InfiRay ILR-1200-1 | Laser Rangefinder | 1,200 yd

The InfiRay Outdoor ILR-1200-1 is an infrared laser rangefinding module designed to integrate with BOLT Series thermal rifle scopes to provide precise yardage overlays on the scope display. It delivers range estimates up to 1,200 yards with a quoted accuracy of ±1 yard and is engineered for field use with a compact 6061 aluminum housing and quick-detach 30mm clamp mount. The unit includes a rechargeable 3.7V RCR123 battery and basic mounting hardware to facilitate installation and operation in varied conditions.

Product Specifications

• The maximum detection range is 1,200 yards with a stated range accuracy of ±1 yard.
• The module uses a 3.7V RCR123 rechargeable battery as its power source.
• The ingress protection rating is IP67, indicating dust-tight construction and temporary immersion protection.
• The housing is made from 6061 aluminum alloy in a black finish.
• The mounting interface is a QD 30mm clamp mount designed for quick attachment to compatible optics.
• The product weight is listed as 6.5 oz.
• The external dimensions are 3.15 x 4.80 x 4.70 inches (HxWxL) as provided by the manufacturer data.
• The module is compatible with BOLT V2 and BOLT SE Series thermal rifle scopes via wireless integration.
• Included in the package are the ILR-1200-1 module, 30mm QR ring mount, RCR 3.7V battery, Micro-USB charging cable, three socket head screws, and a hex key.
• The listed product type is Rangefinder within the Night Vision & Thermal Optics subcategory.
• The listed color is Black.
• The listed weight value from attributes is 6.50 oz (manufacturer rounding may vary).
• UPC: 850048751132.

The ILR-1200-1 is well suited to shooters and thermal-optics users who require quick, repeatable yardage data for long-range observation and precision shooting, and for professional users who need daytime and nighttime range estimation integrated directly into a thermal scope display. Its compact form, IP67 protection, and quick-detach mount make it convenient to carry and install without significantly altering the balance of the host optic.