Our thermal imaging binoculars offer superior long-range detection, enhanced depth perception, and exceptional clarity for operators who require extended observation capability. Built to withstand the harshest operational conditions, these systems utilize high-resolution thermal cores and ergonomic two-handed stability to deliver precise situational awareness over large areas. Ideal for border security, perimeter defense, and reconnaissance missions, Newcon Optik binoculars provide reliable target identification even through environmental obscurants and camouflage.

BINOCULARS

  • SENTINEL MLRF

    The SENTINEL MLRF is a long-range thermal observation and ranging system designed for military forces, border surveillance units, law enforcement, and special operations teams. The system combines high-performance thermal imaging, precision laser ranging, integrated navigation sensors, and AI-assisted object detection to deliver superior situational awareness in all environmental conditions.

    Powered by a 640 × 512 uncooled LWIR thermal sensor, the SENTINEL MLRF enables reliable long-range detection, recognition, and identification (DRI) of targets in total darkness, smoke, fog, and harsh weather environments.

    An integrated eye-safe laser rangefinder, digital magnetic compass, and GPS receiver provide precise distance, azimuth, and geolocation data for enhanced battlefield awareness and target reporting.

    The system incorporates an AI-enabled processing engine capable of analyzing live video streams and automatically detecting predefined objects, assisting operators in rapidly identifying vehicles, personnel, and other mission-relevant targets.

    The MIL-STD ruggedized design ensures reliable performance during continuous 24/7 field deployment in the most demanding operational environments.

  • SENTINEL MLRF I

    The SENTINEL MLRF I is the most effective handheld multi-functional thermal laser rangefinder binocular available. It serves a wide variety of tactical, law enforcement, border security and special forces applications. SENTINEL MLRF I binoculars use a high-resolution uncooled thermal sensor to perceive differences in the thermal signature of objects within the field of view. The unit can detect objects at remote distances 24 hours a day, through smoke, fog or camouflage. The unit’s eye-safe laser rangefinder and digital magnetic compass instantly measure distance, azimuth and inclination of far-off targets. Data is displayed inside the field of view and can be exported via the computer output to a variety of peripheral devices.

  • SENTINEL MLRF X

    The SENTINEL MLRF X is a ruggedized, multi-sensor thermal imaging and observation binocular designed for conventional forces, special operations forces, and homeland security units operating in the High North and Arctic environment. The system delivers ISR, target acquisition, and situational awareness across day, night, and degraded visual environments — including polar darkness, white-out, blowing snow, and the contested electromagnetic conditions characteristic of Arctic operations.

    A 640 × 512 uncooled thermal imaging sensor provides long-range detection and classification under all weather conditions, while an AI-enabled processing engine analyzes live video in real time to automatically detect vehicles, vessels, and personnel — accelerating threat identification across featureless Arctic terrain and maritime littoral zones. A complementary direct view optical channel provides 7× magnification, 7° field of view, and ±5 SD visual acuity to support sustained observation during extended High North patrols. The system incorporates an eye-safe laser rangefinder with 10 km ranging capability, digital magnetic compass, and embedded GPS, enabling real-time range, azimuth, and target location in GPS-degraded and magnetically anomalous Arctic environments. This sensor-to-decision capability supports maritime domain awareness, call-for-fire, and network-enabled operations aligned to Arctic experimentation objectives. Engineered to MIL-STD durability standards, the SENTINEL MLRF X is optimized for 24/7 continuous operations in the austere and strategically contested High North.

     

     

  • SENTINEL SMLRF

    The SENTINEL SMLRF is a mission-critical, multi-functional thermal binocular system engineered for elite tactical units operating in complex and high-risk environments. Equipped with high-resolution uncooled LWIR and SWIR sensors, and an integrated eye-safe laser rangefinder rated for distances up to 10,000 meters, the SENTINEL SMLRF delivers unmatched long-range detection and engagement capabilities. It enables operators to identify human targets at up to 2.3 km and vehicles at 6.3 km—through smoke, fog, or camouflage—ensuring 24/7 operational effectiveness.

    The system integrates GPS positioning, a digital magnetic compass, and multiple image fusion modes to provide real-time, in-view data on target location, azimuth, and inclination. Onboard video and photo recording, silent operation, and versatile connectivity options enhance mission documentation and communication.

    Built to MIL-STD 810 standards, it operates in extreme conditions and withstands rugged use in the field. Compact, reliable, and highly mobile, the SENTINEL SMLRF delivers the advanced situational awareness and precision targeting essential to today’s most demanding tactical missions.

  • SENTINEL UMLRF

    The SENTINEL UMLRF is the most effective cooled handheld multi-functional thermal laser rangefinder binocular available. It serves a wide variety of tactical, law enforcement, border security and special forces applications. SENTINEL UMLRF binoculars use a high-resolution cooled thermal sensor to perceive differences in the thermal signature of objects within the field of view. The unit can detect objects at remote distances 24 hours a day, through smoke, fog or camouflage. The unit’s eye-safe laser rangefinder and digital magnetic compass instantly measure distance, azimuth and inclination of far-off targets. Data is displayed inside the field of view and can be exported via the computer output to a variety of peripheral devices.