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Mini Maestro 12 in kit version is a multifunctional controller for controlling servos, reading sensors, and executing motion sequences without a computer. Excellent for use in robotics, animatronics, and interactive systems, it enables flexible motion control and peripheral management from a PC or microcontroller.
The Mini Maestro 12 is an advanced 12-channel servo controller with a USB interface, TTL UART, and autonomous operation capability thanks to a built-in script interpreter. The partially assembled version includes pre-soldered SMD components and goldpin connectors that require manual assembly. It supports PWM signal resolution of 0.25 µs, frequencies up to 333 Hz, and pulse widths from 64 to 4080 µs. Channels can function as PWM outputs, digital outputs, or analog/digital inputs. It enables the creation of complex, standalone control applications without using a computer or microcontroller. It features 8 KB of script memory and allows multiple devices to be chained through a single serial port.
Manufacturer BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
Responsible person BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
Cable with USB plugs type A and mini-USB type B, cable with a length of 1.8 m
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With this smart arduino digital servo shield and Dynamixel AX series servos, It\'s quite easy for you to drive multi servos with daisy chain connection with an Arduino board such as Arduino Uno, and build your robotic dog, hexapod with powerful servos. DRI0027
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Module with 8-channel servo driver. It allows you to control the speed of movement and the initial position of the servo. Cytron SC08A
Universal tester of servos and ESC regulators. It allows you to check the operation of the servo without the need for a transmitter and receiver
Servo driver with UART serial interface. Equipped with an ESP32 module with WiFi and Bluetooth wireless communication. Waveshare Servo Driver with ESP32
DFRobot DRI0057 board enables control of complex servo systems using USB or UART interfaces and provides full bidirectional communication with servos. Designed for advanced robotics and applications requiring precise synchronization of multiple drives.
16-channel servo driver module with I2C interface based on the PCA9685 system. modPCA9685
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Module with a 16-channel PWM PCA9685 driver. The board is equipped with a Grove connector and communicates via the I2C interface. Seeed Studio 108020102
The expansion module is designed to work with micro:bit. It allows you to control 4 DC motors or two stepper motors and 8 servos. It communicates via the I2C interface. DFRobot DFR0548
Mini Maestro 24 in assembled version provides full functionality for controlling 24 servos, with the option to expand with analog and digital inputs. It is ideal for complex robotic applications, interactive installations, and animatronic projects where precise and automated management of multiple channels is required.
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Driver dedicated to servomechanisms equipped with a UART serial interface. It allows you to control up to 253 servos from the ST/SC series, which makes it an ideal solution for walking robots or manipulators projects. Waveshare Bus Servo Adapter (A)
The motor driver card can drive 24 servo motors at most. It can be used to drive a multiple-joint robot machine, such as Hexapod Robot, Biped Robot, and Arm Robot. P0288
Pololu Micro Maestro 1351 in kit version enables precise and flexible control of servos and sensors from a PC or microcontroller. Thanks to its ability to operate autonomously and function as a USB–TTL interface, it is used in motion control systems, animatronic projects, and interactive systems responding to external stimuli.
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This module enables the Feather series range to be expanded with 8 12-bit PWM outputs that can be used, for example, to control servos or LED diodes. Adafruit 2928
Mini Maestro 12 in kit version is a multifunctional controller for controlling servos, reading sensors, and executing motion sequences without a computer. Excellent for use in robotics, animatronics, and interactive systems, it enables flexible motion control and peripheral management from a PC or microcontroller.