TRUE THERMAL BINOCULAR
AUTHENTIC BINOCULAR VIEWING EXPERIENCE
TRUE DEPTH-OF-FIELD CAPABILITY
*GENUINE FLIR GOVERNMENT SYSTEMS ARE FOR US GOVERNMENT, MILITARY AND LAW ENFORCEMENT AGENCIES ONLY BEWARE OF IMITATIONS*
| FEATURES | BENEFITS |
| 640 x 480 FPA resolution | Utilizes dual 640 Tau Cores |
| Zoom Compatible | Selectable 2x and 4x e-zoom, focus adjustment from 1m to ∞, dual diopter adjustment, interpupilliary distance (IPD) adjustment |
| Lightweight | Approximately 2.5 lbs with batteries. Rugged adnodized aluminum construction |
| Simple operation | Straight-forward ambidextrous controls allow first-time users to operate proficiently. Removable eyecups for covert operation and comfort |
| Multi-use capability | Adaptable for handheld or tripod |
| Reliable battery life | Over 2 hours run time on one set of four CR-123 batteries |
| It’s all FLIR inside | FLIR controls the entire supply chain on the critical technology inside Recon systems, ensuring fast service and long term support |
| IMAGING PERFORMANCE | ||
| FPA Resolution | 640 x 480 | |
| E-Zoom | 2x and 4x digital | |
| Field of View |
BN10: 60mm, 10.4o x 7.8o BN6: 100mm, 6.2o x 4.7o |
|
| Wavelength | 8-12 microns | |
| DISPLAY & CONTROLS | ||
| Image display | Dual 640 x 480 color OLEDs | |
| On-board Controls | ||
| On/off push button | ||
| Non-Uniformity Correction (NUC) calibration button, dedicated | ||
| E-zoom select button, dedicated | ||
| 4-position mini-joystick with push button function for controlling: | ||
| - Color palette selection | ||
| - Polarity | ||
| - E-zoom | ||
| - Image sharpening algorithms | ||
| - Manual gain and level control | ||
| - Display brightness | ||
| - Calibration | ||
| - External video | ||
| POWER | ||
|
Power Source |
Four 3V CR123 batteries | |
| Battery Life | 2 hours at room temp | |
| POWER | ||
| Power requirements | AA or CR123 | |
| DIMENSIONS, WEIGHT & MOUNTING | ||
| Weight | 2.5 lbs with batteries (BN10), 4 lbs with batteries (BN6) | |
| Mounting | 1/4-20 tripod mount | |
| Dimensions | 8.25 in l x 6.14 in w x 3.9 in h | |
![]() |
Black Hot v. White Hot Thermal ImagesWhile the choice between viewing thermal images as either black hot or white hot is completely up to user preference, each has its own strengths. In general, white hot works best for spotting human and animal targets because the heat they generate tends to make them "glow" and stand out from the environment. In contrast, black hot works best for navigation and scanning a scene because it displays the details of the environment much better. The black hot image to the left was shot in total darkness, and still it is easy to see the land, water and boat structure. This information gives tactical officers a significant strategic advantage. |
![]() |
Thermal infrared surveillance technology can provides clues not apparent to the naked eye, with flash or flood lights, or even with traditional "night vision" image enhancement systems. The white hot image to the left was shot in complete darkness. Not only is the suspect visible, but the camera also reveals that the parked car in the background recently arrived because it is still warm. No other night vision technology can deliver this level of detailed information. One of the greatest benefits of thermal imaging technology is the ability to see and document a scene without giving away the officer's location. |
![]() |
Thermal Imaging for Border PatrolBorder patrol agents need to cover vastly large areas with a limited number of officers. Protecting borders with thermal imaging increases apprehensions while decreasing strain on officers. Security Magazine reported that with a jurisdiction of 10,000 square miles, the Pima County Sheriff's Department acquired thermal imaging technology. The first four nights, officers returned with suspects and their drug-filled backpacks every night. The thermal imagers allow surveillance officers to overcome one of their greatest obstacles, total darkness. Man sized targets can be spotted over a half a mile away and are also visible in the glare of bright day light. Click here to read the full Security Magazine report. |
How Law Enforcement Agencies Use Thermal Imaging Technology:
|
|