Absolute Zero™

The Axeon Absolute Zero™ makes sighting in your rifle absolutely easy. Using two precision lasers it guarantees you hold your rifle in the exact same place for each shot completely eliminating hold error. It’s the quickest, most efficient, most accurate way to find your zero at 25 yards giving you the ability to sight in your rifle at 100 yards in just two more shots. The Absolute Zero™ saves you time, money, ammo and your shoulder! It works across multiple platforms and calibers.
• Precision, one shot zero capable.
• Cold barrel, cold shot accuracy. (The first shot occurs but once)
• Saves time, ammo and $. (You could readily recoup entire cost of the Absolute Zero™)
• Minimizes or eliminates recoil induced flinching and reduces barrel wear.
• Minimizes zeroing time. (Enables more actual practice time)
• Once zeroed, builds confidence in firearm, essential for stress related situations.
**These methods, claims and statements are based on the ideas, research and development of Jack Hancosky and the Hancosky Method.

Limited Quantity Available! $84.99
Download your laser chart here.


How to Sight In your scoped rifle with the Absolute Zero™:


• Attach the included Axeon Optics laser reflective chart vertically to a large paper target
• Set the paper target out at 25 yards
• Attach the Absolute Zero™ on the side of your rifle scope and turn it on. It emits two lasers vertically aligned.
• Using a shooting bench, set your rifle on shooting bags or place in a rifle vice (use of a rifle vice or sled type rest is ideal, but not necessary)
• Point your rifle at your target
• Look through your scope and position the two laser dots on the reflective chart. (rest your cheek against your rifle's stock as you normally would)
• Note which two reflective squares on the chart the lasers are inside of.
• While holding the lasers on the two squares you noted, fire a shot at the target (shot #1).
• While holding the two laser dots back on the same squares you originally noted, and your cheek in the same place, move the crosshair to the bullet hole.
• In just 1-shot your scope is now sighted to where the bore of your gun shoots at 25 yards
• Fire a second shot at the bullseye for re-assurance if you wish
• With a large target set at 100 yards fire a round (shot #2). Your bullet should land within 3 to 4 inches high of your aim point depending on your bullet trajectory. (This is due to your bullet's ballistic trajectory or what many refer to as "bullet rise")
• If you wish to be closer to your aim point, do fine adjustment of your scope by determining the MOA and the number of click adjustments required to move your point of impact to your aim point.
• Fire a confirming shot (shot #3).
• Difficulty in zeroing may indicate faulty user technique.
Consult the ballistic data provided by your ammunition's manufacturer to know your bullet's expected point of impact over aim point at 100 yards.

See the visual reference instructions here.
**These methods, claims and statements are based on the ideas, research and development of Jack Hancosky and the Hancosky Method.

For detailed instructions, safety, cautions and warnings, read the operation manual that comes with the Absolute Zero™.
Scope Adjustment Explained

How is the Absolute Zero™ better than a Bore Sight?

• Bore sights, whether muzzle of chamber mounted, need to be removed between shots meaning inconsistency and a potential safety issue.
• Many bore sights are caliber specific, necessitating the potential purchase of many, whereas the Absolute Zero™ is universal.
• Bore sights, in an attempt to be universal, must be sized to accommodate every manufacturer's + and - tolerances, consequently most lack qualifying as "precision" devices.
• Bore sights start the zeroing process. The Absolute Zero™ is the process.
**These methods, claims and statements are based on the ideas, research and development of Jack Hancosky and the Hancosky Method.

Here’s the Absolute Zero™ geek speak:

The Absolute Zero™ utilizes the Hancosky Method -- Using at least one superposition device coupled to the projectile device, multiple optical reference points are superposed within a first target area. Positions for the two optical reference points are noted. A projectile is shot from the projectile device at a second target area, while the positions of the two optical reference points are maintained, to create the point of impact. The point of aim for the projectile device is adjusted to correspond with the point of impact while the positions of the two optical reference points are maintained.
Absolute Zero™ FAQs
**These methods, claims and statements are based on the ideas, research and development of Jack Hancosky and the Hancosky Method.

What is Cant Error?

In precision shooting there are many factors that affect the ability of a shooter to hit a target with accuracy. One of these factors is cant error. Cant error is the result of not holding the rifle bore axis and the scope axis in a vertical plane. Precision shooters practice "cheek weld" to overcome this issue. Absolute Zero™ eliminates this need when sighting-in.

Axeon Optics Patents