Trijicon Thermal Riflescope - Reap Ir Type 3 24mm Black

The Trijicon Thermal Riflescope REAP IR Type 3 24mm Black is a compact, battery-powered thermal imaging sight engineered for precision target acquisition in total darkness and degraded visibility. Weighing just over 5 pounds, this scope delivers uncooled thermal detection across a 7-degree field of view, making it a lightweight option for mounted rifle systems where thermal standoff and fast target identification matter.

The optical system combines 1.2x optical magnification with 1–8x digital zoom, providing both wide situational awareness and magnified target detail without requiring a separate magnifier. The 640×480 resolution sensor produces a sharp thermal image under any lighting condition—critical for operators working in night operations, low-light navigation, or zero-ambient-light environments. User-selectable reticle choices allow customization for different engagement distances and tactical doctrine. Two CR123 batteries power the unit, and the improved battery compartment design simplifies field swaps during extended operations. The new USB-C connector enables faster system control and future software updates. The integrated mini Picatinny rail mount accommodates standard quick-detach systems, ensuring straightforward integration onto most rifle platforms.

This scope is purpose-built for law enforcement tactical teams, military marksmen, and serious hunters operating in low-light or nighttime scenarios where thermal detection provides decisive tactical advantage. The compact form factor and moderate weight distribution work well on patrol rifles, designated marksman rifles, and precision platforms where maneuverability and thermal sight picture are equally valued. Thermal riflescopes eliminate the need for separate night vision or infrared illumination, reducing overall system complexity while delivering superior target contrast in smoke, dust, fog, or complete darkness.

Within the thermal optics market, Trijicon's REAP IR line represents a mid-power platform—smaller than high-magnification research-grade systems but offering more optical flexibility than minimal-feature thermal dots. The Type 3 variant reflects the current generation, incorporating faster processing and refined user interface features compared to earlier iterations.