The SIG SAUER Romeo-X 3MOA Red Dot Reflex Sight offers quick target acquisition and precise aiming for your compact pistol or firearm. Designed specifically to fit P365 and all Shield RMSc platforms, this sight combines reliability with high performance in a lightweight, durable package. Its sleek black finish ensures it complements your firearm's aesthetics while providing rugged protection against the elements. The sight features a 3MOA red illuminated reticle, enabling fast targeting in various lighting conditions, including low light environments. Its non-adjustable objective simplifies installation and enhances durability, making it a practical choice for both tactical and recreational shooting scenarios. Weighing only 1 ounce, the Romeo-X is easy to carry and mount without adding unnecessary bulk to your firearm. The compact overall length of just over 1.5 inches ensures a seamless fit on your firearm's slide or rail system, maintaining balance and handling. Whether for concealed carry, home defense, or competitive shooting, this optic enhances your shooting accuracy and speed. Built by SIG SAUER, a trusted leader in firearm accessories, the Romeo-X delivers consistent performance and durability for demanding shooters. Its illuminated reticle allows for rapid target acquisition even in challenging lighting, making it ideal for quick target engagement and situational awareness. This sight's simple design and high-quality construction make it an essential upgrade for firearm enthusiasts seeking a reliable, high-performance optic that is easy to use and maintain.
Features:
- Fits P365 and all Shield RMSc models for versatile compatibility
- 3MOA red illuminated reticle for fast and accurate targeting
- Lightweight design weighing just 1 oz. for enhanced maneuverability
- Sleek black finish provides durability and aesthetic appeal
- Compact overall length of approximately 1.62 inches for seamless integration
- No adjustable objective, simplifying installation and increasing robustness
- Trusted SIG SAUER quality ensures reliable performance in demanding conditions
