Pulsar Talion XG35 Thermal Rifle Scope with U Mount

The Pulsar Talion XG35 Thermal Rifle Scope with U Mount delivers professional-grade thermal imaging for tactical operations, law enforcement, and precision hunting in low-light and no-light environments. Built by Sellmark Corporation, this scope is engineered for shooters who demand detection capability beyond conventional optics, enabling target acquisition through fog, smoke, dust, and complete darkness. The XG35 thermal platform addresses the operational reality that most defensive and hunting scenarios occur during dawn, dusk, or night—conditions where conventional glass optics fail and thermal imaging becomes mission-critical.

The Pulsar Talion XG35 features a thermal sensor that detects infrared radiation emitted by living targets, converting that data into a real-time display that reveals heat signatures regardless of ambient light. The included U Mount provides rapid attachment and detachment from standard Picatinny rail systems, allowing operators to transition between primary optics and thermal capability without removing the scope from the rifle. At 4.6 lbs, the optic maintains a balanced weight distribution that does not compromise handling dynamics on common patrol rifles, precision platforms, and designated marksman setups. The 5.6-inch forward profile and compact 3.65-inch lateral footprint integrate cleanly with modern rail furniture and do not obstruct co-witnessed backup iron sights or secondary optics.

Law enforcement tactical teams, military personnel, and long-range hunters rely on thermal rifle scopes to locate non-compliant subjects, conduct night operations, and verify target identification before engagement. The Pulsar Talion XG35 is compatible with any AR-platform rifle, bolt-action precision rifle, or semi-automatic hunting platform featuring a standard Picatinny rail. Installation requires no gunsmithing—the U Mount secures directly to the rail via industry-standard mounting hardware. Operators should verify mounting height clearance with their charging handle and verify zero at the engagement distance, as thermal optics introduce a slight shift in point of aim compared to conventional scopes.