June 2013 - Check out the StopShot Studio - a 12 channel computer controlled version of StopShot
April 2013, Capture insects in flight with our new portable Insect Rig.
January 2013 - Check out our new Water Valve Mounting Bracket for multiple colored collisions
December 2012 - Introducing the Shutter Support System. Completely portable high speed.
October 2012 - Check out our latest one of a kind product - the High Speed Shutter - finally you can capture insects in flight.
August 2012 - Take your StackShot into the field with our new Controller Carrier Also works great with StopShot.
February 2012 - See our new web page on creating Three Drop Collisions with StopShot.
January 2012 - Check out our latest sensor the RangeIR. Designed for birds and wildlife.
November 2011 - Power your StackShot or StopShot longer in the field with our new Li-Ion Battery Pack
Water Drops - Connecting Three Valves
For the ultimate challenge use your StopShot system to get three different color drops to collide. This is not an easy feat but it does make for some unusual images. Once you have worked through getting double drop collisions and two color collisions this makes for a great challenge. The alignment of the valves is critical for this and some patience is definitely required but the results are worth it.
StopShot has 3 outputs and one of those needs to control the flash so how do we get one StopShot to control 3 valves? In order to get this to work with three valves one of the channels will have to do double duty. The images on this page were taken by connecting the first valve (blue) up to Trigger 1, and the other two valves up to Trigger 2, leaving the flash to be controlled by Trigger 3. The distance between the second and third drops is controlled by physical height between the two valves. You can see the setup show below.
For this technique you will need a StopShot Water Drop Photography Kit, two extra Water Valve Assemblies and Mariotte Siphons. I also used three of the Water Valve Mounting Brackets to make valve adjustment much easier. It is also a much easier setup if you remote mount the Siphons from the water valve, for this I used three of the Siphon Extension Kit’s. You will also need an RCA Y cable to connect valves 2 and 3. For the photograph above, the water valve assembly with Red colored water was connected to Trigger 1, the water valve assembly with blue and yellow water were connected to Trigger 2, and the flashes were connected to Trigger 3. The camera was in bulb mode with the aperture set to f/16. In this particular shot I used two Yongnuo YN-560 flashes in manual mode with the power turned down. The flashes were wired in parallel using an RCA Y Cable and two RCA to PC Adapters.
A Couple of Options for Control Over Each Valve?
The most elegant way to get complete control over 3 or even more valves is to use the new StopShot Studio. It ha 12 outputs that can be configured any way you like. You can find more information about the StopShot Studio here.
If you want to control 3 valves and have complete independent control over all of the valve timing it is possible to do this with two StopShot controllers. The first controller takes care of the timing for the three water valves and the second StopShot take care of flash and/or camera timing. There is no wires required between the two controllers as the mini beam sensor can be connected to the second controller and the drops will act as the link between the controllers. This method will allow for complete control over all of the devices.
Construction Details for the Water Valve Fixture
We have received many requests for the plans to the above fixture so here are the details. I'm going to apologize now to all of our European customers but all of the dimensions will be in inches. Here is the cut list for th pieces you will need to build the fixture. The 3 valve fixture pictured above is made from standard 1x lumber, except the Siphon support which was made from 3/4" Plywood.
Legs (x4) - 3/4" x 1 1/4" x 27"
Horizontal Supports (x4) - 3/4" x 1 1/4" x 18 1/2"
Cross Braces (x2) - 3/4" x 1 1/4" x 16"
WV Uprights (x2) - 3/4" x 1 1/4" x 27 1/2"
WV Support (x1) - 3/4" x 2" x 16"
Siphon Support (x1) - 3/4" x 6" x 16"
The dripping pan is 12" x 32" x 1 1/2". It is constructed from 1/4" thick Plexiglas. The longer the dropping container the better. The long dimension (32") makes it easier to keep the pan edges out of the photographs. You will notice the back of the fixture allows the tray to slide right on through.
After construction I screwed the entire fixture to my working table as it is very front heavy. If you don't want to screw it down then you will want to make the base pieces extend past the front of the fixture to prevent it from tipping forward.