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Reduced
vibration for superior performance and steady view |
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Fully multilayer-coated
lenses for optimal brightness |
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Phase-correction-coated
prism for high resolution |
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Waterproof and fog-free
with O-ring seals and nitrogen gas |
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Ergonomic styling
for comfortable grip, easy access to controls |
| 14x40 |
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- Two vibration reduction modes:
LAND mode for when footing is secure, to compensate for
vibration from hand-shake and binocular movement when
user follows a moving subject while studying nature or
watching sports ON BOARD mode for when footing is unstable
due to strong vibration
- for example, from an strong wind
- Floating strap provided
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12x32
16x32
<New>
- Nikon’s exclusive VR PAUSE button maintains
a comfortable view while panning, tilting or following
fast-moving objects
- Long eye relief design allows use with eyeglasses
- Turn-and-slide rubber eyecups
- Soft-to-the-touch neck strap included
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For nature study
Ideal for up- close birdwatching or astronomical studies
in stable settings. |
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For watching sports events
Follow all of the field or stadium action up close. |
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From a helicopter
Monitor ground activities or conduct a search. |
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For observing wild animals from a moving
vehicle
Ideal for situations influenced by strong vibration —
such as a moving vehicle — without panning or tilting. |
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On a boat or ship
For fishing or other marine activities. |
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1. Prism assembly
2. Eyepiece lenses
3. Gimbal assembly
4. EL direct motor
5. AZ piezo gyro sensor
6. AZ direct motor
7. EL piezo gyro sensor
8. Battery compartment
9. AZ position sensor
10. Objective lens
11. EL position sensor |
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 |
 The
face of the internal erecting prism shifts direction, thereby redirecting
the light beam and stabilizing the image. When there is no vibration
and the binoculars are parallel to the line connecting the viewer’s
eye to the subject being viewed (a), the prism transmits the light
straight through. When there is vibration and the binoculars are
not properly aligned (b), as long as the prism is not moved the
light beam will be transmitted to the viewer’s eye. This example
illustrates rotation on the horizontal axis.
The StabilEyes prisms feature a gimbaled frame controlled by two
piezoelectric sensors and two direct drive motors to ensure constant
stability. |
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14x40 |
12x32 |
16x32 |
| Magnification |
14x |
12x |
16x |
| Vibration reduction system |
Optical compensation by erecting prisms with
gimbaled frame |
| Vibration compensation range |
±5° |
±3° |
| Objective diameter |
40mm |
32mm |
| Eye relief |
13mm |
15mm |
| dioptre adjustment |
±2dpt |
±3dpt |
| Field of view (actual) |
4° |
5° |
3.8° |
| Field of view (apparent) |
56° |
60° |
60.8° |
| Field of view at 1,000m |
70m |
87m |
66m |
| Exit pupil |
2.9mm |
2.7mm |
2.0mm |
| Relative brightness |
8.4 |
7.3 |
4.0 |
| Interpupillary distance adjustment |
60-70mm |
56-72mm |
| Close focusing distance |
5m |
3.5m |
| Waterproofing |
Fully protected |
| Dimensions (L x W x D) |
186 x 148 x 88mm |
178 x 142 x 81mm |
181 x 142 x 81mm |
| Weight (without batteries) |
1,340g |
1,130g |
1,120g |
| Operating temperature range |
-10°C to +50°C |
| Battery |
DC 6V (four AA-type alkaline batteries) |
DC 3V (two AA-type alkaline batteries) |
| Battery life |
Approx. 6 hours (continuous operation with AA-type
alkaline batteries at normal temperature [20°C]) |
| Remaining battery power display |
LED blinks when remaining power becomes weak
|
| Standards compliance |
| Japan |
VCCI class B |
| U.S.A. |
FCC Part15B |
| Europe |
| CE: |
EN50081-1:1992 |
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EN50082-1:1997 |
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| Australia |
AS/NZS 4251.1:1994 |
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Colour of photographs appearing
in this www site may differ from the originals.
Specifications and equipment are subject to change
without any notice or obligation on the part of the manufacturer. |
| Nikon
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 2005
Nikon Vision Co., Ltd. |
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