Product Overview
The Infiray Outdoor Hybrid Compact IR Scope HCH50R delivers advanced thermal imaging performance in a portable design. Its compact dimensions make it easy to carry during extended outdoor excursions, providing a versatile tool for both hunting and surveillance. The device features a 3.5x optical zoom and a 50mm lens, ensuring clear and detailed thermal images at various distances. With a focus range of up to 4200 feet, users can identify targets with precision even in challenging environments. The diopter adjustment of +4/-5 allows for customization to suit individual eyesight, enhancing comfort during use. Designed to operate efficiently in temperatures ranging from -25?F to 40?F, the HCH50R offers reliable performance across diverse weather conditions. Its 640x480 resolution paired with a 50mm lens ensures sharp, high-quality thermal images, vital for accurate target detection and identification. Powered by the IBP4 battery, this scope offers up to 11 hours of continuous operation, making it suitable for long-duration activities. The device does not feature auto-brightness or bright light cut-off functions, simplifying operation in different lighting conditions. Its user-friendly design, combined with robust features like a long-range focus and high-resolution imaging, makes the Infiray Outdoor HCH50R an excellent choice for outdoor enthusiasts seeking dependable thermal vision technology.
Features:
- Compact dimensions for easy portability and extended use
- 3.5x optical zoom with 50mm lens for detailed imaging
- Focus range of up to 4200 feet for versatile target detection
- Diopter adjustment: +4/-5 for personalized focus
- Operational temperature range from -25?F to 40?F for reliable outdoor use
- High-resolution 640x480 thermal imaging sensor for clear visuals
- Long battery life of approximately 11 hours for extended activities
- Powered by IBP4 power supply for consistent performance
- Robust build suitable for demanding outdoor environments
- Ideal for hunting, surveillance, and outdoor observation