Time-Lapse Camera Controller using Arduino




Simple digital cameras can produce remarkably good quality photos and are now cheap enough that it doesn’t hurt the wallet too much to buy one with the intention of modifying it for use in a project. You may even already have an old digital camera that you don’t mind sacrificing for a good cause!

Time-Lapse Camera Controller




Modifying a camera to control it from an Arduino opens up a world of possibilities. This project lets your Arduino take control of the camera to take photos at regular intervals so they can be reconstructed as a time-lapse movie. Set your frame interval to suit your subject and you could make a movie of grass growing, or a house being painted, or a house being built, or flowers opening. Time lapse movies can be spectacular and this project will give you the tools to let your imagination run wild.

Time-Lapse Controller Schematic

Camera Controller Schematic

Major Components in Project

Qty Description
General Parts
1 Arduino Duemilanove, Arduino Pro, Seeeduino, or equivalent
1 Prototyping shield
2 5V reed relays
2 1N4001 power diodes or equivalent
1 3.5mm stereo socket
1 Light dependent resistor (optional)
1 10K resistor (optional)
1%: brown-black-black-red-brown
5%: brown-black-orange-gold
Camera connection for Canon
2 3.5mm stereo line plugs
50cm Shielded stereo cable
Camera connection for Panasonic
1 3.5mm stereo line socket
1 2.5mm 4-connection line plug
1 1K8 resistor
1%: brown-gray-black-brown-brown
5%: brown-gray-red-gold
1 27K resistor
1%: red-violet-black-red-brown
5%: red-violet-orange-gold
1 33K resistor
1%: orange-orange-black-red-brown
5%: orange-orange-orange-gold
50cm Shielded mono cable
Camera connection via infra-red
1 IR LED

For more detail: Time-Lapse Camera Controller using Arduino




This Post / Project can also be found using search terms:

  • arduino Time lapse Camera Mount
Clip to Evernote

Leave a Comment

(Spamcheck Enabled)

Read previous post:
A useful and simple IO Shield for Arduino

In order to “visually” highlight the behavior of Arduino programs you must connect a device to the I/O pins, which...

Close
Scroll to top