Nocpix Bolt L35r Thermal 384 Lrf Blk

The Nocpix Bolt L35r Thermal 384 Lrf Blk is a professional-grade thermal imaging monocular purpose-built for tactical operations, law enforcement reconnaissance, and military field deployment. This compact thermal device integrates advanced 384-resolution sensor technology with integrated laser rangefinding capability, making it ideal for threat assessment, surveillance, search and rescue, and precision targeting support in low-light and no-light environments. Weighing just 5.44 lbs and measuring 16.25 inches in length, the Bolt L35r delivers genuine field capability without excessive bulk.

At its core, the 384-pixel thermal sensor delivers clear, usable imagery across extended standoff distances—the integrated LRF (laser rangefinder) provides instant distance-to-target data critical for ballistic planning and operational decision-making. The L35r designation indicates a 35mm objective lens assembly, optimizing the thermal-to-optical magnification ratio for both close-quarters building clearance and mid-range surveillance work. The matte black finish (Blk) minimizes reflectance and aids in operational discretion, while the compact form factor allows single-handed operation during dynamic entry or rapid repositioning. Thermal imaging at this resolution cuts through smoke, dust, obscuration, and darkness where traditional night vision would struggle.

Operators in tactical law enforcement, military small units, and professional security teams benefit most from the Bolt L35r's balance of range capability and portability. This thermal monocular pairs effectively with helmet mounts, quick-detach interfaces, or handheld operation during surveillance overwatch. Its ruggedized construction suits field deployment in demanding environments—from training ranges and urban operations to perimeter security and wilderness search operations. Whether mounted on a patrol rifle platform or used standalone for reconnaissance, the Nocpix Bolt L35r Thermal 384 Lrf Blk delivers actionable thermal intelligence when traditional optics cannot.