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October 25th, 2022

Load Powder More Consistently by Reducing Static Charges

Powder measure weight static charge electricity powder dryer sheet anti-static spray

In the wintertime, it’s common to encounter problems with static electricity when throwing your powder charges. The static can cause powder kernels to cling to the surface of reloading components, and can cause powder clumping. Clumped or sticky powder may make your measure bind or grab in the middle of the cycle, which can throw off your charge weight. Here are a couple simple ways you can minimize the effects of static electricity and improve the consistency of your powder measuring.

Ground Your Powder Measure — If you’re throwing powder charges in the fall or winter and have problems with bridging or sticking powder, use a ground wire. Bullet-smith Victor Johnson (Johnson Precision Bullets) tells us: “I have a 25-foot piece of real small wire with alligator clips on each end. It’s that long so I can run it down the hall to a water pipe. Use the wire tie from a bread bag to hold it in a small roll to put in the range box. When using it at the range use a 6″ nail from the co-op or Lowe’s / Home Depot and just push it into the ground.”

Use Bounce Dryer Sheets — A quick pass with the thin sheets used in dryers will eliminate “static cling” on your plastic reloading parts like powder throwers, powder funnels, and reloading press guides. Thanks to Doc76251 for this tip.


Reduce Electronic Scales’ Drift with Anti-Static Spray

Very sadly, GS Arizona, the creator of the Rifleman’s Journal website, passed away unexpectedly earlier this year. Here is one of the many great tips he provided to handloaders through that website.

Digital Scale Static Guard Static ElectricityApparently reducing static charges on and around electronic scales can reduce their propensity to drift, lessening the problem of “wandering zero”. Just how and why static charges interfere with scale performance is unclear, but many shooters have noticed that static electricity can cause electronic scales to behave strangely. So how do you reduce static charges around your digital balance? GS Arizona has found a very simple solution — an anti-static aerosol spray — that, by all indications, actually works. When this “spray-can solution” was suggested by a fellow shooter, GS was skeptical. However, he tried the stuff and he says that it really does help the scale maintain zero over time, with much less observed drift.

GS explains that the use of “Static Guard” spray helped mitigate the problem of a drifting zero on his Ohaus electronic scale: “My electronic scale… suffers from drifting zero (as they all seem to). I’ve read dozens of forum posts about drift and how to minimize its occurrence, so I know this problem isn’t limited to my scale or my workshop. Sometime last year, John Lowther mentioned the use of anti-static spray as a solution to the drift problem. John stated that the spray had virtually eliminated drift for him.”

Digital Scale Static Guard Static Electricity

GS found that the Static Guard actually worked: “The spray works great, just as John said it would. I spray all surfaces that I touch with my hands and arms as well as the pan (top and bottom), the metal tray on which the pan rests and the table under the scale. In six months or so of using the spray I’ve re-applied it about two or three times; it certainly isn’t something that you need to do each time you sit down to load. Before using the spray, it was not uncommon for me to re-zero the scale 10 times in the course of loading 72 rounds; now it might need it once during a session.”

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October 25th, 2022

Ruger’s Remarkable 9mm Revolver — Super GP100 9mm Luger

Ruger Super GP100 Revolver 9mm Luger 9x19mm revolver

Ruger Super GP100 Revolver in 9mm Luger (9x19mm)
Wouldn’t it be cool if you could shoot your 9mm semi-auto pistol ammo in an ultra-accurate revoler? Well you can. Ruger adapted its existing Super Redhawk frame to create the Super GP100 9mm Luger (9x19mm) revolver. As you can see, the Super GP100 9mm features a stubby 8-round PVD-coated cylinder to better fit the 9x19mm round. According to Guns.com the 9mm GP100 “uses a cylinder and extractor cut for moon clips to speed up reloading [and] sports a 6-inch half-lug sleeved and shrouded barrel with an 11-degree target crown[.]”

