step 1 get cheap camera your not afraid to fry
step 2 carefully remove back cover (be VERY careful not to touch any circuitry used by the flash or it will ZAP you )
step 3 locate button on circuit board
step 4 use volt meter to determine the voltage polarity across the bottun (positive reading when red it touched to something positive)
step 5 carefully solder leads to both sides of button
(at this point you can put batteries in and touch the lead together and the shudder should click)
step 6 cut hole in case for wire to escape
step 7 carefully reassemble cover and add some hot glue to wire exit to secure
step 8 attach to you favorite microcontroller neg lead to ground pos lead to pin ,to trigger bring pin low

Tags: camera, hack, payload

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A microcontroller is one system that might be used as an autopilot. The autopilot might be programed to fly to a certain GPS waypoint and take a picture once it gets there. There would be no human input from the ground.
if you want a pic based controller for RC aerial camera control use see

http://rc-cam.com/project1.htm

I have used this for several cameras. Samples of the photos and how the camera is mounted are here:

http://www.lobstercove.ca/cgi-bin/yabb/YaBB.cgi?num=1160323567

Jim H
I used a refurbished Kodak C913 ( 9.3 megapixel camera. ).. after figuring out the the button to trigger the flash. .i soldered wire to it. the cool part is that I got a small micro switch and attached a micro servo to it.. and glued it all together.. ( Camera, Servo and Microswitch ). I plugged the servo into the retract port of the reciever.. and now when ever i trigger the retract button.. the camera flashes... Microswitch was about $1.29 from Fry's electronics.. and microservos are about 8 or 9 bucks..
Great write-up.

Can I suggest:

step 1.1 remove battery
step 1.2 wait 1 hour

I'm guessing an hour would be enough time for the flash capacitor to discharge?

To be honest I would do:

step 1.1 remove battery
step 1.2 get impatient after 10 mins
yeah.. I got zapped a few times....
Here is the system I used, utilizing a sub micro servo to actuate the shutter button. Works well, self titled the "Orion 1.1 / 1.2" system. Works well on the Parkzone Radian electric sailplane.

nice pics !! how well did your mount survive landing?
Thanks! I have flown a few flights with it so far with no problems. Only one incident of breaking off the stinger mounts due to long grass ripping it off. Going to add small parkflyer type wheels soon.
What is the total weight of your add-on camera system? Did it impact the flight abilities of the Radian? Does anyone know how much weight would be possible to take up there? I don't have a camera yet, but am wondering how big would be possible.
I love it, explaining how to use a voltmeter in a project which requires the use of a microcontroller.

So that's why I'm late to the party, I spent to many years just figuring out the damn voltmeter ;)

- kidding - I'm really just acknowledging the endless effort to find the right balance of technicality when explaining technical projects. Been there, done that, got the headache.
Ben
I have one suggestion about this hack! why not use a transistor to trigger the camera!
sure but whats going to trigger the transistor? you could easly use a 555 timer.

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