Lenses -> Nikon 6.7-13mm F3.5-5.6 VR 1 Nikkor Black Lens
The Nikon 6.7-13mm f3.5-5.6 VR 1 Nikkor Black Lens is a compact, ultra-wide angle zoom lens with a Vibration Reduction (VR) function that delivers high-resolution images from an ultra-wide angle. The lightweight 6.7-13mm (18-35mm in 35mm format) lens weighing in at just 125g is easily portable on your travels and is great for landscapes, architectural work, portraits and group shots. The Vibration Reduction ensures minimises blur and helps reduce camera shake when shooting in dark locations. Its metal design and glossy finish matches the body of a Nikon 1 perfectly.
|Specification / Feature||Value||Scores *||Rank **|
|Number of Lens Groups||7|
|Number of Lens Elements||11|
|Optical Zoom ||1.94||4.43||64|
|Max Aperture ||3.5||73.40||23|
|Max Aperture Wide ||3.5||73.40||23|
|Max Aperture Tele ||5.6||16.74||32|
|Focal Length Wide ||6.7 (or 18.1 in full frame equiv.)||77.13||16|
|Focal Length Tele ||13 (or 35.1 in full frame equiv.)||36.18||65|
|Min Aperture ||16|
|Magnification Ratio ||0.06x||0.20||41|
|Min Focus Distance ||0.3m||95.85||23|
|Aperture Blades ||7||19.35||9|
|Sensor Format ||1 inch|
|1st/3rd Party ||1st party|
|Lens Type ||Wide-Angle Zoom|
|Image Stabilisation ||Yes|
|Video Lens ||No|
|Tilt Shift ||No|
|Weather Resistant ||No|
|MF switch ||No|
|Filter Thread Size (mm) ||52mm|
|Included Accessories||Front and rear lens cap, Bayonet hood|
|Size (DxL) ||0mm|
|Lens Mount ||Nikon 1|
|UK Price ||£419.00 at Wex Photo Video (affiliate link)|
Nikon 6.7-13mm F3.5-5.6 VR 1 Nikkor Silver Lens - £419.00 at Wex Photo Video (affiliate link)
* - Scores are calculated by comparing numerical specifications with other cameras. The highest ranking camera for a specification acheives a score of 100. The lowest ranking camera is scored as 0 and all the other cameras are scored in between 0 and 100 according to their merit.
** - Rank is calculated by ordering the scores for all cameras in descending order. The best scoring camera for a particular feature / specification will have a rank of 1.
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