NOCPIX ACE S60R Thermal Scope 2-24X60mm 12 Micron 1280×1024 (50 Hz) LRF ACE-S60R

NOCPIX ACE S60R Thermal Scope ACE-S60R

The ACE is built around the idea of combining leading user-requested features in a streamlined optic that balances advanced capability with ease-of-use in the field. Designed to feel like a traditional day optic, the ACE is compatible with bolt action or semi-automatic rifles using standard 30 mm mounts and rings. The combination of an internal USB-C charging battery and a removable 18650 style rechargeable battery allows users to hot-swap batteries in the field to run indefinitely. A 1-3x ocular magnifier provides optical magnification of the 2560×2560 round AMOLED display inside the eyepiece. The Vision+ system pairs this high-resolution display with a ≤15 mK NETD sensor for an incredibly detailed and precise image. The 1,300-yard capable laser rangefinder on the ACE is integrated directly into the 50 mm germanium objective lens. In addition to streamlining the body design and reducing bulk, this allows for improved horizontal alignment of the infrared laser with the viewing system.

New for 2025, the ACE S60R brings the best-available thermal sensor resolution (1280×1024) to the most versatile thermal weapon sight platform on the market. With a 2x native (base) magnification, a12x digital zoom and a 1-3x Optical Magnifier, the magnification range delivers fantastic image quality at all ranges.

Lens-integrated laser rangefinder adds rangefinding capability to the optic and better laser alignment without adding bulk.
A 1-3x optical ocular magnifier provides additional magnification of the display without any reticle shift or digital zoom.
High-contrast round 2560×2560 AMOLED display provides increased clarity and detail.
Simplified controls offer improved ergonomics and a better user experience in the field.
Uses common 18650 style rechargeable batteries.
A ballistic calculator function displays bullet drop values based on the laser rangefinder input data and a user-customized cartridge profile.
Charge through the unit with a unique lock-out USB-C port design.
NOCPIX ACE S60R Thermal Scope ACE-S60R

The ACE S60R Thermal Imaging Scope is engineered for professionals and enthusiasts who demand cutting-edge performance in the field. Built with advanced thermal technology, this scope is powered by the Nocpix 640 (640×512) 50 Hz sensor paired with a 60 mm F/0.9 objective lens. Delivering crystal-clear imaging with an impressive ≤15 mK NETD, it captures even the smallest thermal differences, ensuring unmatched target recognition in all weather conditions.

With a native 3X optical base magnification and up to 12X digital zoom, the ACE S60R provides both wide-area scanning and precision target identification at extended distances. Its AMOLED 2560×2560 high-resolution display delivers sharp visuals and smooth performance, giving shooters, hunters, and tactical operators a significant advantage in low-visibility environments.

The scope’s detection range of 3,400 yards ensures long-range awareness, while the integrated 1300-yard laser rangefinder (LRF) offers precise distance measurements for accurate targeting. Multiple color palettes—including White Hot, Black Hot, Red Hot, Violet, Crimson, and Viridian—allow customization for varying conditions and user preferences.

For greater flexibility, the ACE S60R features eight reticle options: six static designs, one dynamic, and one DIY option for personalized configurations. Whether used for hunting, law enforcement, or surveillance, this thermal imaging scope adapts seamlessly to your mission.

Backed by the ACE Series Manual and detailed in the ACE S60R Data Sheet, the device ensures reliability, user-friendly operation, and professional-grade performance.

The ACE S60R Thermal Imaging Scope is more than just an optic—it’s a field-proven tool designed for accuracy, reliability, and adaptability. From detecting heat signatures at extreme distances to providing a crisp, customizable display, this thermal scope sets a new standard for advanced thermal imaging technology.