That can be both weapon mounted or used in an observation mode. AN/PAS-13 TWS gives Soldiers with individual and crew served weapons the capability. OPERATOR MANUAL PVS-14A Monocular Night Vision Device P/N 830-0058-0. This manual provides operation and field level maintenance. The chart below lists the technical specifications and data of the PVS-14A system. The data contained herein is subject to change without notice.

AN/PAS-13 family (click to view full) Thermal sights on weapons see heat. This has advantages in complete darkness, or in the presence of obscurants like dust storms, normal smoke, etc. Because they can still pick out human and vehicle targets. Using deep infrared viewers also avoids “blooms” or whiteouts if someone flashes a bright light source like a flashlight at you.

On the other hand, unless the lines on your map or lettering on that street sign have different heat values, thermal/ “deep infrared” sights aren’t going to help very much. This is why most 3rd and 4th generation use a combination of thermal and light intensifier technologies. The AN/PAS-13 thermal weapons sights are used in more limited capacities, either as weapons sights or without a weapon as a sort of hand-held “night telescope.” The second generation of these sights is now being fielded, and are the subject of additional multi-billion orders from the US military. PAS-13 LTWS (click to view full) The new sights use microbolometer thermal imaging technology, which increases their surveillance and target acquisition range in all weather conditions, while shrinking the sights’ size and weight. Bolometers measure electric resistance changes with temperature, and their compatibility with standard CMOS silicon circuits allows for uncooled thermal sights with low cost of production, plus VLSI (Very Large Scale Integration) ‘active pixel’ architectures that place all camera functions on a single chip.

Because it’s all solid-state electronics, the number of moving parts and hence breakage risks are also lower than previous generation technologies like “chopper” assemblies. TWS-II sights also offer a dual field of view via E-Zoom, video output, and electronically programmable reticles with alphanumeric system information overlaid on the eyepiece display.

This family of thermal weapons sights come in 3 versions. All statistics given are for the TWS-II variants: AN/PAS-13 (V)1 Light Thermal Weapon Sights (LTWS) for 5.56mm M-16/M4 assault rifles. These sights include features like a 15 degree horizontal field-of-view lens designed for urban warfare and other wide-view, close-in focus situations. Target Recognition Range: 550 meters Weight LWTS: 1.8 pounds Operational Time: 5 – 25 hours (4 Lithium AAs) Field of View: 15 degrees Magnification: 1.55x AN/PAS-13 (V)2 Medium Thermal Weapon Sights (MTWS) that mount to 5.56mm Squad Automatic Weapons.

Target Recognition Range: 1100 meters Weight: 2.8 pounds Operational Time: 6.5 – 18 hours (6 Lithium AAs) Field of View: 6 degrees/18 degrees (narrow/wide) Magnification: 5x/1.66x (narrow/wide) AN/PAS-13 (V)3 Heavy Thermal Weapon Sights (HTWS) mount to, 40mm grenade machine guns like the Mk19 and; and on sniper weapon systems like modified M4/M16s, the 7.62mm, and the.50 cal. Target Recognition Range: 2200 meters Weight: 3.9 pounds Operational Time: 6.5 – 18 hours (6 Lithium AAs) Field of View: 3 degrees/9 degrees (narrow/wide) Magnification: 10x/3.3x (narrow/wide) The use of AA batteries, instead of the TWS-I sights’ proprietary military batteries, is a very large and important change. Even in war zones, AA batteries are often available in local shops, giving units in the field more options to keep their gear going.

Sugar bytes obscurium v1.0.3 win/osx incl keygen-r2r. Sugar Bytes Plugins Pack WiN MacOSX. Sugar Bytes Thesys STANDALONE VSTi v1 5 0 x86 x64-ASSiGN - Killabeats [other] 293.2 MB: Sugar Bytes Sugar Bytes - Unique v1 2 1 OS X [R2R][dada] [other].