Home > Electric Fan Motors > Gikfun 1.5V-6V Type 130 Miniature DC Motors for Arduino Hobby Projects DIY (Case Pack of 6) EK1450 ; Visit the Gikfun Store
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Electric Fan Motors
Experiential insights by users
About Gikfun 1.5V-6V Type 130 Miniature DC Motors
Overall Feedback:
77% positive
88% liked the adjustable speed feature
I was able to adjust and control the motor used in my RC robot. I could control its start and stop as well as its speed, which was important. The motor helped the robot create beautiful pictures.
I noticed that there was an eccentric weight on the motor that caused the cup to jump around.
There was an eccentric weight on the motor causing the cup to jump around.
I used a motor that was adjustable and controllable in terms of speed and start/stop for my RC robot project. It was important for the project and was able to color beautiful pictures.
The motor has an eccentric weight that causes the cup to jump around.
71% praised for meeting international standards, while 29% raised concerns about certification
I had to solder the wires back on nearly every motor during class, indicating that the motor may not be of good quality or may not comply with certain standards.
I had to solder the wires back on nearly every motor during class.
70% liked the energy-efficient design, but 30% saw high energy bills
Even after trying to fix the issue, the motors kept shorting out and didn't work all the time.
78% appreciated the easy installation process
I suggest using hot glue to seal the fragile ends of the wire to the body of the motor to prevent the wires from breaking off.
I recommend using hot glue to seal the fragile ends of the wire to the body of the motor to prevent the wires from breaking off.
69% liked the low maintenance requirements, but 31% found it difficult to repair
I had to solder the wires back on nearly every motor during class.
I had to solder wires back on almost every motor during class because they kept breaking off.
Even after securing the wires with electrical tape, the motors kept shorting out and didn't work all the time.
79% praised for its high-powered performance, while 21% found it underpowered
The motor has good power and performance. It can control the start, stop, and speed of the motor, which is important. Additionally, it helps in coloring beautiful pictures.
I wrote off one motor falling apart as children being rough.
I had to solder the wires back on nearly every motor during class, indicating a problem with the power and performance of the electric-fan-motors.
79% found it to be reliable and long-lasting, while 21% experienced frequent breakdowns
Even after securing the wires with electrical tape, the motors didn't work all the time and kept shorting out.
Almost every motor's wires broke off, indicating poor reliability and durability of the electric-fan-motors.
Even after trying to repair the motors, they did not work all the time and kept shorting out.
I had to solder the wires back on almost every motor during class, indicating that the motor is not reliable and durable.
75% appreciated the built-in safety features
I suggest using hot glue to seal the fragile wires to the motor body as a safety solution to prevent them from breaking off.
The motor has safety features that control its start, stop, and speed.
I was able to adjust and control the motor used in my RC robot. I could control its start and stop as well as its speed, which was important. The motor helped the robot create beautiful pictures.
I faced a problem with the electric fan motor and had to take out its guts to make it work. It would have been nice if there were instructions on how to reverse the motor.
I can adjust the motor by reversing the direction of rotation. This can be done by unplugging the connector and re-plugging it with yellow to orange and orange to yellow.
I installed the motor on the other side of the motor housing and it works great.
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