zł87.46 tax excl.
Pololu Micro Maestro 1350 is a compact, versatile servo controller with a USB interface and autonomous operation capability, designed for use in robotics, animatronics, and control systems based on PCs or microcontrollers. Thanks to its flexible channel configuration, it can also be used as a sensor interface and I/O expander.
The Micro Maestro is a 6-channel servo controller from Pololu featuring a USB interface, TTL serial port, and autonomous operation capability thanks to a built-in script interpreter. It allows precise servo control with a 0.25 µs resolution and independent speed and acceleration adjustment for each channel. It can function as an I/O controller – channels can be used as digital outputs or analog inputs, enabling sensor reading and peripheral control without an external microcontroller. Power is supplied via USB or an external 5–16 V source. The assembled version includes pre-soldered goldpin connectors.
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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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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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
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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
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
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
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16-channel servo driver module with I2C interface based on the PCA9685 system. modPCA9685
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Module with a 2-channel DC motor driver TB6612FNG designed to work with micro: bit. It can also control 3 servos. SB Components 14897
Servo driver with UART serial interface. Equipped with an ESP32 module with WiFi and Bluetooth wireless communication. Waveshare Servo Driver with ESP32
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Servo driver based on the Raspberry Pi RP2040 microcontroller. It allows you to control up to 18 servos, has 6 analog inputs and a QW/ST connector for connecting additional sensors. Pimoroni PIM613
The 8-channel servomechanism controller with potentiometers is a versatile device that allows you to control many servomechanisms at the same time. With a wide voltage range and resistance to extreme temperatures, it is an ideal solution for robotics projects and remote-controlled applications.
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)
Servo control module with 180 degree range of motion, No programming required and is ideal for operations such as opening and closing the mouth, hands or eyes. Control is performed using the built-in ATTiny13A, button and potentiometer, and each pressed button moves the servo to the other end of the range, with the possibility of adjusting the length of the movement. Kitronik 2177
A compact servo controller based on the PCA9685 chip, allowing simultaneous control of up to 16 RC servos. The board features a built-in Edge Connector for direct connection to the micro:bit and Link-compatible pads for easy integration with other modules. Power can be supplied via the terminal block or servo connectors, and a built-in switch and LED simplify operation. The controller provides a stabilized 3.3V output for the micro:bit and additional devices, making it a perfect central module in your project. Kitronik 5694
An expansion board for the BBC micro:bit, allowing easy connection and control of low-power servos. It supports two servos by default, and up to three by disabling the built-in ZIP LEDs. Powered by three AAA batteries, it simultaneously supplies power to the micro:bit, while a power switch protects against unnecessary discharge. With five RGB ZIP LEDs and the ability to connect additional ones, the board allows for attractive lighting effects and is ideal for robotic projects like the :MOVE mini. Kitronik 5623
Compact controller with XIAO ESP32-C3 module, enabling precise control of ST/SC servos via UART interface. Thanks to its solid construction and 5-12 V power supply, it allows simultaneous control of multiple servos, which is suitable for humanoid robots, hexapods and robotic arms. Arduino IDE support, open architecture and easy assembly make it a great tool for education, prototyping and advanced robotic projects. Seeed Studio 114993612
Advanced servo controller with UART and USB communication, enabling precise control of multiple servos simultaneously. Compact design and stable power supply via screw connector make the device ideal for integration in robots and automation systems with limited space. Cooperation with the Seeed Studio XIAO ecosystem and the use of serial bus instead of traditional PWM provide efficient, scalable and reliable control in educational, research and DIY projects. Seeed Studio 105990190
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.
Pololu Micro Maestro 1350 is a compact, versatile servo controller with a USB interface and autonomous operation capability, designed for use in robotics, animatronics, and control systems based on PCs or microcontrollers. Thanks to its flexible channel configuration, it can also be used as a sensor interface and I/O expander.