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    Contrôleurs de moteur

    Contrôleurs de moteur
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    Titan Quad Motor Controller

    Demander un devis

    The Titan Quad Motor Controller is a powerful, 4-channel CAN-based motor controller with a built-in fuse-box (for DC motors up to 20A).


    • 4 x Hardware encoder ports – one for each motor
    • 2 limit switch ports for each motor
    • Fuse box to set manual current limits
    • 2x Power extension ports to power other 12VDC devices. I.E.
      • VMX Robotics Controller
      • Servo Power Module
    • Built in LED Controller
    • 6A power supply for LED’s
    • i2c communication port to control LED Controller
    • USB ports are updated to USB-C to better support todays cable standards
    • Step File

    Victor SPX Motor Controller (ON SALE)

    (En stock)

    The Victor 883 Motor Controller, revolutionary for its time, was the first product ever designed by Innovation First. Nearly twenty years later, the Victor SPX is the fifth generation of motor controllers designed for the FIRST® Robotics Competition. Designed in collaboration with CTR Electronics, the Victor SPX is 10% smaller and 25% lighter than the Victor SP, making it the smallest and lightest motor controller in FIRST Robotics Competition history. 

    In addition to PWM, this next generation of Victor now supports CAN. The Victor SPX also brings over many of the features from the Talon SRX, including voltage control and closed loop position control. 

    Each Victor SPX comes with male and female 0.1" servo connectors on the ends of the CAN wires, making it easier for FIRST Robotics Competition teams to connect their Victor SPX to the CAN bus network that is already on their robot. Teams that aren't ready to make the jump to CAN bus can use these connectors to connect to the PWM outputs of the roboRIO (female connector) and the VEX ARM® Cortex®-based Microcontroller (male connector). 

    Other Features:

    • Follow mode - allows Victors and Talons to follow each other
    • Programmable deadband - set the deadband of your Victor SPX from 25% down to 0.1%
    • Closed Loop position control using CAN based sensors such as the Pigeon IMU.


    • Dimensions: 2.50 in. x 1.16 in. x 0.77 in.
    • Weight: 0.19 Pounds
    • Communication Protocols: PWM & CAN
    • Nominal Voltage: 12V
    • Min / Max Voltage: 6-16V
    • Continuous Current: 60A
    • Surge Current: 100A
    • PWM Input Pulse (High Time): 1-2 ms nominal
    • PWM Input Rate (Period): 2.9 - 100 ms
    • PWM Output Chop Rate (Switching Frequency): 15 kHz
    • Minimum Throttle (Deadband): Adjustable 0.1% - 25% (4% Default)