Servo Arm Extended

The Studica Robotics 6mm D-Shaft Servo Hub 25T is made of anodized 6061-T6 Aluminum and is used to connect a servo motor to a D-Shaft axle.

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.

The Servo Horn 25T is made of anodized 6061-T6 Aluminum and is used with the Multi-Mode Smart Servo (75002) and the Studica Robotics building structure components.

The Studica Robotics Servo Mount Flat Plate is designed to mount the Multi-Mode Smart Servo (part #75002) to the Studica building structure.

The Studica Robotics Servo Mount Offset Plate is used to mount the Multi-Mode Smart Servo (part #75002) to the Studica building structure.

The Studica Robotics Servo Pack is a complete servo motor and hardware bundle designed for robotics builders, educators, and competition teams. This all-in-one set includes eight multi-mode smart servo motors, a smart robot servo programmer, a 6 V battery holder, a servo power block, multiple servo mounting plates, servo horns, and 6 mm D-shaft servo hubs — giving you everything you need to integrate servos into robot mechanisms, linkages, and control systems.

The Servo Standard Front Mounting Bracket is one option to mount the Multi-Mode Smart Servo (75002) to the Studica building structure.

The Multi-Mode Smart Servo 200 rotates at 200RPM. This angular programmable Servo 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.