Advanced thermal and night vision binoculars with 4K clarity, integrated 1000m laser rangefinder, optical image stabilization, and dual OLED displays for precision target acquisition in any lighting condition.
The Pard Osprey 4K represents a significant leap forward in observation technology, combining thermal imaging with night vision capabilities in a single, portable platform. This multispectral approach allows you to spot targets using thermal detection, then instantly switch to night vision or daytime channels for positive identification—a workflow that dramatically improves target acquisition efficiency.
With a thermal sensitivity (NETD) of 15 millikelvin or better, the Osprey detects temperature differences below 0.015 degrees Celsius. This exceptional sensitivity delivers clearer, more detailed thermal images across varying weather conditions, giving you the edge when conditions are challenging.
The night vision channel features a 4K sensor paired with advanced Optical Image Stabilization (OIS), ensuring crisp, sharp imagery during both observation and recording. Whether you're tracking movement or documenting critical moments, OIS keeps your view steady even in low-light conditions.
Two 1920×1080 OLED screens deliver stunningly sharp imagery with exceptional color accuracy and contrast. This dual-display design provides an immersive viewing experience while allowing flexible observation modes.
The built-in laser rangefinder delivers precise distance measurements out to 1000 meters, allowing you to quickly gauge target distances with pinpoint accuracy—essential information for any serious observer.
The removable 850/940nm infrared illuminator reduces device weight when not needed. The precision-adjustable IR light head ensures proper beam alignment across a 350-meter range, boosting confidence in every observation.
Interpupillary distance adjustment ranges from 55–74mm, accommodating virtually any user. The compact, lightweight design enables all-day neck carry, making the Osprey an ideal companion for mobile observation missions.