AT3 Tactical ARO 3 MOA low mount collimator

The AT3 Tactical ARO collimator combines compact size with ruggedness, which we will certainly appreciate when using it as an MRDS on a pistol. This miniature collimator sight provides the user with all the necessary features we expect from this type of device. Extremely low weight, extremely easy binaural aiming and shock resistance are combined here with the popular Docter footprint, allowing the device to be easily installed directly on the gun's breech.

The AT3 Tactical ARO collimator offers the user:

• A versatile design that fits pistols, carbines as well as shotguns
• Ultralight, compact form, not perceptible when mounted on the weapon
• The ability to aim quickly and accurately using both eyes
• Precision 3 MOA dot with variable brightness to match the situation
• Advanced lens coatings to reduce glare and increase brightness
• Ability to change batteries without removing the unit from the weapon
• Compatible with Docter standard OR locking pistol plates

The combination of a narrow hood, a 3 MOA dot and a wide lens allows extremely fast aiming at close to medium distances. As an MRDS-type design, the AT3 Tactical ARO collimator will work well as a main optic for long guns, an offset for a spotting scope as well as a directly mounted pistol collimator on the breech. The lack of parallax and unlimited eye relief ensures that, regardless of position, the sight provides us with precision shooting. Six brightness modes, on the other hand, will allow you to adjust the intensity of the spot according to the lighting conditions.

AT3 Tactical ARO pistol collimator - compact MRDS with footprint in Docter standard.

The device, thanks to its footprint in the Docter standard, allows the use of many types of adapters - both gun plates and dedicated offset mounts or compatible points on scopes. The anodized aluminum used in the construction is characterized by low weight and high strength. The top-opening compartment, on the other hand, allows the user to change batteries without disassembly.