Description
Model | LRF XP50 PRO |
SKU | 76551 |
Microbolometer | |
Type | uncooled |
Resolution, pixels | 640×480 |
Pixel Pitch, µm | 17 |
NETD, mK | < 25 |
Frame refresh rate, Hz | 50 |
Optical Specifications | |
Lens, mm | F50 F/1.0 |
Magnification, x | 2-16 |
Eye relief, mm/inch | 50/1.96 |
Field of view (H), °/m@100 | 12.4/21.8 |
Diopter adjustment, D | -3/+5 |
Detection distance (Object of “deer” type), m/y | 1800/1970 |
Aiming Reticle | |
Click value, mm@100 m – when magnifying, x | 21 mm – 2х
10.5 mm – 4х 5.25 mm – 8х 2.6 mm – 16х |
Click range (H/V), mm@100 m | 4200/4200 |
Display | |
Type | AMOLED |
Resolution, pixels | 1024х768 |
Operating Features | |
Diameter of the riflescope body to assemble the mounting rings, mm | 30 |
Power Supply, V | 3–4.2 |
Battery type / Capacity / Rated Output Voltage | Li-Ion Battery Pack АPS2 / 2000 mAh / DC 3.7 V (removable)
or Li-Ion Battery Pack APS3 / 3200 mAh / DC 3.7 V (removable)*
Li-Ion Battery Pack APS5 / 4900 mAh / DC 3.7 V (built-in) |
External Power Supply | 5 V, 9 V (USB Type-C Power Delivery) |
Battery Packs (built-in APS5 and removable APS2) operating time at temp. = 22 °C, hrs** | 8.5 |
Max. recoil power on rifled weapon, Joules | 6000 |
Max. recoil power on smoothbore weapon, caliber | 12 |
Degree of protection IP code (IEC60529) | IPX7 |
Operating temperature, °С / °F | -25 – +50 / -13 – +122 |
Dimensions with an eyecup, mm/inch | 420×78.5×94.5 / 16.54×3.09×3.72 |
Weight (without removable battery), kg/oz | 0.97 / 34.22 |
Video Recorder | |
Photo / video resolution, pixels | 1024×768 |
Video / photo format | .mp4 / .jpg |
Built-in memory | 16 GB |
Wi-Fi Channel*** | |
Frequency | 2.4/5 GHz |
Standard | IEEE 802.11 b/g/n/ac |
Laser Rangefinder | |
Wavelength, nm | 905 |
Max. Measurement Range, m/y**** | 800 / 874.9 |
Measurement Accuracy, m | 1 |
* Purchased separately.
** The actual operating time depends on the intensity of using Wi-Fi, video recorder, laser rangefinder.
*** The reception range may vary depending on various factors: obstacles, other Wi-Fi networks.
**** Depends on the characteristics of the object under observation and environmental conditions.