Yellow Dc Gear Motor with Plastic Wheels of Toy Car

Product Description

Product Introduction

Yellow Dc Gear Motor with Plastic Wheels of Toy Car
Yellow Dc Gear Motor with Plastic Wheels of Toy Car
Yellow Dc Gear Motor with Plastic Wheels of Toy Car
Yellow Dc Gear Motor with Plastic Wheels of Toy Car Divider

Product Specifications

Model Voltage No-load Load Stall
Working Voltage Rated voltage Speed Current Speed Current Torque Power output Stall torque Current
V rpm A rpm A N.m Kg.m W N.m Kg.m A
SGP01S-A130-14150-120 3-12.0V 4.5 100 0.2 87 0.5 0.066 0.675 0.4 0.265 2.7 1.25
SGP01S-A130-18100-220 3-12.0V 3.0 50 0.2 40 0.3 0.120 1.233 0.6 0.393 4.003 2.15

Dimensions & Performance Curves

Yellow Dc Gear Motor with Plastic Wheels of Toy Car Technical Drawing

Product Gallery & Details

Yellow Dc Gear Motor Details View 1
Yellow Dc Gear Motor Details View 2
Yellow Dc Gear Motor Details View 3
Yellow Dc Gear Motor Details View 4
Yellow Dc Gear Motor Details View 5
Yellow Dc Gear Motor Details View 6

Frequently Asked Questions

What is the operating voltage range of this yellow DC gear motor?
This yellow DC gear motor has an operating voltage range of 3V to 12V, making it highly versatile for various low-power and DIY electronics projects.
Can these motors be used directly for toy cars and DIY smart robot projects?
Yes, these motors are specifically designed with plastic wheels, making them ideal for smart toy cars, obstacle avoidance robots, DIY physics projects, and other small mobile platforms.
What are the main performance differences between the two models?
The SGP01S-A130-14150-120 operates at a rated voltage of 4.5V with a speed of 100 rpm, whereas the SGP01S-A130-18100-220 model is rated at 3.0V with a speed of 50 rpm but delivers a higher stall torque of up to 4.003 Kg.m.
Is the plastic wheel included with the gear motor unit?
Yes, this product listing is for the yellow DC gear motor complete with the matching plastic wheel designed for easy assembly and immediate use.
How can I control the rotation speed and direction of the motor?
You can easily control the speed and direction using a standard H-bridge motor driver (such as L298N or L293D) connected to a microcontroller like Arduino, Raspberry Pi, or ESP32.

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