Correction: The RadioHead library DOES implement those methods now via: setSpreadingFactor, setSignalBandwidth, and setCodingRate4. So those functions aren't necessary with recent releases of RH. It also has methods setHeaderTo/setHeaderFrom which will set the TO/FROM addresses on packets which means you don't have to waste that first byte as the sender ID. If you use those, call setPromiscuous(true) so that the repeater can accept packets with any TO address.
Mysensors project is the best implementation of Lora RH. All addressing, repeating, iot gateway, p2p mode, payload, message confirmation etc is done for you. Save you load of time writing the radio code..
Thanks for the video, I was searching for an off-grid soloar system to power my LoRa ESP32 APRS repeater. This video gives me some guiding. Not exactly sure what a good and cheap system is to power the system in the dark winter days.
Nice videos but why you dont share your code ? I think many people would like to test what you are made in this video so the code or link to your projekt please :)
It's hard to say for sure, because some buildings interfere more with radio signals more than others, but I've never had problems transmitting with several houses in the way so it should be able to go through a few floors of a building. Certainly a lot better than WiFi or BLE.
I'd assume it is based on the density and material of the building, is there metal in the walls? Are the walls dense blocks and concrete or are they dry wall?
I'm concerned about the heat here in Texas, specifically the battery any ideas? These last few weeks I've heard of stories where Lithium batteries were starting fires. Is there a way to cool off the batteries? I was thinking of putting the controller and battery inside a small Electrical Junction Box that is white and waterproof. Using an extended antenna, and a solar panel on the outside (the only two holes in the box) but I'm super concerned about heat. I'm wondering if using another battery type would make it more sureproof/fire proof. Also the junction box is white so that should help a bit, but I'd imagine heat is still a serious issue even with that. O2 absorbers inside as well, and I really don't want to do this but I'm not super tech savy but is it possible to maybe rung a super long weatherproof wire. So the solar panel is in the sun and the device is, but the battery is maybe either buried or is inside a house? You earned yourself a sub. Thanks and great video!
A few things that might work. Putting the solar panel outside and on top of the box shading it. Some louvered cooling vents An aluminium box. Cooling fans. A larger box (would take longer to heat up during the day). External insulation around the box with a gap for air movement.
Would you be interested in building and testing a large solar powered repeater network, that covers a large area of very rough terrain? I’d be willing to purchase/provide all of the necessary components, testing data/results, footage, and give you the rights to use solely on your UA-cam channel. I have yet to see anyone actually build one out and test it. If it worked well enough, it would potentially be used by a rural volunteer fire department, where radios and very few repeaters (limited by funds) are spotty, at best.
I am looking for about your product place lace me a message.When I post this, I am looking for more no this . I wonder where this work on Chambers and stuff a wireless more range on your wireless and what else can it work on get back to me soon as possible and I want to know where you got your battery pack at and how much power would it put out my solar panel would it keep my payments going
Correction: The RadioHead library DOES implement those methods now via: setSpreadingFactor, setSignalBandwidth, and setCodingRate4. So those functions aren't necessary with recent releases of RH.
It also has methods setHeaderTo/setHeaderFrom which will set the TO/FROM addresses on packets which means you don't have to waste that first byte as the sender ID. If you use those, call setPromiscuous(true) so that the repeater can accept packets with any TO address.
Of course we're interested in the source code !!
Excellent project buddy. It gave me a basis for solving a distance problem. Thank you for sharing! Congratulations!
Great project! I’m trying the same with the ttgo lora board. Thanks for sharing.
Your videos are underrated; you need more visibility. I hope to see more.
The first question that came to my mind was whether or not messages could be encrypted for privacy.
I just found your project. I'm thinking about doing this over this weekend. I have 433tx and 433rx boards. I'll see about doing a video about it...
Mysensors project is the best implementation of Lora RH. All addressing, repeating, iot gateway, p2p mode, payload, message confirmation etc is done for you.
Save you load of time writing the radio code..
Thanks for the video, I was searching for an off-grid soloar system to power my LoRa ESP32 APRS repeater. This video gives me some guiding. Not exactly sure what a good and cheap system is to power the system in the dark winter days.
