AGM Global Vision Sidewinder TM25-384 Thermal Imaging Monocular

AGM Global Vision Sidewinder TM25-384 Thermal Imaging Monocular

$1,875.00
{{option.name}}: {{selected_options[option.position]}}
{{value_obj.value}}

The AGM Sidewinder Thermal Monocular series represents the latest in thermal imaging technology. The TM25-384 model, featuring a 25mm Germanium lens and a high-resolution thermal detector, offers significant advancements in the field, ensuring superior image clarity and detailed background recognition. Key Specifications Lens and Detector: 25mm Germanium lens with a 384x288 resolution, 12 micron, sub-20mK thermal detector. Thermal Sensitivity: NETD <20mK for clear thermal imaging. Image Frame Rate: 50 Hz refresh rate provides smooth imaging. Advanced Features Image Processing: Equipped with advanced technologies like Digital Detail Enhancement, Digital Noise Reduction, and NLM algorithm. Display: High-resolution 1024×768 OLED display. Memory: 64GB built-in memory, highest in its class, supports video/audio recording and snapshot capturing. Wi-Fi Compatibility: Includes hotspot functionality to connect with the AGM Connect App. Digital Zoom: Multiple zoom options including 1×, 2×, 4×, and 8×. Design and Durability Battery: Features a removable, non-proprietary 18650 rechargeable Li-Ion battery offering up to 7 hours of continuous operation. Housing: New robust rubber armored housing enhances durability and protection. Water Resistance: IP67 waterproof rating ensures device integrity in wet conditions. Connectivity and Power USB Connectivity: USB Type-C port for external power capabilities. Power Supply: Option for external power supply adds versatility. Additional Benefits Versatile Use: Ideal for hunting, farming/herd protection, building security, law enforcement, search & rescue, boating, camping, and other outdoor activities. Warranty: Industry-leading 5-Year Transferable Warranty ensures long-term reliability and customer satisfaction. This series is designed to meet the diverse needs of users demanding high-performance thermal imaging in various environmental conditions, combining state-of-the-art technology with user-centric features for broad application potential.

Show More Show Less