100PCS 100K ohm Resistor 1/4w (0.25 Watt) ±1% Tolerance Metal Film Fixed Resistors, Over 200 Multiple Values (0~22M ohm) of Resistance Optional (100K ohm,100K R,100K Ω)

They are just resistors, but thanks for getting them to me so quickly and high quality

Great. Served it purpose just fine.

Great price. I would need to check the claimed 1% tolerence with my VTVM. if you need a general purpose high value Resistor these should work fine. If you need precision check the value first with an accurate VOM capable of checking megohm resistance.

Great and right on timer

Edited review. The resistors are good. The markings are correct, alas, they are difficult to read (sigh). Thank you to the quick reply from the vendor indicating my mistake in mis-reading the markings. Sadly, the brown/black is difficult to discern to my eyes (sigh). I find beige-body resistors easier to read, but this may be personal experience. A good vendor with a good product. And good/responsive support.

These 10k ohm resistors are exactly what I needed for my circuits. The ±1% tolerance is very accurate—every one I tested with a multimeter measured right on target. At ¼ watt, they’re great for breadboard prototyping, Arduino projects, and general electronics builds. The metal film construction keeps noise low and performance stable, which is a big plus compared to carbon film types. The leads are sturdy, easy to bend, and solder cleanly without breaking. Having 100 in a pack means I always have the right value on hand for voltage dividers, pull-ups, and other common uses. For the price, these are dependable, well-packaged, and perfect for both beginners and experienced hobbyists. A must-have staple in any electronics toolbox

Great! I got my protect going! Thanks

Ordered these because I needed an absolute load of 10 ohm resistors in a hurry to do a repair. They got the job done, but they're clearly built to a price point. The leads are far thinner than usual, and break off pretty easily if one isn't careful bending and positioning them to the board. Some of the samples I tested were a little out of tolerance, with a couple reading as high as 10.2 ohm. Not a problem in my application. I could have gotten better quality for lower cost per unit through a reputable electronics supply house, but it would have taken longer and I wouldn't get free Prime shipping, so... 🤷