The KILO6K-HDX Gen II Rangefinding Binocular is a powerhouse of advanced technology and rugged durability, packed into a compact, streamlined design. Featuring a reengineered housing with enhanced rubber armor for superior ergonomics, it boasts a 42mm objective lens while remaining lightweight and easy to carry. SIG SAUER's HDX lens system delivers exceptional light transmission and optical clarity, while the Gen II Lightwave DSP Ranging Engine ensures industry-leading accuracy. Equipped with Archery Mode, Applied Ballistics Ultralight and onboard environmental sensors, it seamlessly connects with Kestrel, Garmin, onX Hunt and BaseMap for real-time environmental data and waypoint tracking. Built to dominate the hunting and long-range shooting space, the KILO6K-HDX Gen II is fully backed by SIG SAUER's INFINITE GUARANTEE . Delivering less than 1 ft range resolution, this system ensures pinpoint accuracy at short distances, making it ideal for precision shooting in close-range environments Integrated on-board sensors measure temperature, pressure and humidity in real-time, providing highly accurate ballistic calculations for precise long-range engagements (5) advanced target modes - first, best, last, fog and extended range - allow shooters to adapt quickly to diverse environmental conditions and targeting challenges The (5) advanced range modes - applied ballistics, ultralight (BDX-U), applied ballistics external (BDX-X), angled modified range (AMR), line of sight (LOS) and archery (ARCH)- provide tailored ballistic solutions for every shooting application Applied ballistics ultralight features a comprehensive AB bullet database, supporting up to (25) custom ballistic profiles and (8) preset on-board ballistic groups for pinpoint precision at any distance BDX 2.0 technology enables seamless connectivity via low-energy, long-range Bluetooth, allowing real-time ballistic data transfer and synchronization with compatible devices Hyperscan technology delivers (4) range updates per second in scan mode, while RangeLock ensures consistent accuracy by locking in the last range result when targeting distant objects