(cheer) (aww) (hippo) (santa) (santa) (santa) (santa) (santa)
That's in a few years when our leader Google paves the way~
I'm pretty sure that's one of the accessory pods for Thunderbird 2.
What kind of range are you getting with the NRF24s? I'm thinking about playing with some R/C (boat/car/plane) ideas, but in the spirit of being a cheapskate I don't want to splash out 60 quid on a transmiter/receiver when I have various microcontrollers and xbox pads laying around.
Not a great deal in the house. I think I posted a video of someone testing the range of them with different antena types with those radios. They can go surprisingly far outside.
A mile?! OK I think they'll do fine for outside stuff!
Think I'll make a box with an arduino or Pi that has an nrf24 (with antena!) and a screen and maybe a few interface buttons to load/save profiles, and connect a 360 pad to it for a r/c controller. Fun project for the summer.
I'm thinking definitely a car and a boat, and a plane if I get adventurous/find some spare cash for a decent motor/prop.
There's definitely some decent quoted distances online.
I've got a huge antenna on my RPi and the regular antenna on my kitchen sensor and it sometimes drops out. That's only going through 2 walls, one being a fairly thick brick wall, oh and the RPi is next to the consumer unit so there might be a bit of noise there. Changing the 2.4GHz channel might help for me. If you're out in the open with very little 2.4GHz interference you should definitely get much better distances.
I thought they did frequency hopping? Or is that something else. I think for anything flying some fairly robust frequency hopping spread spectrum stuff would be a necessity. With all the unregulated stuff on 2.4 Ghz you never know when some random device could totally knock out your comms.
I was sure I set the channel but can't seem to find it in my code.
I definitely set signal strength and speed though. Had to be highest strength and lowest speed to get what I have - which isn't as good as I wanted.