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    Multi-Mode Smart Servo Motor

    The Studica Robotics Multi-Mode Smart Servo Motor is a versatile, programmable servo perfect for robotics and STEM projects. Featuring steel gears, dual ball bearings, and modes including standard (±150°), continuous rotation, and custom angular, it delivers high torque and flexibility. Fully FTC-legal, the servo is ideal for competition, classroom or hobbyist use.

     

    Note: This servo motor is legal for FIRST Tech Challenge (FTC) competitions.

    MFR Part #: 75002
    $28.99
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    Why Choose the Multi-Mode Smart Servo?

    • Versatile performance: Switch between angular, continuous, and standard servo modes.

    • High torque & durability: Built with strong steel gears and dual ball bearings.

    • FTC legal: Approved for use in FIRST Tech Challenge competitions.

    • Programmable flexibility: Customize angular ranges using the Studica Smart Servo Programmer (sold separately).

    • STEM-ready: Ideal for robotics kits, classroom instruction, and competition robots.

     

    Modes of Operation

    • Standard Mode (±150°) - Operate as a traditional servo with a 300° movement range (±150°). Ideal for applications requiring controlled positioning.

    • Continuous Rotation Mode - Set your servo for unlimited 360° rotation, making it perfect for driving wheels, conveyor belts, and other continuous-motion robotics mechanisms.

    • Custom Angular Mode - Use the Studica Smart Servo Programmer to set a specific angular range, providing flexibility for unique robotics applications that require precise movement.

       

    Mechanical & Electrical Specifications

    • Gear Material: Steel gears for strength and longevity

    • Bearings: Dual ball bearings for smooth motion

    • Operating Voltage: 6V nominal

    • Control: Standard 3-wire servo signal

    • Connector: Compatible with Studica and common robotics systems

     

    FTC Competition Use

    The Multi-Mode Smart Servo is FTC-legal, giving teams confidence in using it for official FIRST Tech Challenge events. Its adaptability allows teams to streamline their designs by relying on one servo for multiple applications.

    This angular programmable RC Servo Motor can fill a variety of roles on your robot or project. In standard mode, it operates on a +/- 150-degree range. Using the Studica Smart Robot Servo Programmer (sold separately) the Multi-mode Smart Servo can be configured to run in continuous, standard, and custom angular mode. In continuous rotation mode, the servo will have proportional speed control based on the PWM signal that you send with your servo controller.  

     

    Mechanical Specs

    Size40mm x 20.1mm x 38.3mm x 54mm
    Gear Ratio1:67
    Weight64g
    Gear TypeSteel
    BearingDual Ball Bearings
    Spline25T
    CaseNylon & Fiberglass
    Connector Wire750mm ± 5mm (White, Red, Black)
    Connector Type3-Pos TJC8 Servo Connector [MH-FC]
    MotorMetal Brush Motor
    Wire Length70cm
    Wire Gauge22 AWG
    Water ResistanceNo
     

    Electrical Specs

    Voltage4.8V6.0V
    Idle Current5mA7mA
    No Load Speed0.25sec/60°(40 RPM)0.2sec/60° (50 RPM)
    Running Current130mA150mA
    Stall Torque180.85oz-in300oz-in
    Stall Current1500mA1800mA

     

    Control Specs

    Command SignalPulse Width Modulation
    Amplifier TypeDigital Comparator
    Pulse Width Range500μS ~ 2500μS
    Neutral Position1500μS
    Range of Motion300° ± 5°
    Dead band width4μS
    Rotating DirectionCW

     

    Environmental Conditions

    Storage Temperature-30°C ~ 80°C
    Operating Temperature-15°C ~ 70°C

     

    Standard Enviroment

    Temperature25°C ± 5°C
    Humidity65% ± 10%

     

    Q: Is the Multi-Mode Smart Servo FTC legal?
    A: Yes, it is fully approved for FTC competition use.

    Q: Can I switch modes without extra tools?
    A: Standard and continuous modes are built-in, but the Studica Smart Servo Programmer is required for custom angular settings.

    Q: What makes this servo different from standard servos?
    A: Unlike traditional servos, this unit offers programmable modes, durable steel gears, and dual ball bearings for smoother, stronger operation.

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    Why Choose the Multi-Mode Smart Servo?

    • Versatile performance: Switch between angular, continuous, and standard servo modes.

    • High torque & durability: Built with strong steel gears and dual ball bearings.

    • FTC legal: Approved for use in FIRST Tech Challenge competitions.

    • Programmable flexibility: Customize angular ranges using the Studica Smart Servo Programmer (sold separately).

    • STEM-ready: Ideal for robotics kits, classroom instruction, and competition robots.

     

    Modes of Operation

    • Standard Mode (±150°) - Operate as a traditional servo with a 300° movement range (±150°). Ideal for applications requiring controlled positioning.

    • Continuous Rotation Mode - Set your servo for unlimited 360° rotation, making it perfect for driving wheels, conveyor belts, and other continuous-motion robotics mechanisms.

    • Custom Angular Mode - Use the Studica Smart Servo Programmer to set a specific angular range, providing flexibility for unique robotics applications that require precise movement.

       

    Mechanical & Electrical Specifications

    • Gear Material: Steel gears for strength and longevity

    • Bearings: Dual ball bearings for smooth motion

    • Operating Voltage: 6V nominal

    • Control: Standard 3-wire servo signal

    • Connector: Compatible with Studica and common robotics systems

     

    FTC Competition Use

    The Multi-Mode Smart Servo is FTC-legal, giving teams confidence in using it for official FIRST Tech Challenge events. Its adaptability allows teams to streamline their designs by relying on one servo for multiple applications.

    This angular programmable RC Servo Motor can fill a variety of roles on your robot or project. In standard mode, it operates on a +/- 150-degree range. Using the Studica Smart Robot Servo Programmer (sold separately) the Multi-mode Smart Servo can be configured to run in continuous, standard, and custom angular mode. In continuous rotation mode, the servo will have proportional speed control based on the PWM signal that you send with your servo controller.  

     

    Mechanical Specs

    Size40mm x 20.1mm x 38.3mm x 54mm
    Gear Ratio1:67
    Weight64g
    Gear TypeSteel
    BearingDual Ball Bearings
    Spline25T
    CaseNylon & Fiberglass
    Connector Wire750mm ± 5mm (White, Red, Black)
    Connector Type3-Pos TJC8 Servo Connector [MH-FC]
    MotorMetal Brush Motor
    Wire Length70cm
    Wire Gauge22 AWG
    Water ResistanceNo
     

    Electrical Specs

    Voltage4.8V6.0V
    Idle Current5mA7mA
    No Load Speed0.25sec/60°(40 RPM)0.2sec/60° (50 RPM)
    Running Current130mA150mA
    Stall Torque180.85oz-in300oz-in
    Stall Current1500mA1800mA

     

    Control Specs

    Command SignalPulse Width Modulation
    Amplifier TypeDigital Comparator
    Pulse Width Range500μS ~ 2500μS
    Neutral Position1500μS
    Range of Motion300° ± 5°
    Dead band width4μS
    Rotating DirectionCW

     

    Environmental Conditions

    Storage Temperature-30°C ~ 80°C
    Operating Temperature-15°C ~ 70°C

     

    Standard Enviroment

    Temperature25°C ± 5°C
    Humidity65% ± 10%

     

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