Description
SIG's new XRAY5 red dot may be more important than the P385 itself. The XRAY5 introduces a different approach to pistol optics by using a fixed 15x15 LED matrix with 225 individual points, digital zero adjustments, saved zero profiles, an accelerometer-based round counter, and connected-light functionality.
In this video, we break down how the SIG XRAY5 actually works, why digital zeroing is different from traditional mechanical red dot adjustments, and what this type of technology could mean for the future of pistol optics.
We also look at the real-world possibilities behind saved zero profiles, round-count tracking, recoil-signature calibration, flat viewing glass, and how an optic like this could potentially improve maintenance tracking, training data, durability, and long-term optic development.
More importantly, we look at the limitations. Does adding software, Bluetooth, profiles, sensors, and an app create new failure points? How useful are multiple zero profiles in practice? What happens years down the road when software changes? And does removing mechanical adjustment components actually improve reliability?
This is an independent discussion and analysis of new red dot technology and where pistol optics may be heading.
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ATTENTION: All opinions shared are just that, my opinions. I'm not a lawyer nor have I ever claimed to be one I simply commentate on different scenarios to give you examples of what can happen out in the real world.