The ThermTec Cyclops-Pro Thermal Imaging Monocular - 315 offers unparalleled thermal imaging technology that is perfect for those seeking precision and clarity in every detail. With its advanced sensor and lens options, this monocular provides high thermal sensitivity, ensuring you can capture the finest details even in challenging environments. The intelligent rangefinder and joystick operation make it easy to navigate and measure distances accurately, while the long battery life allows for extended use. Whether you're exploring the outdoors or conducting professional surveillance, the Cyclops-Pro's bi-mode design, GPS functionality, and stable imaging make it a versatile and reliable choice.

ThermTec Cyclops-Pro Thermal Imaging Monocular - 315 Features:

• 384 x 288 /12um < 25mk sensor: Provides high-resolution thermal imaging, allowing for precise detection of heat signatures.
• 15mm/19mm/25mm/35mm/50mm lens options: Offers a range of lenses to suit different distances and fields of view, enhancing versatility.
• High Thermal Sensitivity: Ensures clear and detailed images even in the darkest or most challenging conditions.
• AI Intelligent Rangefinder: Accurately measures distances, making it ideal for both professional and recreational use.
• Joystick Operation: Simplifies navigation and control, offering a user-friendly experience.
• Long Battery Life: Supports extended use in the field, reducing the need for frequent recharges.
• Bi-Mode Design: Allows for switching between different viewing modes, enhancing adaptability to various scenarios.
• F/1.0 Aperture: Maximises light intake, resulting in brighter and more detailed thermal images.
• GPS Functionality: Enables location tracking and navigation, perfect for fieldwork and exploration.
• Continuous Zoom: Provides smooth and adjustable magnification for closer inspection of distant objects.
• High Degree of Protection: Built to withstand tough conditions, ensuring durability and reliable performance.
• Stable & Reliable Image: Guarantees consistent image quality, crucial for accurate thermal detection.