Straight
Line Technology and the Accuracy Dream
Straight
Line Technology (SLT) simply
stated is a concept that is applied
to
all our scopes and mounts from the very beginning of product development
to
the manufactured end result. The Straight
Line Technology concept is
strictly
followed. The final product is what we call HITECH
scopes & mounts.
This
seems simple enough namely, take a design concept and apply
down to
earth
design principles to it's development and
manufacturing. Then
market
the product as the best in the
world because "down to earth"
design
principles and SLT
concepts are applied to it. And yes this is all
true
concerning
HITECH
scope & mounts. But there is more to the HITECH
scope
& mount story than this --- much more!
It
all started back in 1988 when a design team was formed in Michigan
by Phillip Martel. In 1988
PC Martel
was already well experienced in design applications as
he
is the original founder of D.C. Engineering, Inc. 15 years earlier
in 1973. The
"PC Dream Team" was formed solely to elaborate and put into
practice
the
inventive ideas and concepts that PC has for firearms. The
"PC Dream
Team"
incidentally is still in existence today, working together as the top
design
team, and is truly the back bone of all the HITECH
products.
The
PC Martel design team includes a number of Martel family members who's
experience
in design, manufacturing, and engineering are truly second
to
none.
The Martel's are considered by many in the industry - as leaders in design
work in the USA!
Now,
this brings us to Straight
Line Technology (SLT) concerning scope
mounts.
All original thinkers have a dream,
and with this in mind
it
was the Dream Team's goal to design scope mounts using PC's innovative
ideas
as a foundation thus giving birth to the concepts of SLT.
To better
understand
SLT,
lets start out by defining or going over a few
terms
and
definitions that will help one visualize what SLT
is and how it is
applied
to HITECH
scope mounts.
Straight-line(
)adj.
1. composed of straight lines. 2. having the parts
arranged
in a straight line or lines. 3. designating a linkage or similar
device
( straight-line motion) used to produce or
copy motion in
straight
lines.
technology(
), n.{Gr.technologia, systematic treatment} 1. the science or
study
of the practical or industrial arts.
2. the terms used in a
science,
art, etc.; technical terminology.
scope
rings:
Generally
two clamping devices (rings) connected to a "scope" and just
as
important connected to a "rifle base" or rifle.
rifle
base:
Generally
a dovetail rail that is attached
or integrated to a
firearm
that serves for a clamping connection for the scope rings
to
attach
to. (i.e. Weaver and Picatinny style rings and bases)
misalignment
of rings:
Misalignment
of rings will cause flexing of the scope during
shock,
vibration,
and recoil. Attempts to control ring alignment can increase
accuracy
but generally requires a great deal of time to correct for the
problem.
This may include shimming, lapping, and/or bedding
rings to
achieve
the best accuracy results. A very time consuming project to say
the
least. Though once straightness is accomplished, accuracy
can be
increased
dramatically.
misalignment
of one piece base or bases:
Without
accurate base alignment, accuracy will suffer dramatically.
Lateral
alignment (left and right) of the base/s
should always be
parallel
to the center line of the bore of the firearm
barrel. Base
alignment
as well as machining tolerance is very important.
scope
straightness:
If
the scope body diameter is not perfectly straight, and many of them
are
not, perfectly aligned rings and/or bases
can actually decrease
accuracy
because of the flexing caused by the scope's run-out against
the
"straight" rings and/or base/s under shock, vibration, and
recoil.
A
good analogy to this would be "floating" barrels on rifles to increase
accuracy.
Any flex on the scope like that of a barrel that is flexed by
it's
gunstock will cause a rifle to shoot inconsistently.
We like to
call
this phenomenon "torque flexing". HITECH
scopes and mounts are the
"straightest
" scopes and mounts you'll most likely ever buy.
HITECH
scopes
and mounts eliminate torque flexing by incorporating SLT.
Use
your imagination:
Imagine
for a moment that independent rings were manufactured
to be
perfectly
straight, perfectly aligned, and perfectly round,(i.e. lapped,
shimmed,
and/or bedded). How would you know at this
point that your
scope
and/or base/s are perfectly aligned - having absolutely no run-out
without
spending an incredible amount of time checking with precision
measuring
equipment that even the best of gunsmiths sometimes do
not
have?
And when gunsmiths have the equipment what about the time involved
to
correct the problem. It becomes very costly.
Perplexing
alignment and straightness problems:
Once
you start working in the environment of alignment or straightness
you
quickly can see alignment and straightness is a real problem. If
a
scope
is "torque flexed" in misaligned rings, a flex situation exists
against the optical line of sight, and accuracy will suffer. And if both
the
scope and the rings are not straight
you will have double the
trouble
with accuracy. Add base misalignment to this equation and you
have
a real mess on your hands. Between
shots, as the rifle comes to
rest
under shock, recoil, and vibration the optical center will
relax
into
yet another position and the "line of sight" will change and
the
next
shot will be out!
