SG90 Servo Motor

SG90 Servo Motor – Compact and Precise Servo for Your Projects

The SG90 Servo Motor is a small, lightweight, and highly reliable motor designed for precise control of rotational movement. Often used in robotics, modeling, and various automation projects, this motor provides accurate and consistent positioning, making it ideal for applications requiring controlled movements.

Operating on a standard 5V power supply, the SG90 servo motor can rotate within a 0-180° range, making it highly versatile for tasks such as robot arm control, camera pan/tilt mechanisms, servo-based actuators, and more. Its compact size allows for easy integration into space-limited projects, while the high torque ensures efficient performance even in more demanding tasks.

The SG90 Servo is easily controlled using a PWM (Pulse Width Modulation) signal, and it can be seamlessly integrated with platforms like Arduino, Raspberry Pi, and other microcontroller systems. Whether you’re building a robotic arm, mechanical projects, or a simple motorized mechanism, the SG90 Servo Motor provides an affordable and reliable solution for precise movement control.

Key Features:

• Compact and Lightweight: Small form factor makes it ideal for space-constrained projects
• Precise Control: Provides accurate and reliable rotation within a 0-180° range
• 5V Operation: Powered by a 5V DC supply, suitable for most microcontroller platforms
• Easy to Control: Operates using a PWM signal, perfect for integration with Arduino, Raspberry Pi, or other microcontrollers
• High Torque: Delivers efficient performance with sufficient torque for various tasks
• Wide Range of Applications: Perfect for robotics, modeling, camera systems, DIY projects, and more
• Affordable and Durable: A cost-effective solution for precise motion control in small-scale applications
• Reliable Performance: Delivers smooth and consistent movement for a wide variety of mechanical systems

Applications:

• Robotics: Use for robot arms, legs, and other moving parts that require precise, controlled motion
• Modeling: Ideal for use in scale models, remote-controlled vehicles, and robotic models
• Camera Systems: Create pan-and-tilt mechanisms for camera rigs or surveillance systems
• DIY Projects: Perfect for automated doors, servo-controlled mechanisms, or motion-based projects
• Home Automation: Integrate into home automation systems for automated blinds, gates, or robotic cleaners
• Mechanical Systems: Use as part of a system for servo-based actuators or adjustable parts in mechanical setups