FYI I am an hobbyist who is really just getting started with electronics.
I got the motor you see in the attached pics from the Arduino Starter Kit.
On the outside (not visible from the pics), it has just the following written on it:
TT MOTOR
2025 5.30
Nothing else.
I am now trying to find the technical specs of this motor but I really cannot find it on the manufacturer's website. Actually I tend to suspect the manufacturer does not have it on its website.
My question is: can somebody pls point me to the webpage of this motor where I can find the technical specs and all the info?
I thank you in advance.
Side note, just in case anybody cares about my first impression about the kit (I know that s probably not the case): IMHO where the project book from the starter kit is lacking a little bit is exactly this. It provides very little info about the components it comes with.
Unfortunately, there probably isn't a dedicated datasheet for that particular motor. The Arduino Starter Kit has traditionally included a generic 130-size brushed DC motor (or a compatible equivalent), and the markings on yours ("TT MOTOR 2025 5.30") appear to be a manufacturing code rather than a part number.
If you need exact specifications, your best option is to measure the motor yourself (no-load current, stall current, speed, etc.), since these motors may come from different suppliers. Typical 130-size motors are rated for about 1.5–6 V, draw roughly 70–150 mA with no load at 5 V, and can draw around 0.5–1 A when stalled.
Welcome!
I would consider returning it. That information is pretty basic and, if you follow this forum, you'll see it is requested many times when someone asks for help.
If you're lucky, someone may recognize the motor and know its specifications. I understand how frustrating this can be, especially if you're new to electronics and don't have the tools needed to make the necessary measurements.
One of the easiest ways to check out an unknown DC motor, is to use a bench power supply.
Expensive, maybe but an essential in serious electronics and electrical work.
Set a low voltage and low current and work up until something happens. Adjust the settings until you get something that looks right. You can apply some force and see how the power reacts.