InfiRay ILR-1000-2 Laser Rangefinding Module for HYBRID

The InfiRay ILR-1000-2 Laser Rangefinding Module is a precision rangefinder module designed specifically for seamless integration with the HYBRID Series thermal weapon sights via USB-C connectivity. This laser rangefinding module eliminates range estimation uncertainty by delivering real-time distance data to the thermal optic's onboard ballistic solver, automatically calculating and displaying a firing solution on a custom drop-compensating reticle regardless of lighting conditions or time of day.

The ILR-1000-2 delivers rangefinding accuracy of ±1 meter, critical for precision engagement at extended distances where manual dope adjustment introduces error. The laser rangefinding system interfaces directly with the HYBRID thermal weapon sight's ballistic computer, translating range data into holdover values or reticle positioning in real time. This integration eliminates the manual ballistic calculation step that operators traditionally perform during field shooting, significantly reducing setup time and human error during critical engagements. The compact form factor at 4.5 x 3 x 6.5 inches and lightweight design at 0.73 lbs adds minimal weight to the thermal optic package without creating balance or handling issues.

This laser rangefinding module serves precision-focused operators—police tactical units, military marksmen, and high-end civilian precision shooters—who depend on thermal imaging for low-light or obscured-target situations. It addresses a core limitation of thermal optics: while thermal sights excel at target detection and identification in darkness or through obscuration, they traditionally require separate rangefinding tools or manual distance estimation. The ILR-1000-2 closes that capability gap by consolidating rangefinding and firing solution calculation into the thermal sight itself, streamlining the shooting solution workflow from target acquisition through trigger press.

Thermal weapon sights have become the standard for serious tactical and hunting operations where night vision or thermal imaging provides decisive advantage. The HYBRID series represents current-generation thermal integration for rifle platforms. Standalone laser rangefinders are still common, but integrating rangefinding directly into the thermal sight ecosystem—via the ILR-1000-2 module—reflects the modern approach: consolidate sensors and compute into a single sighting solution rather than layer multiple tools.