RIX Leap L3R Thermal Observation Scope with LRFVersatile Zoom & Game Changing Optical Clarity To adapt to any monitoring situation, the Rix Leap L3R offers a game changing base optical magnification of 3. 2 up to 9. 6, controlled via a dedicated optical zoom adjustment lever. Traditional thermal optics rely heavily on digital zoom, which crops the sensor data and often results in a grainy, heavily pixelated image at higher magnifications. The Leap L3R solves this common issue by using true optical
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Versatile Zoom & Game-Changing Optical ClarityTo adapt to any monitoring situation, the Rix Leap L3R offers a game-changing base opticalmagnification of3.2× up to 9.6×, controlled via a dedicated optical zoom adjustment lever. Traditional thermal optics rely heavily on digital zoom, which crops the sensor data and often results in a grainy, heavily pixelated image at higher magnifications. The Leap L3R solves this common issue by using true optical zoom to magnify the ultra-high-resolution AMOLED display lens itself. This allows field operators to push in for close-up subject identification while retaining the crisp, native clarity of the 384 thermal sensor.
Advanced Thermal SurveillanceThe RIX Leap L3R is a highly sophisticated, tube-style thermal observation scope engineered for professional perimeter surveillance, wildlife observation, and site monitoring. Designed with a traditional 30mm tube format, this device mounts seamlessly to standard observation tripods and surveillance rigs, offering incredible situational awareness in total darkness or adverse weather conditions.
High-Clarity Thermal Sensor & DisplayEquipped with a highly sensitive 384 × 288 (12 μm) thermal sensor and an exceptional NETD rating of <20 mK, the Leap L3R easily cuts through fog, heavy rain, and complete darkness to deliver highly detailed thermal signatures. Observers can view these crisp images on a massive, ultra-high-resolution 1920 × 1080 AMOLED display, allowing for the rapid identification of subjects up to 1,800 meters away.
Integrated Laser RangefinderCrucial spatial data is seamlessly integrated directly into the objective lens. The built-in Laser Rangefinder (LRF) provides accurate distance measurements up to 1,200 meters (1,312 yards), ensuring field operators always have the exact range awareness needed when monitoring expansive properties.