Thermal Imaging Binoculars

PULSAR ACCOLADE 2 LRF

Advanced Thermal Imaging Binoculars

The Accolade 2 LRF is a state-of-the-art thermal imaging binocular developed by Pulsar, known for its advanced features and high precision. It integrates a powerful laser rangefinder (LRF) that provides accurate distance measurements up to 1000 meters, making it an ideal tool for hunting, search and rescue operations, and tactical applications. The device boasts a high-resolution thermal sensor, delivering clear and detailed images in various environmental conditions, including complete darkness, fog, and smoke. Additionally, the Accolade 2 LRF features a robust and ergonomic design, ensuring durability and comfort during prolonged use. Its user-friendly interface and wireless connectivity further enhance its functionality, allowing users to stream footage and control the device remotely via compatible apps.

XP50
XP50 PRO

Pulsar
PULSAR ACCOLADE 2 LRF XP50

Main specifications
Sensor
@ 17 µm 640x480 pix. @ 17 µm (thermal) | CMOS 1920x1200 (digital)
Objective lens
F50/1.2
Magnification, x
2.5 – 20 (x8 digital zoom)
FOV (HxV) degrees / m@100m
12.4x9.3 / 21.8x16.3
Detection range
1800 m
Sensor
Type
uncooled
Resolution, pixels
640x480 pix. @ 17 µm (thermal) | CMOS 1920x1200 (digital)
Pixel pitch, µm
17
Frame rate, Hz
50
Optics
Objective lens
F50/1.2
Magnification, x
2.5 – 20 (x8 digital zoom)
FOV (HxV) degrees / m@100m
12.4x9.3 / 21.8x16.3
Eye relief, mm
15
Display
Type
AMOLED HD
Resolution, pixels
640x400
Laser rangefinder
Max. measuring range, m
1000
Measurement accuracy, m
± 1
Safety class for laser equipment according to IEC 60825-1:2014
1
Wavelength, nm
905
Video recorder
Video / photo resultion, pixel
640x480
Video / photo format
.avi / .jpg
Build-in memory, GB
16
Build-in memory capacity
8+ hours of video or ˃100 000 pictures
WI-FI
Wireless protocol
Wi-Fi
Wireless standard
802,11 b/g
Frequency, Ghz
2,4
Environmental characteristics
Degree of protection IP code (IEC60529)
IPX7 (waterproof)
Operating temperature range, °С
-25 – +50
Connections and compatibilities
Mount type
1/4" socket
Supported application
Stream Vision 1
Weight & size
Body material
Glass-nylon composite
Dimensions, mm
164x130x64
Weight, kg
0,7

Pulsar
PULSAR ACCOLADE 2 LRF XP50 PRO

Main specifications
Sensor
(NETD < 25 mK) @ 17 µm 640x480 pix. @ 17 µm (thermal) | CMOS 1920x1200 (digital)
Objective lens
F50/1.2
Magnification, x
2.5 – 20 (x8 digital zoom)
FOV (HxV) degrees / m@100m
12.4x9.3 / 21.8x16.3
Detection range
1800 m
Sensor
NETD, mk
< 25
Type
uncooled
Resolution, pixels
640x480 pix. @ 17 µm (thermal) | CMOS 1920x1200 (digital)
Pixel pitch, µm
17
NETD, mK
< 25
Frame rate, Hz
50
Optics
Objective lens
F50/1.2
Magnification, x
2.5 – 20 (x8 digital zoom)
FOV (HxV) degrees / m@100m
12.4x9.3 / 21.8x16.3
Eye relief, mm
15
Display
Type
AMOLED HD
Resolution, pixels
640x400
Laser rangefinder
Max. measuring range, m
1000
Measurement accuracy, m
± 1
Safety class for laser equipment according to IEC 60825-1:2014
1
Wavelength, nm
905
Video recorder
Video / photo resultion, pixel
640x480
Video / photo format
.avi / .jpg
Build-in memory, GB
16
Build-in memory capacity
8+ hours of video or ˃100 000 pictures
WI-FI
Wireless protocol
Wi-Fi
Wireless standard
802,11 b/g
Frequency, Ghz
2,4
Environmental characteristics
Degree of protection IP code (IEC60529)
IPX7 (waterproof)
Operating temperature range, °С
-25 – +50
Weight & size
Body material
Glass-nylon composite
Dimensions, mm
164x130x64
Weight, kg
0,7
Show full specifications Hide full specifications
Features
Accessories
Manuals

Built-in precise laser rangefinder

Understanding target distance is an essential factor in correct decision- making. A built-in laser rangefinder with a range of up to 1 kilometer enables measuring distances in single measurements and continuous scanning modes with an accuracy of ± 1 meter for quick and error-free assessment of the situation.

Unprecedented thermal sensor sensitivity < 25 mK NETD

Thermal imaging sensor with NETD <25mK ensures perfect detail recognition even in the hardest weather conditions when thermal contrast is low. The smallest temperature differences will be clearly visible during the rainfall, fog or cold mornings in the most difficult conditions for thermal imager.

Comfortable for long observation

The dual eyepiece configuration reduces eye fatigue during longer viewing and enhances the natural look of objects. The human brain is pre-conditioned to receive visual information from two channels simultaneously. The brain then combines the information into a single image. When one eye is used to observe, the brain only receives information a single input. The increased effort from the brain to override the standard algorithm of visual perception can quickly lead to the observer feeling fatigued and uncomfortable.

Image Detail Boost Function

Original software function for improved target rendering in the observation area. Image Detail Boost significantly increases the sharpness of the visual target, clearly identifying contours and displaying small object details (branches, dead wood, wires) in the field of view, and areas with small temperature differences. This function is especially relevant for qualitative determination of trophy animals in the hunting field.

Long detection range up to 1800 m

A powerful long-distance objective lens combined with a 640×480@17µm highly-sensitive thermal imaging sensor provides exceptional detection capabilities. A standard 1.8 m tall object can be detected up to 1800 m away in complete darkness.

 

 

 

 

 

 

Wi-Fi. Integration with IOS and Android devices

Built in Wi-Fi module provides connectivity of thermal imager Accolade 2 LRF XP50 Pro with Android or iOS smartphones or tablets. The smartphone and thermal imager combination offers a set of unique features such as direct image streaming, downloading and sharing recorded files, firmware update and many other.

Other features

IPX7 Waterproof rated
Full-color AMOLED display
Picture-in-picture
8 Color pallets
Leave your feedback
Leave us feedback to know what you think!

    This site is registered on wpml.org as a development site. Switch to a production site key to remove this banner.