DAY SIGHT

Day Sight

The ELCAN SpecterOS 3.0× Ballistic Scope ATOS3.0A2 is a lightweight and extremely rugged 3× optical sight designed for modern military and security applications.

Featuring an illuminated ballistic reticle with a range finder and the proprietary Rapid Aiming Feature (RAF), the SpecterOS 3.0 provides exceptionally fast target engagement in CQB scenarios, while still delivering precise aiming at extended distances.

A one-piece aluminum housing, combined with shock-absorbing rubber bumpers, allows the sight to withstand the extreme stresses of modern tactical and combat operations. The device can be supplied with a ballistically calibrated reticle and is designed for direct mounting on Picatinny flat-top receivers. Optional MIL-STD-1913 auxiliary rails provide flexible mounting options for additional accessories.

The SpecterOS 3.0 is manufactured in Canada at one of the most advanced optical production facilities and is built to stringent quality assurance standards. It is specifically designed for the most demanding professional users and is covered by a one-year warranty against manufacturing defects.

The SpecterOS3.0 family, marketed as ATOS3.0 in certain regions, was developed as a lighter and more compact replacement for the earlier 3.4× rifle sight series. These sights feature internal zeroing adjustments within the optical assembly rather than the mount and are supplied with a Picatinny Flat Top mount.

All ATOS3.0 models include rubber bumpers and the RAF ballistic reticle, optimized for both long-range and close-quarter engagements. Reticles are illuminated by a battery-powered LED and offer a wide range of brightness settings, including Night Vision compatible modes.

The “B” series features marksman-style elevation and windage adjustments, calibrated for popular NATO 5.56 mm military cartridges.

Once zeroed to a specific weapon, the sight can be exchanged within seconds with other ELCAN® optical or electro-optical sights calibrated for the same weapon, without any noticeable shift in point of impact.