SG90 9G Micro Servo + 1pcs FPV Dedicated Nylon PTZ for Arduino Kit – Compact and High-Performance Servo Motor for Robotics and DIY Projects

Description:
The LA SG90 9G Micro Servo + 1pcs FPV Dedicated Nylon PTZ for Arduino Kit is a versatile and compact servo motor ideal for robotics, RC cars, and various DIY electronics projects. This kit includes the SG90 9G micro servo motor, which is known for its precision and low power consumption, as well as a dedicated nylon PTZ (Pan-Tilt-Zoom) for FPV (First-Person View) applications. The servo motor is lightweight, making it suitable for use in small-scale projects or applications where space and weight are crucial. It’s an excellent choice for controlling cameras, robotic arms, and other moving parts in Arduino-based systems.

Specifications

Key Features:

• SG90 9G Micro Servo Motor: A compact and lightweight motor ideal for precise control in small projects.
• Wide Rotation Angle: Provides 0° to 180° rotation, allowing for flexible movement control.
• High Torque: Offers 1.8 kg·cm of torque at 4.8V, providing reliable movement for lightweight applications.
• Low Power Consumption: Operates efficiently at low voltages, making it perfect for Arduino-based projects and battery-powered systems.
• FPV Dedicated Nylon PTZ: High-quality, durable nylon PTZ system, perfect for small FPV camera installations and remote control systems.
• Versatile for Robotics & DIY Projects: Ideal for controlling robotic arms, camera movements, and other automation tasks in Arduino and RC projects.

Applications:

• Robotics: Use it to control arms, legs, or moving parts in robotic projects.
• FPV Systems: Perfect for mounting and controlling cameras in drone and FPV applications.
• Arduino Projects: Easily integrate into Arduino-based systems for automation, monitoring, and control tasks.
• Model Cars & RC Vehicles: Use for steering, throttle, or other moving parts in remote-controlled vehicles.
• Pan-Tilt Zoom Systems: Can be used in small-scale PTZ camera systems for surveillance or FPV.

Usage Note:
For optimal performance, ensure that the servo is powered with the correct voltage and that the PTZ system is securely mounted. When integrating the servo motor with Arduino, use the appropriate PWM pins to control the servo's movement. The servo works best for lightweight applications, and it’s recommended to avoid overloading the motor for extended periods.