FireWolf™ C15 Thermal Night Vision Scope

C15 Thermal Imager: Your Essential Companion for Advanced Thermal Imaging

The C15 Thermal Imager combines precision, portability, and ease of use in one powerful device. With just four intuitive buttons and a user-friendly interface, the C15 is designed for effortless one-handed operation. For added versatility, it can be mounted on a stand, freeing both hands for other tasks.

Key Features:

• High-Resolution Thermal Imaging: Equipped with a 256×192 pixel thermal resolution and a 720×540 display resolution, the C15 provides clear, detailed images for superior detection in various conditions.
• Exceptional Detection Range: Detect objects up to 250 yards away, enhanced by 4x digital zoom for close-up observation.
• Customizable Viewing Experience: Choose from 4 different color palettes to match your environment or preferences, improving recognition and adaptability in diverse settings.
• Smart Technology: Powered by self-developed uncooled infrared detectors and intelligent algorithms, the C15 delivers sharp imaging, even in complete darkness.

Enhanced Functionality:

• Storage & Connectivity: Comes with a 32GB memory card for capturing live videos, snapshots, and recordings. Export data easily via Wi-Fi transmission.
• Long Battery Life: A built-in lithium-ion battery offers up to 5 hours of continuous use. Recharge conveniently via USB-C using an adapter or power bank.
• Compact and Versatile Design: Features a wide-angle focus of 17.6°×13.2° or 11.7°×8.8° (depending on the focal length), with adjustable electronic zoom ranging from 1.0× to 4.0×. Can be mounted on any standard 20mm rail.

Specifications:

• Resolution: 256×192 pixels
• Frame Rate: 50Hz
• Focal Length: 15mm
• Spectral Range: 12μm
• Power Supply: DC5V/2A (Type-C)
• Continuous Working Time: 5 hours

The C15 Thermal Imager is a versatile tool for professionals and enthusiasts alike. Whether you're searching in the dark, conducting inspections, or exploring the outdoors, the C15 offers unparalleled performance and convenience in thermal imaging.