flambert860

What about this one, the KV is lower, but many of the other specs seems right, perhabs search for gimbal replacement motors, they might be more reliable to maintain a...

I think the best solution would be to find a popurlar gimbal where the motor fit the specs, then there should be plenty of replacement parts

> Hi，by contacting the saler in Chinese, I've known that they would produce the same motor* as @scottbez1 mentioned for new with the price of 60CNY($9.5), and the quantity larger,...

They're discoverable in discord, it could be linked to the GitHub page.

@scottbez1 @LoganDark I can also help if anything is needed.

Yea sure, these are the samples with command "rtl_433 -d 0 -f 433.92M -A -S unknown" the Pressure should be falling. [samples.zip](https://github.com/merbanan/rtl_433/files/7271764/samples.zip)

Okay, have moved the sensor futher away, my mistake thought it would have a more clear reading close by. command "rtl_433 -d 0 -f 433.92M -s 1M -S unknow [samples2.zip](https://github.com/merbanan/rtl_433/files/7271807/samples2.zip)...

Am I doing something wrong? my data lokes kinda weird, and when I try to paste it into bitlength I just get "1" or "3"  [test.txt](https://github.com/merbanan/rtl_433/files/7272975/test.txt)

Hey again, first of all thanks for taking your time to help me out. If I remove the align the data from yesterday seems kinda weird, and I am not...

I am not sure what I am doing wrong, did some more messurements but can't find any field which could be the ID since they always seems different: [bitBench](https://triq.net/bitbench?c=%5Bold%20data%5D&c=%7B127%7D5999599a5aaaa6559a5a669696555998&c=%7B127%7D5999599a5aaaa6559a5a669696555998&c=%7B127%7D96996a99a5a96555655aa59665599698&c=%7B127%7D96996a99a5a96555655aa59665599698&c=%7B127%7D96696a69a6595aa5656aa56666a59668&c=%7B127%7D96696a69a6595aa5656aa56666a59668&c=%7B127%7Da969a569955995a6aa6956665669a968&c=%7B127%7Da969a569955995a6aa6956665669a968&c=%7B127%7Da969a569955995a6aa6956665669a968&c=%7B127%7Da969a569955995a6aa6956665669a968&c=%7B127%7Da969a96995695a995aaaa9a65669a968&c=%7B127%7Da969a96995695a995aaaa9a65669a968&c=%7B127%7Da969a569955995a6aa6956665669a968&c=%7B127%7Da969a569955995a6aa6956665669a968&c=%7B127%7Da969a569955995a6aa6956665669a968&c=%7B127%7Da969a569955995a6aa6956665669a968&c=%7B127%7Da969a569955995a6aa6956665669a968&c=%7B127%7Da969a569955995a6aa6956665669a968&c=%5Bcmd%3D%22rtl_433%20-s%201M%20-R%200%20-X%20%27n%3Dname%2Cm%3DOOK_PCM%2Cs%3D50%2Cl%3D50%2Cr%3D130%27%22%5D&c=%5Bsensor%202%5D&c=%7B127%7D656665666a55a9aa65a6a595965665660%20%5B%7B161%7Daaaaaaaa656665666a55a9aa65a6a595965665660%5D&c=%7B127%7D559a559a99999a66956a95a9a656559a0%20%5B%7B161%7Daaaaaaaa559a559a99999a66956a95a9a656559a0%5D&c=%7B127%7D65a665a66996aa6a6566a655995665a60%20%5B%7B161%7Daaaaaaaa65a665a66996aa6a6566a655995665a60%5D&c=%7B127%7D5a565a569565a69a69569a65a59a5a560%20%5B%7B161%7Daaaaaaaa5a565a569565a69a69569a65a59a5a560%5D&c=%7B127%7D6aa669a65a95596a5666555595566aa60%20%5B%7B161%7Daaaaaaaa6aa669a65a95596a5666555595566aa60%5D&c=%5Bsensor%201%5D&c=%7B127%7D5aa65aa66a6a56555a56a665996a5aa60%20%5B%7B161%7Daaaaaaaa5aa65aa66a6a56555a56a665996a5aa60%5D&c=%7B127%7D5956595696656a6666566695a6a659560%20%5B%7B161%7Daaaaaaaa5956595696656a6666566695a6a659560%5D&c=%7B127%7D6966696665aa5a955596aaa5965669660%20%5B%7B161%7Daaaaaaaa6966696665aa5a955596aaa5965669660%5D&c=%7B127%7D6a5a695a65566569aa9a5599959a6a5a0%20%5B%7B161%7Daaaaaaaa6a5a695a65566569aa9a5599959a6a5a0%5D&c=&c=%5BCMD%3D%22rtl_433%20-s%201M%20-R%200%20-X%20%27n%3Dname%2Cm%3DOOK_PCM%2Cs%3D50%2Cl%3D50%2Cr%3D130%2Cpreamble%3Daa9%27%22%5D&c=%5Bsensor%201%20--%20falling%20pressure%5D&c=%7B127%7D59a959aa5a9aa66599aa66a696a559a8&c=%7B127%7D69a965a9aa95566569aa96a6695569a8&c=%7B127%7D95996999a6a55a55665a9a9669559598&c=%7B127%7Da969a569955995a6aa6956665669a968&c=%5Bsensor%202%20--%20falling%20pressure%5D&c=%7B127%7Da969a96995595a995aaaa9a5a5a9a968&c=%7B127%7D6a596659aa6aa5699a5a6a9669956a58&c=%7B127%7D96596a59a66aa969965a969669599658&c=%7B127%7D59a955aa5a9a9559aa6a5a66a5a959a8&f=7h8h%208h8h%208h8h%208h8h&d=MC&cw=4)