We supply Lynx, Schmidt and Bender, Shepherd, Bushnell, Simmons and Zeiss.  

Shepherd Riflescopes
THE ONLY RANGE FINDING SCOPE THAT DOES NOT REQUIRE 3 HANDS TO OPERATE!!!!
-Bob Bell, Gun Digest Magazine, 1984

Finally there is a range-finding scope that really works!! It is impossible to pass up features such as a one shot zero, accurate range finding that takes the guesswork out of bullet drop,
and a dual reticule system that allows for better accuracy and reliability

SHEPHERD'S ONE SHOT ZERO IS AS EASY AS THIS:

1. Fire A Shot From A Solid Rest And Make A Note Where The Bullet Hit.

2. Hold The Crosshairs On The Target And Turn The Large Dials To Move 
The Circle To Surround The Bullet Hole.

3. Now Look In The Scope While Turning The Small, Slotted Dials 
To Move The Crosshair Just Above The Circles

How does this work? The patented dual reticule system gives you something that no other scope can... A point of reference inside the scope itself!

Does this sound familiar to you? You're out in the field, you're at the bench, you fire a shot to zero in and it hits four minutes low. You dial in four minutes - you can hear and feel the clicks. You take your second shot and it hits wild. How come? The answer is that although you felt and heard the clicks you couldn't see if they took place or not. What really happened inside the scope? With the Shepherd you will not only hear and feel your clicks you will see them as well. Whether sighting in or adjusting for wind you will always have visual verification. You will always know what is going on inside your scope. Shepherd is the only scope in the world that can make this statement and guarantee its' tracking.

When you own a Shepherd and you fire the same shot to zero and you dial in the four minutes - you can hear, feel and see the adjustment. The crosshairs, which were just above the target during the shot, are still just above the target. The circle which was on the target during the shot is now on the bullet hole.

There Are Five Inside Reasons That Will Cause Your Scope To Lose Its' Zero....

Here is the shepherd law of zeros:
In order for the scope to be guilty of scattered or bad groups something inside, between the reticule and the target, must move! as you can see by the image above there are 4 lenses between the reticule and the target. If any one of these lenses move your point of impact will change in the scope.

In a variable power scope there are about 23 pieces that can shake loose and move any one of the 4 lenses and the cross-hair. If that happens your "old type" scope will look like this.....

With our patented dual reticule system you have a tremendous advantage over the "old type" scope. As you can see by the drawing above our scope cross hair also has the four lenses between it and the target and can also be knocked out of zero by movement of these lenses under recoil, etc. However our reticule with the circles has only one lens between it and the target. That makes this reticules' zero almost indestructible. It is more reliable than even the most expensive 30 mm tube combat scope since it has fewer parts that can knock it out of zero.

In addition to this stability there is the fact that zooming the scopes' power up or down has absolutely no effect what-so-ever on this reticule. It can't because the zoom lenses are not between the reticule and the target. As a matter of fact if you could lock the scopes tube from the center of the saddle back, so the front half of the scope would not move and use a pipe wrench to bend the rear of the scope as far as you like and you wouldn't change the zero on the circles. As long as you could see the circles you could aim and hit with them.

A fighter pilot is in deep trouble if he is out of fuel and has no gauge to tell him . A sheriff in the old west is up the creek if he gets in a gun fight and doesn't know if his gun is loaded (therefore he looks to be sure). Now you can "look in your scope and tell at a glance if it is ready to go".... Our patented system will tell you.

You can also use the scope to range objects:

All you have to do is divide the number of inches the target is by the number of moa spaces it covers in the scope.

Example:

A 30" target covers 6 moa spaces.
Divide 30 by 6 to get the number 5.
The target is therefore at 500 yards.
Put the 500 yards circle on him and fire.

You can also use the scope to tell the size of a rack before you shoot.

Example:

If you have a deer that fits the 600 yard circle and his rack covers 6 moa spaces in the scope you simply multiply [6 (for the yards) x 6 (for the moa spaces)] and get the number 36.
The buck therefore has a 36 inch rack!

The range finding circles are set on the same focal plane as the target. This means that as you zoom in and out the circles increase and decrease proportionally. They are always accurate! No more zooming to one power to find the range and zooming to another to shoot.

If this hasn't explained how this superb scope works then why not download a small video clip that shows you more.

Shepherd Riflescopes start from £600 + Vat for the 3-10x40 P Series, please contact us for further details on Shepherd scopes.