Labradar chronograph on sale

My chronograph died a couple years ago and I went shopping for a new one. The radar based Labradar chronograph showed up in my search. At first I blew right on by it because it cost $600. I was expecting to pay something on the order of $100. But the more I looked around the more I thought about the radar unit.

No optical sensors to put up down range! I could go to the local indoor range and set it up in my stall and do my chronograph work rather than waiting for trip to Idaho or reserving the training bay to myself. It would also work under any lighting condition. Indoors I had to use special LED lights and cover the sensors to protect them from the flickering fluorescent lights. Even when I was outside if it got too late in the day there wouldn’t be enough light and I would have to supply artificial (non flickering) light. Set up and break down took time, especially with the extra lighting issues.

Another issue is that with the optical sensor chronograph you get the velocity for each shot at one particular distance from the muzzle. Labradar will give you velocities from the muzzle out to 100 yards depending on the size of the bullet. .22 caliber bullets, even under idea conditions, disappear from the radar at about 60 or 70 yards. It’s amazing it can do that well. For those with some physics and/or electrical engineering background think about the cross sectional area of the bullet and the length of the electromagnetic wave. How do you get a detectable reflection off of something that small from so far away? It’s amazing!

I finally spent the money. I rationalizing that it would save me a lot of time and I would have a lot faster turnaround during my load development. Plus I could use the down range data from a single shot fired to compute the ballistic coefficient of bullets that I didn’t have factory data for (think pulled military surplus bullets).

It was a little awkward to use at first. Then they came out with a free app for my phone. That made a huge difference in the usability of it. I am extremely pleased with it.

In a little over two years I have fired 1836 measured bullets (a few more were fired but weren’t detected because of setup error) resulting in 134 different series.

There is a single .CSV file (easily read and worked with in Excel) for each series giving the typical statistics at preset ranges and a different .CSV file for each shot fired with the velocity measured every two milliseconds. For a 1000 fps bullet this means you get the velocity of that bullet every two feet until it disappears from radar view. This is very cool!

Yesterday I received an email from Labradar saying the unit is on sale for $499.95 from November 9th until December 2nd. Details here. You need an external USB power supply. They sell one or you can get a USB charger from Amazon or elsewhere. I recommend getting their tripod. It’s sturdy and short enough you can shoot prone with it. I’m a little annoyed they don’t have more internal storage. If you have an old SD card laying around (or a smaller card with an adapter) use that. Even a couple of megabytes will be way more storage than you would ever use in a single session.

9 thoughts on “Labradar chronograph on sale

  1. I managed to shoot 1251 rounds over my ProChrono over the course of 8 years. On round number 1252, my crhono met its demise. 🙁

  2. Hmmm….won’t help my wallet much but, maybe, OK….

    Sounds like it would be extremely useful and light-years handier to setup and use than my Oehler 35. But…what features/functions about it don’t you like?

    • The controls on the unit itself are sometimes not obvious. When it is “collect data” mode you have to press and hold on the “arm/un-arm” button to get out of that mode. I had to read the directions carefully to pick up on that.

      On the app almost everything is much easier. The only thing on it which annoyed me some is that to get to the settings you had to tap on the logo in the upper left which I originally thought was just for branding.

      The shot fired trigger sensitivity is ambiguous to me. Are increasing numbers making it more sensitive? Or are they increasing the threshold to be triggered?

      The data is transferred to the phone app and you can easily view it. But I haven’t found a way to transfer the data from the phone to my computer. I have to remove the SD card (easy enough to do) and transfer the data from the SD card to my computer. Or, I think this works, I can connect to the unit with a USB cable to transfer the data.

      The unit must be pointed at the target you are shooting at. The aiming notch on the top of the unit is not a very good sight. Some people have made scope mounts for it. Some people tap a drinking straw into the notch for sighting.

    • I pronounce it, “My chronograph”.

      I have never tried to say the name out loud. I would presume “Lab-Radar”.

  3. I’ve been wanting a chrono for a long time. This is about four or five times more than I really wanted to pay, but going on the principle that there are two categories of chronographs, ones that have been shot and ones that haven’t been shot — yet, this may be cheaper in the long run.
    December 2. Let’s see what I can do to avoid bankruptcy and too much drama over a new tool not for the house.

  4. Have you had any experience with Magneto speed chronographs? They mount on the gun barrel and use some sort of inductive sensor so they avoid the problems of optical chronographs at a lower cost than LabRadar.

    • I know about them. But at least half of my chronograph work is with my pistols. I can’t see how one could be attached to my pistol without a rail. It also can’t give me velocities at any place other than the muzzle.

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