanum or omni wheels (optional)
    • Hex keys and screwdrivers
    • Motor and motor controller
    • Mounting brackets and screws

    Step 1: Unpack the Kit

    1. Open the Studica Intake Hex-Shaft Hub Kit and lay out all the components.
    2. Ensure you have the main piece, pins, and any interchangeable inserts.

    Step 2: Prepare the D-Shaft

    1. Select the appropriate insert for your Hex-shaft if needed.
    2. Slide the D-shaft through the main piece of the hub kit.
    3. Secure the D-shaft using the M4 set screw provided in the kit.

    Step 3: Attach the Pins

    1. Insert the six pins into the M6 tapped holes on the main piece.
    2. Tighten the pins using a hex key to ensure they are securely in place.

    Step 4: Mount the Hub Kit

    1. Position the hub kit on your robot’s intake mechanism.
    2. Use the mounting holes on the main piece to attach it to the robot frame with screws.
    3. Ensure the hub is aligned correctly for smooth operation.

    Step 5: Add Silicone Rubber Tubing

    1. Cut the silicone rubber tubing to the desired length.
    2. Slide the tubing over the pins to enhance grip and efficiency.

    Step 6: Integrate with Wheels 

    1. If using Mecanum or omni wheels, attach them to the hub kit.
    2. Ensure the wheels are securely fastened and rotate freely.

    Step 7: Connect to Motor

    1. Attach the D-shaft to the motor using a coupling if necessary.
    2. Secure the connection to prevent slippage during operation.

    Step 8: Test the Assembly

    1. Power on the motor and test the intake mechanism.
    2. Check for smooth operation and make any necessary adjustments.

    Conclusion

    By following these steps, you can effectively use the Studica Intake D-Shaft Hub Kit to build a reliable and efficient intake system for your robotics projects. Experiment with different configurations to optimize performance for your specific needs.

    The Studica Intake Hex                               -Shaft Hub Kit is designed for creating efficient and versatile intake systems, particularly in robotics competitions and projects. Here are some of its key applications:

    1. FIRST Technical Challenge (FTC): Ideal for building intake mechanisms to pick up game elements like balls or disks.
    2. World Robotics Olympiad (WRO): Used in various robotic challenges to create robust and reliable intake systems.
    3. Custom Robotics Projects: Perfect for hobbyists and engineers designing custom robots that require precise and adaptable intake solutions.

    The kit can be used with silicone rubber tubing to enhance grip and efficiency, making it a versatile tool for various robotic applications.

     

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    How to Use the Hub Kit in a Robot Intake

    1. Mount the hub on a 6 mm hex using the set screw for secure drive.

    2. Insert the stainless-steel M6 pins into the tapped holes.

    3. Stretch silicone tubing over the pins to create a compliant roller that grips game pieces.

    4. Connect the hub to your motor (via shaft or coupling), and your intake system is ready for powerful, flexible motion.

    Specifications:

    • Main piece
      • hex width: 20.78mm*10.0mm thick
      • 6*M6 tapped holes
      • 1*M4 tappped hole for M4 set screw
      • 6.0mm Diameter D Hole
      • Material AL6061-T6
      • Φ7.5mm*14.0mm
    • Pins
      • 6PCS in a pack
      • M6*4.0mm thread
      • Material SS303

    STEP file

    OnShape Model link

     

    70210H-Intake-Hex-Shaft-Hub-Kit-CAD-image

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