FLIR OTS

The FLIR CO-XLR LRF, the most advanced Night Vision Clip-On in the series, pushes the boundaries of night vision systems further than they’ve ever gone. The CO-XLR LRF (Clip On – Extra Long-Range) is a night vision unit that mounts in front of any existing day scope, converting the scope into a night vision-capable device with a viewing range of up to 1,500 yards. Suitable for use with most commercial and military specification daytime scopes (up to 16X magnification), the CO-XLR LRF can be mounted/dismounted on any standard Picatinny rail in seconds, with no special tools required. Because the CO-XLR LRF can be mounted in front of your existing day scope, no re-zeroing is required. The CO-XLR LRF allows the user to maintain consistent positioning and shooting accuracy, all while maintaining the use of a fully familiar day scope. The CO-XLR LRF housing is designed to withstand any environmental condition. The CO-XLR LRF is packed with innovative features like variable gain control, bright light shutoff, and wireless remote control. This night vision clip-on is designed to make long-range night shooting just as easy and accurate as daytime shooting in the same terrain. The CO-XLR LRF can be used with a laser range finder (AMRF2200). Distance measurements are displayed on the rangefinders indicator and in the FOV of connected NV device.

Available in the following configurations:
Gen 2+ Ghost – White Phosphor
Gen 3 AG – Thin-Filmed Auto-Gated

The FLIR Zeus Pro Thermal Weapon Sight has simple and intuitive controls, ballistic drop reticules, electronic compass, and digital inclinometer for finer range estimation and target orientation. It can also accept video-in imagery for those times when map or rangefinder display overlays are required, and external power for extended operations. Supported external devices include an optional laser range finder, external battery pack, multispectral laser and other accessories designed to attach on the scope’s MIL-STD-1913 rail. Solid state technology reticule adjustments and software algorithms, combined with a complementary color reticle platform, ensures maximum reticle contrast, high level target accuracy, and boresight retention. This level of accuracy is translated into the tracking electronic zoom (e-zoom) function, which can be progressively increased without changing the point-of-aim to point of-impact relationship of the targeting reticle.