Pulsar Trail 3 LRF | Full Breakdown (XR50 vs XQ50)

The Pulsar Trail 3 LRF platform integrates thermal imaging, laser rangefinding, and ballistic data into a single riflescope system built around a monoblock design and multi-point prism mounting interface. This video breaks down both the XR50 and XQ50 models, focusing on sensor performance, optical characteristics, and how the system functions in real-world use. The XR50 runs a 640×480 sensor with a 12µm pixel pitch and sub-18mK system NETD, delivering higher image detail and extended detection capability out to 2300 metres. With a 3–24x magnification range and 8.8° field of view, it is configured for mid to longer-range target identification and engagement. The XQ50 uses a 384×288 sensor with a 17µm pixel pitch and sub-15mK system NETD. While lower in resolution, it offers strong thermal sensitivity in challenging conditions such as fog, humidity, and low contrast environments, with detection out to 1800 metres and a 3.5–14x magnification range. Both models share the same F50 / 1.0 objective lens, 1920×1080 AMOLED display, and integrated laser rangefinder capable of measuring distances up to 1200 metres with ±1 metre accuracy. The onboard system supports Stream Vision 2 and Stream Vision Ballistics, allowing ranged targets to be paired with ballistic data directly through the optic. From a hardware standpoint, both units feature: Magnesium alloy construction IP67 environmental protection 50Hz frame rate for smooth image rendering 64GB internal recording (1440×1080 video) LPS 7i battery system with ~11–12 hour runtime Recoil resistance up to 6000 joules This is a detailed look at how the Trail 3 LRF platform is built and how the XR50 and XQ50 differ at a system level.