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From 2018 I have a new hobby, airplanes and quadcopters - from two points of view: their construction and radio-controlled flight. So you will be able to find many FPV flying movies.
I hope you will like my channel and that you would like to subscribe! :)
A faulty USB FTD module (used to make connection between FMU and an offboard computer) destroyed the first FMU on the drone it was on, and when this FMU was replaced, the second one was also destroyed. By the time I realized that the interface module was heating up, it was already far too late.
something happened to TBS wifi at some version (probably TBS broke it) and their app Agent M cant connect to the TBS system over wifi anymore, also its not possible to track the position over wifi. Can you check to confirm? Which Crossfire wifi version firmware are you using? Thank you!
Connect a USB cable between your RC station (upper USB-C connector for TX16S) and your PC/Laptop, selected from the RC station "USB Storage (SD)" option that appears on your display and now you can download the screenshots.
Buna! Vezi ca in noua abordare trebuie sa selectezi componentele pe care vrei sa le utilizezi inainte de a construi imaginea care va rula pe drona. Deci, ai facut asa ceva?
From data sheet you will find that the "range exceeding 500 meters" for FlySky 2.4G 6CH FS-iA6B Receiver. I was able to get 844 m with the Flysky FS-i6S station - without any modification (see: ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-lu7Hj7G4EOo.htmlsi=E9jtNHUtdJZjXfJt). By using a better antenna and a higher altitude you will get, may be, 1000 m range. Test it!
what should be the voltage read when it is low and time to charge the transmitter? also what does enable maximum throw on one of the model setting does? when i enable it for some reason the throttle comes on while throttle cut switch is on
The lower voltage depends by battery types. For LiPo is 3.6V (you can go down to 3.5 but not lower) for LiIon is 3 V. If you use a discharge rate below 1/2 of the C rate, then 2.75 volts. BUT 2.5 V should be the absolute limit.
The RC and telemetry links are on 868/915 MHz, and the WiFi is on 2.4 GHz. So, from this point of view, there is no interference. The telemetry link is used anyway. So, you put there more information. However, the power of the telemetry link (25 mW if I remember correctly) is inferior to that of the RC link. By using Crossfire Nano Rx Pro you will get 500 mW - more than enough.
A XT60 mother - for almost all the goggles. The complete answer is: you will solder that specific connector required by your power cable for the goggle.
Good morning, I tried to do the , but when I click on return to travel the route from my current position to the first memorized point (starting point), in addition to putting latitude and longitude I enter the google map web link that follows " https:/ /www.google.com?saddr= " but instead of showing me the google map it shows me a very strange google serarc screen, Can you please tell me if the link I post is correct? and if so, where could I have gone wrong? Thank you again for the wonderful tutorial and I hope for a response thanks Massimo
Excellent👍. I wondered why the original setting is 1024? Seems 64 and 84 is a big reduction Does it make a difference if you use lipo batteries or other types and is this what 1024 represents? 🤔
You have links here: www.optimusdigital.ro/ro/senzori-senzori-inertiali/5187-modul-busola-digitala-qmc5883l.html ardushop.ro/en/electronics/233-3-axes-magnetic-field-sensor-hmc5883.html
@@i3Drones so from my understanding the controls and video is tethered as in there is an actual cable between transmitter and receiver. so nothing hobby freestyle or race pilots could use
What’s stopping someone from creating a “collision” hack similar to Password hack collision to take over ELRS binding names? If you can hash WiFi can’t you has ELRS with time?
@@i3Drones interesting. So if you were to prevent RF leak then almost nobody would know this is in the air. I wonder if you could go back to Primitive technology like having a super bright IR blast instructions to it instead of the fiber line
@@craig199 or similiar to laser guided atgm's. a sensor on the rear of the drone programmed to stay in beam of the laser being controlled by an operator in the rear, highly resistant to RF and laser jamming
hello thanksso much for your video, indeed I'm doing an app using navigation for my work. you are the only who show that but unfortunatly your app doesn't work !!! there many mistakes ! can you help me please ? I absolutly need to see your application working. In advance thank you very much. first fault is "call to 'com.google.appinventor.components.runtime.TinyWebDB.GetValue(java.lang.String)' has too many arguments (3; must be 2) Note: You will not see another error reported for 5 seconds."
I'm unable to debug your application from remote. But, the problem is with the component TinyDB - so, check all function related to it, especially the calls that requires arguments. To locate your error, eliminate block by block (after one elimination, insert it once again) and in this mod you will be able to pin-point your error.
@@i3Drones unfortunately the magnetometer is still greyed out for me even if i try all the different ic2 devices (0-4), any idea why? flywoo m10 mini w compass
I'm unfamiliar with 7M GPS module. The phone has its own GPS - so, it is not require an additional one. But, if you want to use, first you must connect it to the phone. I imagine based on a USB connection. The phone must to "see" it - by see it I understand to be able to add drivers.After all of these by adding a secondary GPS component you will be able to take data from MIT App Inventor.
