ATN TICO-LTV 1x 640x480 Thermal Clip-On, TICOLTV650X, Digital Thermal Sight, Black Hot/White Hot

This ATN TICO LTV TICOLTV650X is a thermal clip-on optic designed to add 640x480 thermal imaging capability in front of your existing daytime scope. Built around ATN's ATTO 640, 12-micron sensor, it delivers a crisp thermal image through a 50 mm objective lens, giving you a detailed view of heat signatures in low-light or no-light conditions. The unit operates at 1x native magnification with digital zoom options, so it preserves your scope's original zero and aiming characteristics while extending its usefulness after dark. A 1024x768 OLED display provides a clear sight picture, and multiple viewing palettes, including white hot, black hot, and color modes, allow you to adapt the image to different backgrounds and preferences. The TICO LTV 640 is engineered for use as a clip-on in front of a riflescope and can also serve as a handheld thermal monocular when configured accordingly, adding flexibility for observation and scanning tasks. It attaches using ATN's QDM quick-detach mount system or Scope Mounting System adapters, enabling fast installation on compatible scopes and picatinny rail interfaces while maintaining alignment with your existing reticle. Powered by a single removable 18650 Li-ion battery, the device offers 8 hours of runtime for extended field sessions. Weather-resistant construction and compact dimensions at 0.9 lb help keep overall rifle weight and bulk down while still delivering reliable performance in challenging environments.

• 640x480 resolution, 12-micron thermal sensor for detailed imaging
• 50 mm objective lens with unlimited eye relief
• QDM mount enables fast attachment to existing optics

The ATN TICO LTV 640 clip-on is a strong choice for users wanting to add thermal capability to their current optics without changing their familiar daytime setup. Its combination of high-resolution sensor, versatile mounting, and efficient power system makes it a practical thermal upgrade for demanding field use.