Ruger Super GP100 Revolver 9mm Luger 9x19mm revolver

Watch this GunBlast video review to see how this unique Ruger 9x19mm wheelgun performs. Reviewer Boge Quinn said this a “competition grade gun” with nice fit and finish. Out of the box the Super GP100 9mm had a 9.5-lb double-action pull and a 4.5-lb single action trigger pull. It took a while for the pull to smooth out Quinn noted. Also, he said that if you do NOT use the supplied moon-clips it is awkward to remove the spent cartridges: “You don’t have to use a moon clip, but I don’t know why you wouldn’t… it just works great that way.”

The 9×19mm Parabellum (aka 9mm Luger) cartridge was introduced in 1902 by German weapons manufacturer Deutsche Waffen und Munitionsfabriken (DWM) for the Luger semi-auto pistol. Now 120 years later, Ruger brings us a sturdy, 6″-barrel revolver for this popular cartridge. Ruger adapted its existing Super Redhawk frame for this Super GP100 9mm revolver. In this video, Ruger engineer Mark Gurney explains the features of the Super GP100 9mm revolver:

Ruger Super GP100 Revolver 9mm Luger 9x19mm revolver

Super GP100 9x19mm Features

  1. Triple-locking cylinder locked into the frame at front, rear and bottom for more positive alignment and dependable operation.
  2. High-strength stainless steel cylinder is fluted and shortened to reduce overall mass and increase rotational speed. Cylinder has PVD finish for durability and ease of extraction.
  3. Polished and optimized internals, a centering boss on the trigger, and centering shims on hammer deliver a smooth double-action trigger pull with crisp/consistent let-off.
  4. Cylinder and extractor are cut for moon clips to speed reloading during intense competition. Ships with three full moon clips and moon clip tool. The ejector and chamber mouths have a light chamfer to aid loading with moon clips.
  5. Hogue hardwood grip is hand-finished for a smooth, polished feel. Grip frame accommodates a wide variety of custom grips.
  6. Transfer bar mechanism provides security against accidental discharge.
  7. Cold hammer-forged barrel has precise rifling for accuracy and longevity.
  8. Barrel features 11° target crown for competitive-level accuracy.
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October 25th, 2022

Shooting Skiils — Optimal Finger Placement on Trigger

kirsten joy weiss trigger placement shooting skills

You can spend thousands on a rifle, but that expensive hardware won’t perform at its best if you have poor trigger technique. One key element of precision shooting is trigger control. Our friend Kirsten Joy Weiss has produced a good video that shows how to refine your trigger technique for better accuracy. In this video, Kirsten talks about the actual placement of a shooter’s index finger on the trigger. It is important to have the finger positioned optimally. Otherwise you can pull the shot slightly left or slightly right.

Kirsten tells us: “Finger placement on the trigger might not seem like a big deal, but it actually is. The reason for this is because, depending on where your index finger is placed on the trigger, [this] translates to different muscle interactions with the gun.” Watch this video to see Kirsten demonstrate proper finger placement (and explain problems caused by improper finger positioning).

When you pull the trigger, you only want to engage the last section of your finger, in order to avoid unwanted muscle engagement and to achieve a smooth shot. Remember there is a “sweet spot” between the crease (first joint) and the tip of the finger. If you position the trigger in that “sweet spot”, you should see an increase in your accuracy. Don’t make the mistake of putting the trigger in the crease of your finger, as shown below.

kirsten joy weiss trigger placement shooting skills

Effects of Incorrect Finger Placements
You want to place the trigger shoe between the end of your finger and the first joint. If you place the trigger on the very tip of you finger you’ll tend to push the rear of the rifle to the left when engaging the trigger, causing shots to go right (for a right-handed shooter). On the other hand, if you put the trigger in the crease (first joint), you’ll tend to bring the rear of the rifle to the right, causing shots to fall left. This is illustrated below for a right-handed shooter.

kirsten joy weiss trigger placement shooting skills

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