Pixfra ARC Series Black Thermal Monocular - High Sensitivity - Advanced Night Vision - Precise Field Detection

Advanced Thermal Performance for Precise Observation

The Pixfra ARC Series Black thermal monocular is an essential tool for hunters and night observation enthusiasts. Designed to provide clear and precise thermal vision, it enables detection of animals and targets in low light or total darkness. Its advanced technology ensures high thermal sensitivity, guaranteeing fast and reliable detection in the field.

Compact and lightweight, this monocular is easy to carry and handle, making it ideal for long outdoor observation sessions. Its ergonomic design ensures comfortable handling even during extended use.

Detailed Technical Specifications

• Uncooled thermal sensor with high sensitivity
• Image resolution: 384 x 288 pixels
• Refresh rate: 50 Hz for smooth imaging
• High-resolution OLED display of 1024 x 768 pixels
• Digital zoom up to 4x for detailed observation
• Weight: approximately 350 grams
• Compact dimensions for easy transport
• Rechargeable battery offering up to 6 hours of autonomy
• Intuitive user interface with multiple thermal color palettes
• Robust and weather-resistant construction

Field Advantages

Thanks to its high thermal sensitivity, this monocular quickly spots animals even when camouflaged or hidden in dense vegetation. Superior image quality facilitates precise target identification, reducing errors and improving hunting efficiency.

Its lightweight and ergonomic design ensure optimal comfort during long observation periods, while the extended battery life allows uninterrupted operation. The device’s robustness guarantees reliable use in all weather conditions.

Usage and Maintenance Tips

To maximize the lifespan of your Pixfra thermal monocular, it is recommended to store it in a protective case after each use and avoid prolonged exposure to moisture. Regularly clean the lenses with a soft, suitable cloth to preserve image quality. Recharge the battery before each outing and avoid leaving the device discharged for long periods. Use the different thermal color palettes according to conditions to optimize detection and target identification.