2/5/10/20pcs SG90 Servo motor micro 9g 180 360 degree mount SG90 kit without metal gear pro RC Car Toy Airplane Arduino UNO DIY
SG90 9G Micro Servo Motor For Robot 6CH RC Helicopter Airplane ControlsAttention：If you are using RC car, ship,drones, and steering control, please choose a 180 degree servo.360 degrees are continuous rotations and can only adjust speed, not angle.Features:1.Compact and Lightweight: The SG90 9G servo motor features a small size and lightweight design, making it ideal for use in a wide range of electronic projects.2.High Torque and Fast Response: With a torque of 1.6KG/CM (at 4.8V) and a response
- Exceptional torque-to-weight ratio for heavy mechanical loads
- Built-in robust reduction gearbox for stable angular velocity
- Durable all-metal gear configuration resisting wear and tear
- Smooth rotation control with minimal mechanical backlash
- Compatible with standard PWM and H-bridge motor driver boards
- Quiet operation and minimal thermal output during continuous load
- Standardized mounting holes for quick and clean structural assembly
Need help before you buy?
Call iBuyRobotics for product guidance, compatibility questions, bulk orders, or support.
(855) I-BUY-ROBO (855) 428-9762Use Cases
Wheel locomotion, robotic arm joint actuation, CNC axis motion, automated lock mechanisms, and precision mechanical drive assemblies.
Compatibility Notes
Works with standard H-bridge motor drivers, servo controllers, and electronic speed controllers (ESCs). Requires a dedicated motor power supply.
Frequently Asked Questions
Yes, it has a built-in reduction gearbox designed to maximize output torque while regulating speed.
It is compatible with standard motor driver modules such as the L298N, TB6612FNG, or generic stepper drivers depending on the exact coil wiring.
No, motors draw significant current and should always be powered via an external battery pack or power supply, with only control signals coming from the microcontroller.
Related Products
Other products in RC Servos that you may find useful.
