As an adolescent and budding
firearms aficionado in the late 1970’s and early 80’s, I
followed the beginning of the then new shooting sports of IPSC
and “action shooting” for handguns.
Back then, Bianchi Gunleather started their own
action shooting match called the Bianchi Cup. With the
advent of these new disciplines, new champions began to emerge.
Two of the early champions of the Bianchi Cup competition
were John Pride and Mickey Fowler.
Fast forward about thirty years.
John Pride and Mickey Fowler have pretty much hung up
their handguns, but still remain active in the shooting sports.
So much so, that they got together and designed a rifle
scope featuring a unique bullet drop compensating reticle.
They formed a business – Pride-Fowler, INC. –
and began making scopes.
I stumbled across Pride-Fowler
scopes a few years ago in an article in Precision
Shooting magazine. The
article I read explored the Pride-Fowler scope’s utility as a
“tactical” scope, but noted that its features would
translate well to other disciplines. Since
I work for a state wildlife agency, it seemed logical that these
scopes could be useful for field biologists when
“collecting” deer for biological data.
A letter was forwarded to Pride-Fowler and soon, a
cardboard box arrived.
The scope that is the subject of
this article is the Model RR800-1.
The RR800-1 is a 3-9 power
variable scope. It
has a 30mm main tube body and the objective bell is a nominal
42mm (or at least, it accommodates a 42mm lens).
It is a sturdy scope but not noticeably heavy or heavier
than any other scope of its type.
In other words, it doesn’t look like the Hubble Space
Telescope when mounted on a rifle as some “tactical” scopes
do. The Rapid
Reticle is located in the first focal plane of the scope. That
little tidbit of information may mean nothing to you as you read
this, but when you look through the scope, you will notice that
as the power is changed, the size of the reticle increases (with
and increase in power) or decreases.
So what? Well,
if you are using the reticle to range a target of a known size,
then the reticle can be used to range at any power, since the
values or subtensions of the reticle marks stay the same
relative to the target size at any power.
Huh? That’s
what I first said, but some discussion with Fermin Garza
got my mind right. More on that later.
When I received the scope, I had
just traded into an older Remington Model 700 VLS in .308
Winchester. One of
the cartridges the Rapid Reticle is designed around is the Federal
Gold Medal Match .308 round(s) using either the Sierra
Match King 168 grain BTHP or Sierra’s 175 Match King BTHP. There
are so many good Picatinny-style scope rails on the market right
now that finding one isn’t a problem – choosing one is.
I went with an Evolution Gun Works model which is
CNC milled from an aluminum alloy billet.
I still needed rings.
Luckily, while I was telling a friend about needing rings
he said he had a pair he would lend me.
So the scope was mounted on the Remington and off to the
range we went.
Boresighting and zeroing were
uneventful. If you
look at the reticle though, you’ll notice that the 100 yard
crosshair is in the top third of the sight picture.
This took some getting used to, but it certainly makes
sense when looking at holding over for longer ranges.
Once sighted-in at 100 yards, it was no problem to
repeatedly hit a steel silhouette at 150 yards by holding
between the 100 and 200 yard crosshairs.
Bad weather kept me from being
able to do any more known distance shooting; however, I did take
the rig to the annual CSA gathering in Clarksville,
Arkansas. Even
though the distances to the various steel targets were
approximations, I had no trouble hitting with the rifle and
Federal ammo using the marked crosshairs or holding between for
the between distances. Quite
simply, the Rapid Reticle works.
Unfortunately, I think that the
Rapid Reticle and the Pride-Fowler scopes really need to be
“lived-with” for about a year or so to really begin to
realize their potential. I
mentioned ranging earlier in this review.
To really make the most out of this scope, I need to take
it to some known distance ranges and check the subtensions of
the reticle against items of known size.
For instance, an average white-tailed deer is about 18
inches from belly to shoulder.
A target that is 18 inches square needs to be put at 100
yards and checked to see which crosshairs it fits between, then
that information needs to be recorded on a range card that will
stay with that rifle. The exercise should be repeated at 200,
300 and so on until range data is compiled for known size
targets. Since the
reticle is in the first focal plane, that information will stay
the same at any power…, and that is the advantage of FFP
scopes. (It is also
possible to determine how many mils the reticle subtends and use
milling and/or MOA formulae to calculate ranges, but the
simplest way to use it is as I described).
In a hunting scenario, you glass the deer, see which
and/or how many crosshairs it takes to bracket him, check your
range card, then hold on at the appropriate yardage crosshair
and shoot. For a hunter who has opportunities to take shots out
to 400 yards or more, it makes sense, especially if he has paid
big dollars for an elk or some other guided hunt.
The Pride-Fowler scopes are
quality scopes assembled in Japan.
The quality is on par with our best made-in-America
scopes and approaches that of the high end European optics.
Perhaps the best compliment to Pride-Fowler is that Zeiss
has requested and been licensed to use the Rapid Reticle in some
of their scopes. For
the money though, the Pride-Fowler Rapid Reticle series scopes
are hard to beat.
Check out the Pride-Fowler scopes
at: www.rapidreticle.com.
Doug Mann
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A
gathering of friends waits out the rain on the range at
the CSA 2008 shoot in Arkansas. Standing left-right: Ron
Brown, Doug Mann, Jeff Quinn, Jimmy Pilcher, Al
Anderson, and Chuck Smith. Seated left-right:
Boge Quinn (looking like a "celebrity"
puffing on his stogie), Mark Roberts, and Charlie
Smith.
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