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Nocpix Rico 2 1280x1024 75mm LRF Thermal Sight - RICO2S75RNocpix Rico 2 1280x1024 75mm LRF Thermal Sight
The Nocpix Rico 2 Thermal Sight (RICO2S75R) is a flagship high-resolution thermal riflescope featuring an impressive 1280x1024 sensor, a large 75mm objective lens, and an integrated laser rangefinder. This premium optic represents the pinnacle of thermal imaging technology, delivering unmatched clarity and long-range performance for professional hunters and tactical users.
Ultra-High 1280x1024 Resolution
Equipped with a 1280x1024 thermal sensor, the Rico 2 delivers exceptional image detail and clarity. This ultra-high resolution allows users to detect, identify, and engage targets at extreme distances with superior thermal contrast and definition that lower-resolution sensors cannot match.
75mm Objective Lens
The large 75mm objective lens maximizes detection range and image quality. Combined with the high-resolution sensor, it provides outstanding long-range performance, making it ideal for open terrain, mountainous regions, and situations where maximum identification distance is critical.
Integrated Laser Rangefinder
The built-in laser rangefinder provides accurate, real-time distance measurements directly in the optic. This feature is essential for long-range precision shooting, enabling users to make ethical and accurate shots by eliminating distance estimation errors.
Key Features
- Nocpix Rico 2 Thermal Sight
- 1280x1024 ultra-high resolution sensor
- 75mm objective lens
- Built-in laser rangefinder
- Premium long-range thermal performance
- SKU: RICO2S75R
- UPC: 850048751583
Ideal For
- Extreme long-range night hunting
- Professional and tactical applications
- Precision long-distance thermal shooting
- Users demanding the highest resolution thermal optics
Nocpix Rico 2 Thermal Sight
Nocpix delivers elite thermal performance with the Rico 2. The RICO2S75R model combines a 1280x1024 sensor, 75mm lens, and integrated laser rangefinder in a top-tier thermal riflescope built for maximum clarity, detection range, and precision in the most demanding conditions.The End ```