Category: Standard servos
Standard Servos - Versatile and Reliable Solutions for Your Projects
These highly versatile components are suitable for a wide range of robotics, modeling, and DIY projects. At Kamami.pl, we offer a rich selection of standard servos that meet the needs of both beginners and advanced users. Our range includes models with various specifications from renowned manufacturers such as FEETECH, Pololu, and others. Choosing the right standard servo can significantly impact the precision and reliability of your project, so it's essential to consider parameters like torque, speed, rotation angle, and additional features.
There are 34 products.
RSBL120-24 is a high-performance servo mechanism with a magnetic encoder, high torque, and industrial-grade durability, dedicated to projects requiring precise control and reliability. An excellent choice for advanced robotic constructions, automation, and mechatronic applications where precision, durability, and scalability of the solution matter.
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RSBL45-24 is a professional RS485 servo mechanism with high torque, precise control, and a durable design. Featuring a brushless motor, magnetic encoder, and serial communication, it is ideal for applications requiring reliable and scalable motion control, such as robotics, industrial automation, and mechatronic systems.
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The ST3235 servo is a high-precision device with a high torque output and a full 360° rotation range, designed for complex robotic projects. Supporting multiple operating modes, UART serial communication, and feedback control, it is ideal for use in mobile robotics, manipulators, walking robots, and any applications requiring precise positioning under high loads.
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RSBL35-24-HS is a professional RS485 servo with a high torque of 35 kg·cm and a 360° magnetic encoder, designed for applications requiring high precision and durability. With its brushless drive, aluminum housing, and advanced operating modes, it is ideal for mobile robotics, robotic arms, and automation systems that demand high power and reliability.
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The Digilent GWS Servo Kit (290-010P) provides fast and precise motion control with high torque. Combined with the included accessory set, it serves as a versatile solution for educational robotics and prototype mechatronic designs.
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Standard type servo fitted with a plastic gearbox. It is characterised by quite high durability and strength. SparkFun ROB-11883
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Standard analog servo equipped with a plastic gear. Adapted to continuous operation 360°. Pololu 3448
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Standard digital servo equipped with a metal gear. It is characterized by high torque and high durability. DS3225
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Standard analog servo with plastic gear. It has a 180° range of motion and derived feedback output. Pololu 3441
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The FS5115M is a standard-size analog servo from FEETECH that has an all-metal gear train and delivers extra-high torque normally associated with much more expensive or larger servos. Servo horns and associated hardware are included. Pololu 3426
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Standard analog servo equipped with a plastic gear. It is characterized by quite high durability and strength. SparkFun ROB-11884
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The Base Rotate Kit is perfect for rotating a large mass. It can easily support 10lbs of weight. It has five 6mm bearings to reduce the friction. It\'s injection molded from ultra strong ABS plastic. ROB0034
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CF35-12 is a high-precision servo mechanism with a 360° magnetic encoder, optimized for use in modern robotic designs. Its high torque, maintenance-free construction, and rich set of control features make it an ideal choice for walking robots, robotic arms, and mechatronic systems requiring high accuracy, smooth motion, and reliability.
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Programmable Servos with UART Interface
Models like the SC15 Servo and ST3020 Servo provide advanced programming capabilities and come with a UART interface. These servos offer flexibility and precision in control, making them ideal for complex robotics projects. Their ability to customize operating parameters to specific application needs makes them valued by both amateurs and professionals.
High Quality and Precision in Digital Control
The DS3225 digital servo offers a 90° rotation angle, standing out for its high-quality construction and precise control. Perfect for advanced projects requiring accurate movement, it ensures stability and reliability with digital technology.
Continuous Rotation for Advanced Applications
The Pololu 1248 - SpringRC SM-S4303R is a standard servo with continuous rotation capability. Its ability to perform full rotations makes it ideal for applications requiring constant motion, such as mobile robots. Its reliability and versatility make it a popular choice among builders.
Precision and Control with Feedback
The FEETECH FS5106B-FB offers a 180° rotation angle and feedback function. This feature allows for position monitoring, providing greater precision and control in advanced robotic and automation applications.
Versatility and Reliability in Servomechanisms
The FEETECH FS5103B is a versatile standard servomechanism suitable for various projects, from modeling to robotics. Its robust construction and reliability make it an ideal choice for users seeking a proven and efficient solution.
Applications of Standard Servos in Various Projects
Standard servos are widely used in different fields. They are essential in the construction of RC models, where precise control and reliability are required. In robotics, these servos drive manipulators, control systems, and other mechanisms requiring precise movement. In DIY projects, they enable the realization of advanced projects such as building robots, drones, or automated systems.
Key Factors in Choosing a Standard Servo
When selecting a standard servo, it's important to consider several key parameters. Torque determines how much force the servo can generate, which is crucial in applications requiring high power. The speed of the servo affects the system's response time, which is important in dynamic applications. The rotation angle is significant in projects where specific ranges of motion are required. Additionally, features like feedback and programmability can greatly enhance the precision and control of the servomechanism.