×
TR | EN

SERHAT
Aviation Night Vision Goggles

SERHAT aviation night vision goggles deliver outstanding performance and depth perception even in the most challenging low-light conditions with its premium fast objective lens design. Thus, it provides sufficient vision for a pilot to complete night time missions down to starlight and extreme low light conditions. It is an elite dual tube night vision goggle which offers the user total depth perception.

Conceptualized and developed with a keen understanding of the nuanced demands of highly experienced pilots, SERHAT showcases a streamlined, low-profile design. Functionality is prioritized, ensuring that each feature serves a purpose, from its intuitive, user-friendly controls to inter-pupillary and comprehensive vertical, fore-aft, and tilt adjustments.

SERHAT significantly expands the operational mission capability of helicopter crews. By providing a clearer, more comprehensive view, SERHAT enables pilots to navigate the complexities of nighttime aviation with confidence and precision.

SERHAT is adaptable to varying mission demands and can be customized with an F0.95 or F1.2 objective lens as per the user's requirements. Furthermore, we provide an assortment of image intensifier tube options, enabling an additional layer of customization that aligns with diverse operational needs. This level of flexibility underscores our commitment to provide mission-specific solutions and ensures optimal performance under a wide range of circumstances.

Key Features
PREMIUM FAST F/0.95 OBJECTIVE LENS
For increased sensitivity even in the most challenging low-light conditions

HIGH-QUALITY OPTICAL COMPONENTS
High-quality optics for exceptional performance in low-light conditions

SHARP AND CLEAR IMAGES EDGE-TO-EDGE
The performance-optimized optical design provides sharp and clear images edge-to-edge

MULTIPLE HELMET-MOUNT OPTIONS
Adapted to different helmets in line with the user's demands

ROBUST AND RELIABLE BODY DESIGN
Robust and reliable design to maintain functionality, usability, ergonomics and performance
Documents
DO YOU HAVE A QUESTION?