HALO-XRF THERMAL SCOPE
HALO-XRF THERMAL SCOPE
BAE 640 x 480, 12 um, 60 Hz Thermal Imaging Core
Built-in Laser Range Finder, Video and Audio Recording
50 mm F1.1 Germanium objective lens
8 Reticle Options
HALO-XRF is N-Vision Optics latest groundbreaking product that combines state of the art BAE thermal imaging CORE with top customer demanded features, such as integrated laser range finder, onboard video recording, and WiFi connectivity. HALO-XRF is proudly designed and built in the USA, making it the ultimate US-made thermal scope with integrated LRF available to the hunting market.
Built-in Video and Audio Recording
HALO-XRF eliminates the need for external recorders. Pixel accurate 60 Hz videos are internally captured and stored for later transfer to the user’s PC via USB connection.
Streaming
The streaming feature permits the user to stream videos over the WiFi connection and possibly broadcast the hunts in real-time to Youtube, Facebook, or any other social media if it is still allowed and available.
Laser Range Finder
HALO-XRF features a built-in laser range finder with a range of up to 1,000 yards/meters.
Rechargeable 18650 Batteries
HALO-XRF operates on two rechargeable 18650 batteries, providing up to 7 hours of run time (at room temperature).
Zoom Sensitive Zeroing
Reticle movement steps are zoom dependent, which allows for the most precise zeroing.
HALO-XRF THERMAL SCOPE
BAE 640 x 480, 12 um, 60 Hz Thermal Imaging Core
Built-in Laser Range Finder, Video and Audio Recording
50 mm F1.1 Germanium objective lens
8 Reticle Options
HALO-XRF is N-Vision Optics latest groundbreaking product that combines state of the art BAE thermal imaging CORE with top customer demanded features, such as integrated laser range finder, onboard video recording, and WiFi connectivity. HALO-XRF is proudly designed and built in the USA, making it the ultimate US-made thermal scope with integrated LRF available to the hunting market.
Built-in Video and Audio Recording
HALO-XRF eliminates the need for external recorders. Pixel accurate 60 Hz videos are internally captured and stored for later transfer to the user’s PC via USB connection.
Streaming
The streaming feature permits the user to stream videos over the WiFi connection and possibly broadcast the hunts in real-time to Youtube, Facebook, or any other social media if it is still allowed and available.
Laser Range Finder
HALO-XRF features a built-in laser range finder with a range of up to 1,000 yards/meters.
Rechargeable 18650 Batteries
HALO-XRF operates on two rechargeable 18650 batteries, providing up to 7 hours of run time (at room temperature).
Zoom Sensitive Zeroing
Reticle movement steps are zoom dependent, which allows for the most precise zeroing.
HALO-XRF THERMAL SCOPE
BAE 640 x 480, 12 um, 60 Hz Thermal Imaging Core
Built-in Laser Range Finder, Video and Audio Recording
50 mm F1.1 Germanium objective lens
8 Reticle Options
HALO-XRF is N-Vision Optics latest groundbreaking product that combines state of the art BAE thermal imaging CORE with top customer demanded features, such as integrated laser range finder, onboard video recording, and WiFi connectivity. HALO-XRF is proudly designed and built in the USA, making it the ultimate US-made thermal scope with integrated LRF available to the hunting market.
Built-in Video and Audio Recording
HALO-XRF eliminates the need for external recorders. Pixel accurate 60 Hz videos are internally captured and stored for later transfer to the user’s PC via USB connection.
Streaming
The streaming feature permits the user to stream videos over the WiFi connection and possibly broadcast the hunts in real-time to Youtube, Facebook, or any other social media if it is still allowed and available.
Laser Range Finder
HALO-XRF features a built-in laser range finder with a range of up to 1,000 yards/meters.
Rechargeable 18650 Batteries
HALO-XRF operates on two rechargeable 18650 batteries, providing up to 7 hours of run time (at room temperature).
Zoom Sensitive Zeroing
Reticle movement steps are zoom dependent, which allows for the most precise zeroing.