Nocpix RICO2S75R RIco 2 S75R LRF Thermal Weapon Sight Black 3x75mm Multi- 1 DIY/1 Dynamic/6 Static Reticle, 1280x1024, 12 Microns, 60 Hz Resolution, Zoom Digital 10x

The Nocpix RICO 2 S75R is a professional-grade thermal weapon sight built for hunters and precision shooters who demand long-range performance in low-light and no-light conditions. This 3x75mm thermal optic pairs a 1280×1024 high-resolution sensor with a 1200-yard laser rangefinder and ballistic calculator—everything you need to make accurate shots from distance without fumbling through external tools or calculations. Whether you're hunting at night, conducting pest control, or running drills at the range, the RICO 2 S75R gives you thermal clarity and fast targeting data in one rugged package.

The core of this sight is its thermal imaging sensor: a 1280×1024 resolution array with 12-micron pixels running at 60 Hz, delivering sharp detail across a 4250-yard detection range. That resolution difference matters—it's the reason you can ID game at distance and place shots with confidence rather than just seeing a warm blob. The native 3× magnification handles mid-range work, and the 10× digital zoom extends your reach when glassing or confirming targets farther out. An AMOLED display with 2560×2560 resolution keeps the image crisp and comfortable during long hunting sessions.

The integrated rangefinder and ballistic calculator eliminate guesswork: input your bullet velocity and ballistic coefficient once, laser the target, and the sight automatically calculates the hold or dial adjustment needed. Choose from eight reticles (one DIY-customizable, one dynamic, six static) to match your shooting style. Color palettes include White Hot, Black Hot, Red Hot, and specialized options like Crimson and Viridian. A quick-detach mount lets you move the sight between rifles, a magnetic charging port keeps logistics simple, and recoil-activated video and picture-in-picture modes add versatility for documentation or training.

Key Features

• 1280×1024 thermal sensor with 12-micron pixels for high-detail imaging at distance
• Integrated 1200-yard laser rangefinder paired with ballistic calculator
• Native 3× magnification with 10× digital zoom for flexible ranging and engagement
• Eight reticle options including one customizable DIY pattern
• AMOLED display (2560×2560 resolution) for bright, clear viewing
• Multiple color palettes including White Hot, Black Hot, Red Hot, Crimson, Viridian, and Violet
• Quick-detach mounting system for multi-rifle use
• Magnetic charging port for fast, reliable battery management
• Recoil-activated video and picture-in-picture mode
• 4250-yard detection range for long-range thermal acquisition

Specifications

Frequently Asked Questions

Does the RICO 2 S75R include a ballistic calculator?

Yes. The sight has an integrated ballistic calculator that pairs with the laser rangefinder. Input your bullet velocity and ballistic coefficient once, then laser any target and the calculator automatically provides the necessary hold or dial adjustment for accurate hits at that distance.

What's the difference between native magnification and digital zoom on this thermal sight?

The RICO 2 S75R has a native 3× optical magnification from the 75 mm objective lens. The 10× digital zoom is software-based magnification that lets you see further detail but does not improve light-gathering or thermal sensitivity—use it for identifying distant targets or confirming range before shooting.

Can I use the RICO 2 S75R on multiple rifles?

Yes. The sight features a quick-detach mounting system, so you can move it between rifles without permanent installation. The ballistic calculator can store multiple load profiles, making it practical to swap between guns and calibers.

What color modes does this thermal sight offer?

The RICO 2 S75R includes six standard thermal color palettes—White Hot, Black Hot, Red Hot, Crimson, Viridian, and Violet—plus one dynamic palette. You can switch between them to suit lighting conditions, personal preference, or specific hunting scenarios.