Aim Sports RTDT125 Micro Dot | 1x20mm | Red/Green

The Aim Sports RTDT125 Micro Dot is a compact 1x20mm reflex sight with dual red and green illumination. It provides a 4 MOA dot reticle, adjustable windage and elevation, and unlimited eye relief in a low-profile matte black housing. The sight is designed to be adaptable across multiple pistol and rifle platforms and includes a protective lens cover.

Common applications include everyday carry (EDC) setups for compact pistols and close-range competition or target shooting where a fast, unobstructed sight picture is preferred.

Product Specifications

• The optic provides 1x magnification for a true reflex sight picture.
• The objective lens measures 20 mm for a compact footprint.
• The reticle is a 4 MOA Red/Green dual illuminated dot with selectable colors.
• The dot size is 4 MOA to balance speed and precision.
• Brightness control offers 5 brightness settings per reticle color for day or low-light use.
• Windage and elevation are adjustable with mechanical turrets.
• Adjustment increments operate at 1 MOA per click for sighting adjustments.
• The sight uses a CR 2032 battery for illumination power.
• The optic features multi-coated lenses to improve light transmission.
• The finish is specified as Matte Black.
• The eye relief is listed as Unlimited, consistent with reflex-style optics.
• The unit is rated Fog Proof/Shock Resistant for durability in field conditions.
• The overall length is 2.50″.
• The weight is 4.20 oz for a lightweight mounting option.
• The UPC is 815879014313.

Compact, lightweight, and straightforward to operate, the RTDT125 offers a simple aiming solution for shooters who prioritize a fast sight picture and minimal offset. Its dual-color illumination and multi-coated optics make it suitable for a range of lighting conditions, and the adjustable turrets allow precise zeroing on compatible platforms. Whether used on a carry pistol or as a close-range competition sight, this micro dot is built to be unobtrusive while providing reliable aiming functionality.