About this item

• "No Standalone lithium batteries are sold with the product". SIG SAUER ECHO CV25 THERMAL CLIP-ON DEVICE - The ECHO CV25 is engineered to attach quickly and easily to your existing day optics, transforming them into powerful thermal imaging tools without the need to remove or re-zero your current scope; the ECHO CV25 is compact, measuring only 5 inches in length, making it easy to carry and maneuver; It features a Quick Detach (QD) mount
• EYEPIECE AND PARALLAX OPTIMIZATION - The eyepiece is specifically designed for a parallax-free clip-on application, ensuring that your point of aim remains consistent and accurate when the thermal device is attached to your existing optics; with the ECHO CV25, users can confidently detect and identify targets in any lighting condition, ensuring enhanced performance and effectiveness in the field
• ADVANCED THERMAL CORE - Equipped with a Long-Wave Infrared (LWIR) 640x512 VGA 12μm thermal core, the ECHO CV25 offers high-resolution thermal imaging; the thermal core operates at a 50Hz refresh rate, providing smooth and real-time imaging crucial for tracking moving targets; It boasts a sensitivity of 20mK, which means it can detect very small differences in temperature, offering exceptional detail and clarity even in challenging environments
• DURABLE WATERPROOF CONSTRUCTION - The ECHO CV25 is built to withstand harsh environmental conditions, featuring a rugged and durable housing that is both water and shock-resistant; despite its sturdy build, the device is lightweight, ensuring it doesn't add significant weight to your weapon system; it is compatible with multiple power sources, including rechargeable batteries, ensuring you have reliable power during extended missions
• VERSATILE POWERFUL THERMAL IMAGING SOLUTION - The thermal imaging capabilities of the ECHO CV25 make it an excellent tool for hunters, enabling them to detect and track game animals in low light or obscured environments; it is a versatile and powerful thermal imaging solution that enhances the capabilities of existing optical scopes