This thermal scope is engineered for direct weapon mounting and is optimized for medium to long-range targeting up to 1,800 meters, both during the day and at night — including in low-visibility conditions such as fog, rain, haze, or sparse vegetation. At its core is a high-performance 12μm VOx microbolometer with advanced electronic shutter calibration. The combination of a highly sensitive sensor, a high-resolution 1024×768 display, premium-grade optics, and real-time digital image processing ensures exceptional image clarity and target recognition even in the harshest environments. Constructed from lightweight aluminum alloy, the scope is rugged, compact, and user-friendly — making it an ideal choice for demanding field operations where reliability and precision matter most. ".
The FYRIS 655 is a modern thermal imaging scope designed for installation on machine guns and sniper rifles. It enables target detection at distances of up to 3,000 meters and confident engagement at up to 2,100 meters. Equipped with a high-sensitivity sensor, the device delivers excellent image quality and fast response time. A clear, user-friendly interface ensures quick mastery by the operator. The advanced aiming system, combined with high-quality optics, allows the shooter to fully leverage the weapon’s potential. Built-in video recording capabilities make it easy to analyze shooting results.
TECHNICAL SPECIFICATIONS:
Sensor Type: VOx, 12μm, 50fps
Resolution: 640×480
Sensitivity: <30 mK
Calibration: Shutter-based (hybrid)
Objective Lens: 55mm, F1.0
Magnification: 3.2× – 12.8×
Microdisplay: OLED, 1280×920
Focus Type: Internal
Field of View: 7.8° × 5.9°
Eye Relief: 50 mm
Click Value: 17 mm at 100 m
Power Supply: 21700 rechargeable battery
Battery Life: ≥ 4 hours at +21°C
Dimensions: 210 × 80 × 77 mm
Weight: 740 g
Operating Temperature: –25°C to +50°C
Protection Rating: IP66
Shock Resistance: up to .50 BMG
Mount Type: PULSAR prism mount
FEATURES:
Picture-in-picture mode
Reticle scaling
Ballistic reticle presets
6 user profiles
Sleep mode
Advanced ballistic calculation
