The Freechec Tool was the product of two inventive
minds, Ed Wosika and Paco Kelly. Back in the dark ages of the 1970's these two
conspired and labored over many a now-forgotten loading tool. A lot of their
ideas were 'out of the box'. Many of the Tools they designed did those little
handy things that you often need when reloading, such as the Nexpander, a
multi-stage hand-held neck expander for opening up those odd cartridges that
just did not get expanded quite enough to start a bullet. You know, the ones you
run into right in the middle of loading a string of 850 rounds? And here is this
one cartridge you can't get a bullet started in. So you grab the Nexpander and
PLONK! it's open and ready to load and you roll on.
The Freechec Tool was designed as a way to make
gas checks from aluminum cans. Now there are economic reasons that can be used
for reasons why to make gas checks from aluminum cans, but one of the main
reasons was... YOU CAN DO MORE THAN THE ORDINARY GAS CHECK!! For instance, you
can make the gas check 1 layer, 2 layers or 3 layers thick. Thus you have another
way to experiment with a variable in the accuracy wars. By varying the thickness
of the gas check you sometimes can tweak a bit more accuracy from a given bullet.
Another reason is... gas checks for those
hard-to-find-gas checks-for calibers. Need a gas check for your Raston-Gasser?
Make a Freechec Tool for it!
And to me the coolest thing - GAS CHECKS FOR
PLAIN-BASE (non gas check) BULLETS!! Yep. You heard me correctly. With the proper
Freechec Tool you could make gas checks that go onto plain-base non gas check
bullets. Why would you want to? There are a number of reasons, among which are:
1> the ability to drive the plain-base bullet at higher pressures than normal
without leading 2> increased accuracy with some loads 3> decreased leading
with bullets that have marginal lube capacity.
Addressing #3 - marginal lube capacity. Some years
ago a manufacturer contacted me about testing a new bullet for the .44
Magnum. It was a 320 gr. plain-based cast bullet, flat-nosed, with several small
round lube grooves. We ran them in several Redhawk's and found they leaded like
crazy once the velocity got over 1100 fps.
I used Freechec's on the bullets and ran them to
1500 fps with no leading problems. I shared this with the manufacturer and they
redesigned the bullet with a single large flat lube groove. That solved the
leading problem, and we no longer used the Freechec on them. But the Freechec
allowed a marginally lubed bullet to run at much higher velocity and pressure
than normal. And do it well.
I have a 270 gr. bullet that is very accurate in my
Freedom Arms 454 ... BUT ... it has one very small lube groove and leads easily
when I get the velocity up over 1200 fps. By putting a plain-base Freechec on it
I can easily run it to 1600 fps if I so desire and the bore stays clean.
Below is a test that I ran some years ago to
determine the effectiveness of the plain-base Freechec:
Plain-Base Freechec Test
For this test I used two different molds, the Lyman
454424 Keith SWC .45 and the SSK 270-451 truncated-cone 45 bullet. I cast them
from a soft alloy of 1 to 40 tin and lead. All the bullets were sized to .452"
and lubed with Apache Blue. Apache Blue has proven it's ability to stand more
heat and pressure than standard Alox lubes.
I took twenty-five of each of the bullets and put a
Plain-Base Freechec on them during the sizing/lubing operation. Twenty-five of
each of the other bullets were used in their normal manner as plain-base
All were loaded over 20 gr. of 2400 in 454 Casull
cases and fired in the 7 1/2" Freedom Arms 454.
Using the plain-base #454424 loads I fired 5,
plinking tin cans and rocks. Then I fired 5 at a bullseye at 25 yards. I then
fired another 5 at plinking targets. Then the next 5 rounds were fired at a
bullseye at 25 yards. By the last 5 shots the bore was heavily leaded. Groups
were: #1 Group - 2 5/8" #2 Group = 3".
After cleaning the bore of all lead I fired the
#454424 Freechec loads in the same manner as above. I fired 5 at tin cans, 5 on
a bullseye, 5 more plinking, then the last 5 at a bullseye ... all at 25 yards.
The bore looked "smoky" but was not leaded. Groups were: #1 Group = 1 3/4" #2
Group = 2".
One pass with a brass brush and the bore was clean.
I then ran the same test with the SSK bullet. It
has a much smaller lube groove than the Keith SWC and tends to lead more easily.
By the end of 20 rounds of the plain-base loads the bore was crusted!
Group #1 = 2 1/4" Group #2 = 4 1/16"
The Freechec SSK bullets were fired once the bore
was cleaned (What a mess!) and after 20 shots I checked the barrel to find it
... CLEAN! Smoky like with the Keith bullets, but no leading. Group #1 = 1 7/8"
Group #2 = 1 7/8".
I proved to my own satisfaction that the plain-base Freechec will reduce leading and help keep accuracy, even with marginal bullet
Now all we have to do is convince Paco (or
someone) to start producing the Freechec Tool again.
The process of making a Freechec - (from the top)
Slip the Freechec onto the base of a bullet and put into the lubri-sizer.
Run it down to and lube the bullet, this form-fits the Freechec to the bullet
Plain-base bullet with Freechec installed.
Pile of Freechec's.
- Forming Die screwed into the press, the cutter and the punch.
- Cutting the aluminum with the cutter. Whack it with a wood or plastic
mallet and cut an aluminum disc.
- Cutter with the disc in it is slipped onto the Forming Die, the punch is
ready to slip in. Whack the punch with the mallet.
- Lift off the punch and the cutter, push formed Freechec up out of the
I find plenty of material to make Freechec's from in
the ditches along my property. Some folks seem to think other folks have nothing
better to do than pick up after them. However, in this case it is handy.