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    VMX FRC Training Bot

    The Studica VMX FRC Training Bot (FRC Trainer) is a smaller, sturdy, lightweight, and less expensive robot than your typical FRC robot. If you have a large FRC team, often only a handful of students get to learn how to create and program your team’s costly competition robot.  The FRC Trainer solves this problem and is ideal for groups of two to three to participate in hands-on learning in a classroom environment.  Schools can equip their labs with multiple FRC Trainers, benefiting from the great value and compact size. Students can even take it home with them! 

     

    This affordable solution is intended for:

    • FRC teams that want to learn and train on a smaller and more affordable robot,
    • Schools looking for a way to teach FRC robotics in the classroom.
    • Schools that want to teach coding in the classroom through robotics.

    The FRC-compatible Trainer is an intelligent and autonomous robot that uses the VMX Robotics Controller which can be programmed in C++ and Java.  VMX’s multitude of modern digital communications interfaces and Linux-based operating system allow users to directly access most modern devices (e.g., Intel RealSense tracking and depth cameras and LIDAR).


    VMX-Pi Key Use Cases and Hardware/Software Features and Benefits
    VMI-Pi Key Use Case Document is available here

     

    Download BOM here


    Studica accepts Purchase Orders from Schools and established companies, offering net 30 terms upon review and approval. Contact us at [email protected] for more information.

    This product is available for schools to purchase.

    MFR Part #: 74000
    $1299.00

    Benefits for FRC Training/Robotics Programs/Research

    The FRC platform is an extremely open environment – allowing teams to use off-the-shelf, cutting-edge technologies. The FRC Trainer can be used by,

    • Drive Team: Since the FRC Driver station and Dashboard are included, this means new drive teams can immediately become familiar with the tools they will use in competition – before the competition robot is built.
    • Electrical Team: Electrical students can learn hands-on, the key wiring concepts and skills before the using the competition robot.
    • Teachers: Won’t have to design/create custom solutions for teaching programming to FRC students.  Educational material for teaching robotics will be included.
    • Competition Co-Processor:
      • The on-board VMX Co-Processor and Robotics Controller can be powered directly from a 12V battery and is legal for competition use as a vision/motion co-processor.
      • Ideal for Software-focused competitions using the WPI Library 2020.
      • Rich software available on the VMX platform is ideal for Higher Education research projects.

    Key Technologies include:

    • Highly integrated, inexpensive, Wi-Fi-enabled, multi-core Linux computer with plenty of USB IO for expansion (e.g., Raspberry Pi 4B)
    • 32-bit ARM Microcontroller incorporating sophisticated I/O and digital communications engines
    • Low-cost MEMs Inertial Measurement Unit (IMU)
    • Powerful software providing rich libraries and tools for developing robot software in C++, Java (e.g., the WPI Library 2020)
    • The CAN bus for high-speed, real-time communication between devices.

    FEATURES:

    Includes:

    • 2 x 12V 3000mAh batteries
    • Battery charger
    • Remote Control Gamepad Device
    • Zero to moving curriculum
    • Assorted cables and connectors
    • Extra mounting hardware

    Specifications:

    • Size: 16” x 13.5” x 6”
    • Controller:  Studica VMX Robotics Controller
    • Motor Driver: Studica Titan Quad (A powerful, 4-channel CAN-based motor controller with built-in fuse-box (for DC motors up to 20A)
    • Motors: Studica Maverick

    Controller:

    • Powered by Raspberry Pi 4 (4GB)
    • Mimics the roboRIO (exludes LabVIEW programming)
    • Supports CAN 2.0B bus
    • Uses WPILIB 2020; programmable w/VSCode IDE; compatible with 3rd-party vendor extensions
    • Built in radio (from Raspberry Pi 4)
    • Built in NavX-sensor IMU
    • Supports C++
    • Supports Java

    Motors:

    • Voltage: 12 VDC
    • Gear Ratio: 61:1
    • Speed: 100 RPM
    • Stall Torque: 902 oz/in
    • Stall Current: 13A
    • Built in Encoder: Yes

    Wheels:

    • 100 mm Mecanum Wheels
    • Integrated 6mm hub
    • Rollers have a 50A durometer to give extra grip

    Motor Driver:

    • Supports up to 4 DC Motors
    • Each motor can handle 20A Continuous
    • Acts as PDP and will power the VMX Controller
    • Includes built in 32Bit LED controller to control two strips of LED’s

    Optional Add-ons (coming soon):

    • Elevator Lift
    • Intake
    • Shooter
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    Benefits for FRC Training/Robotics Programs/Research

    The FRC platform is an extremely open environment – allowing teams to use off-the-shelf, cutting-edge technologies. The FRC Trainer can be used by,

    • Drive Team: Since the FRC Driver station and Dashboard are included, this means new drive teams can immediately become familiar with the tools they will use in competition – before the competition robot is built.
    • Electrical Team: Electrical students can learn hands-on, the key wiring concepts and skills before the using the competition robot.
    • Teachers: Won’t have to design/create custom solutions for teaching programming to FRC students.  Educational material for teaching robotics will be included.
    • Competition Co-Processor:
      • The on-board VMX Co-Processor and Robotics Controller can be powered directly from a 12V battery and is legal for competition use as a vision/motion co-processor.
      • Ideal for Software-focused competitions using the WPI Library 2020.
      • Rich software available on the VMX platform is ideal for Higher Education research projects.

    Key Technologies include:

    • Highly integrated, inexpensive, Wi-Fi-enabled, multi-core Linux computer with plenty of USB IO for expansion (e.g., Raspberry Pi 4B)
    • 32-bit ARM Microcontroller incorporating sophisticated I/O and digital communications engines
    • Low-cost MEMs Inertial Measurement Unit (IMU)
    • Powerful software providing rich libraries and tools for developing robot software in C++, Java (e.g., the WPI Library 2020)
    • The CAN bus for high-speed, real-time communication between devices.

    FEATURES:

    Includes:

    • 2 x 12V 3000mAh batteries
    • Battery charger
    • Remote Control Gamepad Device
    • Zero to moving curriculum
    • Assorted cables and connectors
    • Extra mounting hardware

    Specifications:

    • Size: 16” x 13.5” x 6”
    • Controller:  Studica VMX Robotics Controller
    • Motor Driver: Studica Titan Quad (A powerful, 4-channel CAN-based motor controller with built-in fuse-box (for DC motors up to 20A)
    • Motors: Studica Maverick

    Controller:

    • Powered by Raspberry Pi 4 (4GB)
    • Mimics the roboRIO (exludes LabVIEW programming)
    • Supports CAN 2.0B bus
    • Uses WPILIB 2020; programmable w/VSCode IDE; compatible with 3rd-party vendor extensions
    • Built in radio (from Raspberry Pi 4)
    • Built in NavX-sensor IMU
    • Supports C++
    • Supports Java

    Motors:

    • Voltage: 12 VDC
    • Gear Ratio: 61:1
    • Speed: 100 RPM
    • Stall Torque: 902 oz/in
    • Stall Current: 13A
    • Built in Encoder: Yes

    Wheels:

    • 100 mm Mecanum Wheels
    • Integrated 6mm hub
    • Rollers have a 50A durometer to give extra grip

    Motor Driver:

    • Supports up to 4 DC Motors
    • Each motor can handle 20A Continuous
    • Acts as PDP and will power the VMX Controller
    • Includes built in 32Bit LED controller to control two strips of LED’s

    Optional Add-ons (coming soon):

    • Elevator Lift
    • Intake
    • Shooter
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