I am just starting down this journey myself and am in the process of obtaining some accessory break out boards, but here is the pinout info for the accessory port itself. If you just need access to the 5v you probably don't need a breakout board, but a connector would be ideal. There are (2) 5v ports available and (2) main battery ports available (14v-16v).
Future of Solo | Page 2 | 3D Robotics Drone Forum
On the bottom of the Solo. There is a little rectangular rubber plug covering it right next to the gibmal.
$1.18 at MouserExcellent- thanks! Now to find a connector..
TX24-30R-6ST-N1E JAE Electronics | Mouser
Ooh the possibilities
This is a 3 way video switch - solo with multiple camera options - can be hooked up to a 5.8 ghz transmitter
This is a 3 way video switch - solo with multiple camera options - can be hooked up to a 5.8 ghz transmitter
If we can only hook it up to a long range transmitter like dragonlink or tbs crossfire - this can be a cool SAR platform. And of course the battery issue.
Let us know if you can make a breakout cable for power - I can 3D print you a housing for your led and maybe a bottom facing FPV camera.
Anyone know the size of the bottom screws
Let us know if you can make a breakout cable for power - I can 3D print you a housing for your led and maybe a bottom facing FPV camera.
Anyone know the size of the bottom screws
I just ordered 2 connectors- have no idea how difficult it will be to make a cable with it.
Technically all you need is a 5.8 transmitter which is hooked up to the FPV camera on the solo and on the ground an FPV receiver - which can be a gogle or an lcd screen.
Thanks for the link...that is something I might just get!
But do you know how much power it takes to light them up..?
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Shouldn't take much to light them up, they're not very bright, I'd say the added weight would have more of an impact on flight, but it shouldn't be much.
I'm all for companies offering new products, but these seem too weak to add any visibility in daylight. You can see in the video they're not much brighter than the stock lights, and they don't show much footage of it flying in daylight. Now the prop guards they also offer on the other hand...
Okay- I ordered parts from Flytron in the U.K. on the 17th and they arrived on the 22nd.
I ordered 4 1W led's, 2 circuit boards, and 4 diffusing lens' for the led's. Total cost with shipping was about $40.
The LED's are very tiny- only about 1/4" in dia. The circuit boards are about 1/2" by 7/8"
The circuit boards produce a nice "double flash" like conventional aircraft.
For their size they are very bright, especially at night.
To do a quick test I connected everything, taped it on the outside of Solo, along with a 3.7V lipo for power. I flew up to about 200 ft. during the daytime and had difficulty seeing the little LED's. I flew about 200-300 feet away and could see them but not very well. Visibility depended a lot on the angle from me to Solo.
I didn't bother trying to film the test because I don't think the LED's would have shown up.
Actually I'm pretty disappointed in the results. Not bad visibility but not very good either so I'm going to put together one of the 10W Arduino units.
I don't know how much power these boards put out so I'm going to get a 10 W Led and try it out first.
Because I intend to run all the wiring inside Solo to wherever I end up mounting the LED's, tapping into power somewhere inside Solo would be preferable. I was thinking I would then mount a tiny on/off switch somewhere on Solo. All of this would mean carefully drilling some tiny holes into Solo to run wiring.
If anybody has any ideas where to tap into 5V inside Solo I'm listening!!
I ordered 4 1W led's, 2 circuit boards, and 4 diffusing lens' for the led's. Total cost with shipping was about $40.
The LED's are very tiny- only about 1/4" in dia. The circuit boards are about 1/2" by 7/8"
The circuit boards produce a nice "double flash" like conventional aircraft.
For their size they are very bright, especially at night.
To do a quick test I connected everything, taped it on the outside of Solo, along with a 3.7V lipo for power. I flew up to about 200 ft. during the daytime and had difficulty seeing the little LED's. I flew about 200-300 feet away and could see them but not very well. Visibility depended a lot on the angle from me to Solo.
I didn't bother trying to film the test because I don't think the LED's would have shown up.
Actually I'm pretty disappointed in the results. Not bad visibility but not very good either so I'm going to put together one of the 10W Arduino units.
I don't know how much power these boards put out so I'm going to get a 10 W Led and try it out first.
Because I intend to run all the wiring inside Solo to wherever I end up mounting the LED's, tapping into power somewhere inside Solo would be preferable. I was thinking I would then mount a tiny on/off switch somewhere on Solo. All of this would mean carefully drilling some tiny holes into Solo to run wiring.
If anybody has any ideas where to tap into 5V inside Solo I'm listening!!
Did you end up using the Arduino board or the digispark that was used in the video? I assume the digispark needs to be programmed like the Arduino?
What are the green circuit boards in the top photo?
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