Where is the cooode ?
Nice videos but why you dont share your code ? I think many people would like to test what you are made in this video so the code or link to your projekt please :)
Very interested in this. Excited for your next update
Would love a copy of your code. Thx.
Hey nice video and subscribed to your channel. Looking for your next video.
How do you connect the solar panel to charge the battery?
If a receiver is placed at Ground floor, in a 3 floor building, and the transmitter is at terrace, will the receiver be able to receive the signal?
It's hard to say for sure, because some buildings interfere more with radio signals more than others, but I've never had problems transmitting with several houses in the way so it should be able to go through a few floors of a building. Certainly a lot better than WiFi or BLE.
I'd assume it is based on the density and material of the building, is there metal in the walls? Are the walls dense blocks and concrete or are they dry wall?
Did you do the off grid messaging system, I’m working on this project now with a few tweaks
I'm concerned about the heat here in Texas, specifically the battery any ideas? These last few weeks I've heard of stories where Lithium batteries were starting fires. Is there a way to cool off the batteries? I was thinking of putting the controller and battery inside a small Electrical Junction Box that is white and waterproof. Using an extended antenna, and a solar panel on the outside (the only two holes in the box) but I'm super concerned about heat. I'm wondering if using another battery type would make it more sureproof/fire proof. Also the junction box is white so that should help a bit, but I'd imagine heat is still a serious issue even with that. O2 absorbers inside as well, and I really don't want to do this but I'm not super tech savy but is it possible to maybe rung a super long weatherproof wire. So the solar panel is in the sun and the device is, but the battery is maybe either buried or is inside a house? You earned yourself a sub. Thanks and great video!
A few things that might work.
Putting the solar panel outside and on top of the box shading it.
Some louvered cooling vents
An aluminium box.
Cooling fans.
A larger box (would take longer to heat up during the day).
External insulation around the box with a gap for air movement.
with just ttgo lora do i need a mesh or will it work adhoc with anoother 1 of the same? using meshtastic?
They expload! when exposed to air??? Thanks, now I got to try it :D
GReat video, thanks. MInd sharing the code?
Nice work thanks for making a video on this!
Cool Idea! Is there any chance that I can get a copy of the code?
#DavyWybiral
Great video Sir!
What formula may I use to calculate charging time from a solar panel? Thank you.
Where in Texas ?
Voltaic!! Subbed right away!!
This is freaking awesome!♡♡♡
will this work for lorawan?
Would you be interested in building and testing a large solar powered repeater network, that covers a large area of very rough terrain? I’d be willing to purchase/provide all of the necessary components, testing data/results, footage, and give you the rights to use solely on your UA-cam channel. I have yet to see anyone actually build one out and test it. If it worked well enough, it would potentially be used by a rural volunteer fire department, where radios and very few repeaters (limited by funds) are spotty, at best.
Did u get this solution provided for you ?
@@bluepinetxmedia-josepescad7649 no response.
Well if u need input - or some walkthroughs on coms w the topo u have - we might be able to help u out for the vfd -
I might as well be interested into making something like that.
If I get those parts
Very nice project!
Can you please share your code?
wow, can you say "this is your daily dose of internet" are you the same guy?
DO YOU HAVE POSTED CODE ?
Hello, can i ask you if it can possibly work with helium miner? Thanks very much :)
can you share the source code
Nice video, keep it up, thanks :)
Awesome !
FYI, every Lora I have tested Is always at 908.875 MHz
Will this LoRa Board work as a repeater for Walkie Talkie/Ham and GSM communication?
source cooooode :)
Best thing is Lora doesn't require a license to use.
send me the code please
Those power banks aren't really any more durable.
Omg I been trying to find a video that explains this in plain English but nooooo
I am looking for about your product place lace me a message.When I post this, I am looking for more no this . I wonder where this work on Chambers and stuff a wireless more range on your wireless and what else can it work on get back to me soon as possible and I want to know where you got your battery pack at and how much power would it put out my solar panel would it keep my payments going
GReat video, thanks. MInd sharing the code?