BINOCULARS 10X32 IS
Adapting the IS system from their line of EF lenses, the Canon 10x32 IS Image Stabilized Binoculars employ a lens-shift system uses a combination of a vibration gyro-mechanism and microprocessors that detect and counter the appearance of hand-shake by moving the internal lens assembly to make the image appear steady
- 10x magnification
- 32mm objective lens
- Porro prism light path
- Fully multi-coated optics using Canon's proprietary Super Spectra Coating to limit color bias, lens flare and ghosting; while improving light transmission, color rendition, clarity, and contrast across the entire visible spectrum
- Doublet field-flattener lens corrects spherical aberration for distortion-free views, especially at the edges
- 7-element/6-group objective lens configuration
- 5-element/4-group eyepiece lens configuration
- 315-foot field of view at 1000 yards
- 6.6' close focus distance is an improvement over earlier IS models
- Lens-Shift image stabilization system uses a vibration gyro-mechanism, in conjunction with microprocessors, that detect and counter the appearance of hand-shake by moving the internal lens assembly horizontally and vertically, to make the image appear steady
- Powered Image Stabilization is a secondary IS system that improves the image stabilization when focused on a single subject
- ±1.0° correction angle
- Runs on two AA batteries
| Magnification | 10x |
| Objective Lens Diameter | 32 mm |
| Angle of View | 6° (Actual) |
| Field of View | 315' @ 1000 yd / 105 m @ 1000 m |
| Minimum Focus Distance | 6.6' / 2 m |
| Exit Pupil Diameter | 3.2 mm |
| Eye Relief | 14.5 mm |
| Interpupillary Adjustment | 55 to 76 mm / 2.2 to 3" |
| Diopter Adjustment | -3 to +3 |
| Focus Type | Center |
Brand: Canon |
Code: BNC1032IS
APN: 4549292063462 |
Supplier Code: BNC1032IS
Brand: Canon |
Code: BNC1032IS
APN: 4549292063462 |
Supplier Code: BNC1032IS
At a glance
Adapting the IS system from their line of EF lenses, the Canon 10x32 IS Image Stabilized Binoculars employ a lens-shift system uses a combination of a vibration gyro-mechanism and microprocessors that detect and counter the appearance of hand-shake by moving the internal lens assembly to make the image appear steady
