January 2014 - Don't want to build a Water Drop Stand? Check this out.
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.
StopShot has a mode dedicated to ballistics. When using ballistics mode the cross beam sensor is required. Our cross beam sensors allow you to get incredible placement accuracy of the projectile you are trying to capture. StopShot makes ballistics easier than ever. To use StopShot's ballistics mode all you need to do is place the sensors a known distance apart and set the distance multiplier in StopShot. For example: If the sensors are 6 inches apart and the distance multiplier configured to one, you would set your camera to take a photo at 6 inches from the last sensor. That is where the projectile will be. No more guessing the velocity and trying to calculate the distance from the sensor where the projectile will be. This method takes all of the frustration out of ballistics photos. The trickiest part of ballistics then becomes lining up the sensors and getting the flash fast enough to stop the action. As you can see from our demo pictures we were able to consistantly capture a pellet burried inside something as small as an M&M (plain, not the peanut variety).
The fixture shown to the right was designed to make aligning the sensors with the projectile easier. The sensors are exactly six inches apart. Each of the four corners has an adjustable foot on it for fine adjustments up and down. This fixture is very simple to make and it saves a lot of time. No more trying to find just the right shim to get the sensors to line up with the projectile.
We used a 1/4" Tee nuts like this to make the feet adjustable. The feet are just 1/4" x 3" carrige bolts.
The Ultimate in Precison
The pictures below are two consecutive photos of a pellet moving at about 300ft/s taken with a 100mm macro lens and a prototype flash we are working on. The scale is in centimeters (small tick marks are mm). With the ballistics mode in StopShot it is very easy to precisely place the projectile where you want it for your photo. If you have ever played with ballistics photos and air guns you know how much the speed of the pellet can vary from shot to shot. With ballistics mode this variation is compensated for by StopShot.