Trijicon Ir-hunter Type 3 60mm Blk

The Trijicon IR-HUNTER Type 3 60mm thermal riflescope represents the gold standard for precision thermal imaging in demanding tactical and hunting environments. Designed for law enforcement, military operators, and serious hunters who refuse to compromise on detection capability, this advanced thermal optic delivers superior target acquisition in complete darkness, adverse weather, and obscured conditions where conventional optics fail. The 60mm objective lens gathers maximum thermal energy, enabling detection and identification of targets at extended ranges where thermal signatures are faint or partially masked by environmental factors.

Built on Trijicon Electro Optics' proven thermal architecture, the IR-HUNTER Type 3 integrates a high-resolution uncooled microbolometer sensor that renders clear, stable imagery across extreme temperature differentials—critical in operational environments ranging from desert heat to arctic cold. The 60mm objective provides exceptional light-gathering efficiency without the bulk or weight penalty of traditional larger-format thermals, maintaining a field-ready profile at 8.06 lbs. Trijicon's integrated ballistic reticle system and intuitive controls enable rapid target engagement with minimal learning curve, while the robust construction and sealed optics protect against submersion, dust infiltration, and hard-use deployment stresses inherent to tactical operations.

The IR-HUNTER Type 3 60mm is the preferred choice for operators requiring non-lethal personnel detection, surveillance overwatch, and target confirmation in zero-light scenarios. Law enforcement tactical teams, military reconnaissance units, and professional hunters conducting nocturnal operations benefit from the combination of thermal sensitivity, compact dimensions (12 x 7.5 x 14 inches), and daylight-capable optics that eliminate the need for separate daytime and nighttime riflescopes. Installation on MIL-STD-1913 Picatinny rail systems via the included mount ensures rapid deployment and repeatable zero across platform transitions, making this thermal solution a mission-critical addition to any precision rifle platform requiring persistent target identification capability.