Pulsar PL76551 Thermion 2 LRF XP50 PRO Thermal Rifle Scope Black 2-16x 50mm Multi Reticle 640x480, 50Hz Resolution Features Laser Rangefinder
PulsarPulsar’s Thermion 2 LRF XP50 PRO is a potent thermal imaging riflescope that combines a classic sleek design with a built-in laser rangefinder. Its extremely powerful 640x480 microbolometer resolution detects heat signatures up to 2000 yards and displays them on a crisp 1024x768 AMOLED display. With an impressive 10 hours of battery life this thermal riflescope boasts high-precision ambidextrous lens focusing and a variable magnification of 2x-16x. The included laser rangefinder has a range up to 875 yards helping to illuminate and locate various targets.
Technologically advanced the Thermion 2 LRF XP50 PRO boasts built-in photo and video recording and it has Wi-Fi connectivity to upload data to the Stream Vision 2 App. Further the Thermion 2 LRF XP50 PRO can withstand calibers from 12 gauge 9.3x64 and .375 H&H and it is rated IPX7 completely waterproof so you can use it in the harshest of weather conditions.
When you need a powerful thermal riflescope with a classic design and built-in laser rangefinder few scopes can match the prowess of the Thermion 2 LRF XP50 PRO. It features 10 reticle shapes in 9 color modes Picture-in-Picture mode and 5 unique shooting profiles.
- 640x480 microbolometer resolution
- 1024x768 AMOLED Display
- Detects heat signatures up to 2000 yards away
- 2x-16x magnification
- Built-in photo and vide orecording
- Included laser rangefinder with 875-yard range
- Wi-Fi connectivity and supported by Stream Vision 2 App
- IPX7 Fully Waterproof
- 10 reticle shapes in 9 colors
- Picture-in-Picture mode
- 5 unique shooting profiles
- Withstands calibers including 12 gauge 9.3x64 and .375 H&H
- Model:
- Pulsar Thermion 2 LRF XP50 Pro
- Subcategory:
- Night Vision & Thermal Optics
- Objective:
- N/A
- Manufacturer Part #:
- PL76551
- Power:
- 2-16X
- Reticle:
- Multiple
- Color:
- Black
- Type:
- Thermal Weapon Sight
- Size:
- 30mm
- FFL_Required:
- False