Micro-Nikkor AF 60mm f/2.8 D - Review / Test Report
Lens Reviews -
Nikon / Nikkor (APS-C)
Page 1 of 3
Lens kindly provided for testing purposes by Ulrich Grothaus!
The Micro-Nikkor AF 60mm f/2.8 D is the latest incarnation of the Nikon standard
macro lenses. The lens series has quite a tradition starting back in the 60s
with 10+ variants released over time. The price of the Micro-Nikkor is relatively
moderate at around 450US$/€ so unless you need the extra speed it may
even be a candidate to replace your standard lens.
The field-of-view on today's APS-C DSLRs is equivalent to a 90mm lens
on a full frame camera so unless you're using it for macro photography
it behaves like a moderate tele within this scope.
As the name implies the Nikkor is a macro lenses with a min. focus distance
of 0.22m resulting in a max. object magnification of 1:1.
The build quality of the lens is very decent thanks to an outer barrel
made of good quality polycarbonate with a sleek finish.
The broad, rubberized focus ring operates quite smooth. Typical for most
macro lenses the Nikkor has a linear extension system so its size increases
significantly towards closer focus distances (see the product images above).
The front element does not rotate so using a polarizer is no problem.
The Nikkor features an independent ring for switching between
AF and manual focusing - a dated design compared current AF-S lenses.
The lens has no internal AF motor and relies on a slotted drive screw
operated by the camera. As a result the AF generates a moderate
degree of noise. When focusing throughout the whole range the AF
feels a little slow but at standard distances it's really acceptable.
A focus limiter is available to prevent excessive focus hunting when using
the lens for conventional (non-macro) photography.
|Optical construction||8 elements in 7 groups|
|Number of aperture blades||7|
|min. focus distance||0.22m (max. magnification ratio 1:1)|
|Filter size||62mm (non-rotating)|
|Hood||Nikon HB-22, barrel shaped (optional)|
|Other features||Lens provides distance (D) information to the camera. CRC correction.|