In
testing, a riflescope only needs to move one thousandth of an inch
at
any
time on the rifle, (about 1/3 the thickness of a human hair) - to put
the
next shot fired out of accuracy by one full inch from the previous
hit
at 100 yards/meters.
SLT
(Straight Line Technology) solves the problem:
SLT
solves all of the problems concerning alignment and straightness.
SLT
solves the problem by simply taking into
account that nothing is
perfectly
straight and that alignment is never
totally correct and
compensates
for it. Thus, "pulling" to all centers no matter where they
may
fall in a world that is not perfectly straight must be the
answer!
The
fundamentals of SLT
are exact - true in theory - true in practice.
Astonishing
Results:
When
SLT
is put into action the results are simply astonishing! Unlike
independent
rings or rings that are horizontally split (cap type rings)
all
HITECH
scope mounts incorporate SLT and are vertically
split and
integrally
bridged from front to back to allow for simultaneous alignment
evenly
across the mount's length thus "pulling' to the true center of the
scope,
and the true center of the base. This patented design really works!
Add
the optional quick disconnect feature which is also patented and
the
fastest
in the world and you are prepared for ultimate speed and ultimate
accuracy.
Two
of the most important benefits of using this innovative design are as
follows:
Benefit
#1:
In
testing our HITECH
mounts we found immediately that shimming, bedding,
and
lapping was totally unnecessary and that in all instances on
scopes
"right
straight out of the box" were already "on paper" at 100yards/meters.
(See
foot notes concerning testing)
Benefit
#2:
Accuracy
tests were extremely amazing. Firearms in testing that could not
hold
tight groups using other brand named equipment literally shot twice
as
tight and more using HITECH
mounts! The accuracy results in our testing
was
incredible.
SLT pays
off in a big way!
foot notes concerning testing:
All
rifle scopes available in today's market place are typically
set to
optical
neutral at the factory. This simply means that the central portion
on
the cross hairs (center point) are very close
optically to a dead
center
relationship to the scopes inner or outer body. This dead center
position
is adjusted by moving turret screws in or out which
controls
windage
and elevation settings. (i.e. 1/4 inch clicks.)
In
numerous tests we found that our HITECH
mounts were near dead on bull's-
eye
at a 100 yards/meters without even touching the scope's adjustments.
This
is an amazing result to think that only minor adjustments
from the
factory
set to "neutral" position is even necessary!
In
a large percentage of tests on various rifles, including the AR15
flat
top,
hit points were within 1 inch of dead center, without readjusting
windage
or elevation settings from the factory neutral setting.
In
testing handle model AR15's the same results were achieved by a slight
"down
hill" adjustment of our HITECH
base. (Worlds first adjustable base
for
elevation (up or down) using no special tools or shims and
is self
adjusting
for lateral alignment.) The HITECH
base and it's applications
are
patented.
Accuracy
tests were also extremely amazing. Firearms that
could not in
prior
test shoot tight groups literally grouped more than twice as
tight
and
more! The accuracy results in our testing
have been incredible.
Through
the same hole shots are an every day occurrence
using HITECH
scopes
and mounts.
HITECH
scopes and mounts are a design and engineering dream come true!:
After
thousands of hours of design, testing, development and a number of
U.S.
Patents later, HITECH
scopes and mounts incorporating
SLT,
are
truly
what the "accuracy dream" is all about! We invite you to be part of
the
HITECH
excitement and experience the accuracy dream yourself!
Special
foot note to our U.S. Military friends:
In
testing, addition accuracy was increased
using our HITECH
under rail
on
the detachable handle as used on the flat top.
( 1/16 of an inch
better
groups using the detachable handle than without!)
This certainly
defeats
the common reason for using the flat top design. But
when tested
on
non-detachable handle model AR15's accuracy decreased significantly more
even
though this flat top accuracy was greater with our equipment than with
any
and all others tested.
Analysis
in brief:
After
analyzing the data we found that the detachable handle
and the flat
top
upper receiver has much more aluminum material (producing
less harmonics
and
vibration under recoil) in areas
than the non-detachable counter-part.
This
increase in strength on the flat top handle and on the flat
top upper
receiver
increases accuracy using our HITECH
under rail patented design.
Though
the increase was marginal, accuracy was approximately
1/16 of an
inch
greater on 3 shot groups at 100
meters than mounting optical
sighting
devices directly to the Picatinny flat top.
For a more detailed
explanation
of this testing and results contact Phil or Timothy
Martel in care of the
company or Engineering at the same. |