| HOW AND WHY IT WORKS |
"John Van Hoorn" is the owner of Van Handle Archery Products. John is also the designer of the . John lives with his wife Tammy and his two children John Jr. (age 19) and Megan (age 16) in Northern Illinois. John's vast knowledge of mechanical engineering was developed over 30 years as a mechanical engineer in the printing equipment field. John has a number of Pope and Young size bucks to his credit. He has also won and placed in his share of 3D tournaments. His love for archery, and longing for perfection left him always trying to make his equipment shoot better. John noticed that many archers (himself included) picked up their bows and almost never got the first arrow of the day to fly exactly where they had aimed it. The archer's always wanted to move their pins. Not up and down, but consistently left and right .It didn't take long for John to figure out why. It was that nagging problem again. Yes, you guessed it, "Bow Torque". All he had to do now was fix the problem. He went to work to design the most accurate grip ever made for archery equipment. Five years of design and testing brought him to the design you see today. It is an incredibly precise, rugged aid that every archer will benefit from, at all skill levels. |
The was designed to eliminate all the torque that is transferred to
an archer's bow through the archer's grip of that bow. While very effectively
removing all torque on the bow the will make a bow, and even more
importantly the bows sight 100% accurate every time.
The is made of polyurethane for its light weight, strength, and a
comfortable feel. It is film dipped into a carbon fiber or Mossy Oak Camo pattern for
a really great look.
There are rubber inserts inside of the grip. These inserts clamp onto the bearing
assembly, making the shock and noise absorbing. The bearing
assembly is made of 6061 aluminum, this is done to save weight and retain
strength.
When you torque your bow grip to the left or to the right, your pin or dot on your
sight will move to the left or the right. It will only move a small amount at the bow.
This small amount will multiply quickly. If your pin or dot moves 1/16 of an inch at
the bow it will move more than 1 foot at 10 yards. It will move more than 4 feet at
30 yards. Only the most inexperienced archers would twist their bows enough to
get the deviance to the extent of 4 ft at 30 yards. If one of the same
inexperienced archers picked up a bow with the mounted on it,
the deviance would be 0 feet and 0 inches at 30 yards.
The eliminates 100% of bow torque.
When a bow is torqued the arrow will remain almost motionless. The direction the
arrow points remains almost completely unchanged. This is easy to see if you pick
up a bow, and nock an arrow. Pull the bow back and purposely twist the grip of the
bow. When this is done pay attention to where the arrow meets the arrow rest.
The arrow remains pointed in the direction the arrow will fly. We can demonstrate
this very effectively with a laser mounted in the tip of an arrow and a laser mounted
to the bow. If you see us at a trade show booth please ask for a demonstration.
If you shoot an arrow with torque on the bow, the arrow will fly very erratically. This
is the reason bow manufacturers try to achieve the long brace heights in todays
compound bows. The more brace height, the less effect from torque inflicted on the
true path of the arrow, the more forgiving the bow shoots.
The minimises the need for a long brace height. All the forgiveness
you need is built into the . The will eliminate bad arrow
flight caused by torque.
The way an archer holds his bow is paramount to the achievement of accuracy and
good arrow flight. You can not grip your bow the same from week to week or month
to month and in most cases even day to day. Every time you pick up your bow, your
hand is placed a little bit different on the grip. This will make your sight inaccurate.
Have you ever picked up your bow and found that your sight had moved either to
the right or the left for absolutely no reason. This is caused by torque on the grip.In
other words it is your fault, not your bows fault. Remember, "The first shot you take
with your bow on any given day will determine what kind of day that will be". The
will not shoot the bow for you. You still have to have the bow pointed
at the target when the arrow is released. The will insure that the
arrow will fly where the sight said it would.
It is true that there are archers who, after many hours a day of practice have
learned to master the art of putting very little torque on their bows. These are the
guys you see in the archery magazines and at the top of the podium at archery
contests. These guys practice for hours each day. If you don't practice as much as
they do,and even if you do a will be the best archery accessory
purchase you ever made. There is nobody in the world that can hold their bow with
less torque than the achieves. You can't fool the laws of physics.
an archer's bow through the archer's grip of that bow. While very effectively
removing all torque on the bow the will make a bow, and even more
importantly the bows sight 100% accurate every time.
The is made of polyurethane for its light weight, strength, and a
comfortable feel. It is film dipped into a carbon fiber or Mossy Oak Camo pattern for
a really great look.
There are rubber inserts inside of the grip. These inserts clamp onto the bearing
assembly, making the shock and noise absorbing. The bearing
assembly is made of 6061 aluminum, this is done to save weight and retain
strength.
When you torque your bow grip to the left or to the right, your pin or dot on your
sight will move to the left or the right. It will only move a small amount at the bow.
This small amount will multiply quickly. If your pin or dot moves 1/16 of an inch at
the bow it will move more than 1 foot at 10 yards. It will move more than 4 feet at
30 yards. Only the most inexperienced archers would twist their bows enough to
get the deviance to the extent of 4 ft at 30 yards. If one of the same
inexperienced archers picked up a bow with the mounted on it,
the deviance would be 0 feet and 0 inches at 30 yards.
The eliminates 100% of bow torque.
When a bow is torqued the arrow will remain almost motionless. The direction the
arrow points remains almost completely unchanged. This is easy to see if you pick
up a bow, and nock an arrow. Pull the bow back and purposely twist the grip of the
bow. When this is done pay attention to where the arrow meets the arrow rest.
The arrow remains pointed in the direction the arrow will fly. We can demonstrate
this very effectively with a laser mounted in the tip of an arrow and a laser mounted
to the bow. If you see us at a trade show booth please ask for a demonstration.
If you shoot an arrow with torque on the bow, the arrow will fly very erratically. This
is the reason bow manufacturers try to achieve the long brace heights in todays
compound bows. The more brace height, the less effect from torque inflicted on the
true path of the arrow, the more forgiving the bow shoots.
The minimises the need for a long brace height. All the forgiveness
you need is built into the . The will eliminate bad arrow
flight caused by torque.
The way an archer holds his bow is paramount to the achievement of accuracy and
good arrow flight. You can not grip your bow the same from week to week or month
to month and in most cases even day to day. Every time you pick up your bow, your
hand is placed a little bit different on the grip. This will make your sight inaccurate.
Have you ever picked up your bow and found that your sight had moved either to
the right or the left for absolutely no reason. This is caused by torque on the grip.In
other words it is your fault, not your bows fault. Remember, "The first shot you take
with your bow on any given day will determine what kind of day that will be". The
will not shoot the bow for you. You still have to have the bow pointed
at the target when the arrow is released. The will insure that the
arrow will fly where the sight said it would.
It is true that there are archers who, after many hours a day of practice have
learned to master the art of putting very little torque on their bows. These are the
guys you see in the archery magazines and at the top of the podium at archery
contests. These guys practice for hours each day. If you don't practice as much as
they do,and even if you do a will be the best archery accessory
purchase you ever made. There is nobody in the world that can hold their bow with
less torque than the achieves. You can't fool the laws of physics.
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| THE 5, STAINLESS STEEL, BALL BEARINGS IN THE ACHIEVE 100%TORQUE FREE GRIP POSITIONING EVERY TIME, NO MATTER HOW YOU HOLD OR PLACE YOUR HAND ON THE GRIP! |
