Nikon D7000 Shutter Life

The Nikon D7000 is a 16.2-megapixel digital single-lens reflex camera (DSLR) model announced by Nikon on September 15, 2010. It replaced the D90 as the top end consumer camera, by using much of the technology and controls from the earlier D5000, in a larger more robust body similar to the flagship D300 series. In some ways it was superior to the D300S, though for several years the two cameras were both available with the D300 positioned as the flagship in Nikon marketing materials. The D7000 offers numerous professional-style features over the D90, such as magnesium alloy body construction, weather and moisture sealing, a 2,016-segment color exposure meter, built-in timed interval exposure features, 39 rather than 11 focus points, dual SD memory card slots, virtual horizon (in live view and viewfinder) and compatibility with older non-CPU autofocus and manual-focus AI and AI-S Nikon F-mount lenses (including an electronic rangefinder with three-segment viewfinder manual focus indication) as well as tilt-shift PC-E lenses. Other built-in features are a wireless flash commander, two user-customizable modes, full HD video with autofocus and mono audio (With support for an external stereo microphone), automatic correction of lateral chromatic aberration and support for GPS and WLAN. In 2011, the D7000 received four major awards, the Red Dot product design, TIPA's "Best D-SLR Advanced" category, EISA's "European Advanced SLR Camera 2011-2012" and the CameraGP Japan 2011 Readers Award. The D7000 was superseded by the D7100, announced on February 20, 2013. However, Nikon kept the D7000 in its product lineup for at least several months.

— Wikipedia
Nikon D7000 shutter rated lifespan is 150000 actuations.
Shutter count histogram.

Frequently Asked Questions

What's this histogram shows?
This shutter count histogram shows how many known camera bodies have reached some particular shutter count values. On vertical axis there are shutter count ranges and on horizontal there are body counts within them.
Where's this data coming from?
This shutter count histogram was created with data acquired via the ShutterCheck application. All data points were collected in an automated way from users who have opted-in into sharing of anonymous shutter life data of their cameras.
What's the purpose of this graph?
This shutter count histogram was created with the desire to give people better estimates of shutter life of their cameras beyond dry numbers of shutter rated lifespan. As you probably heard of, most cameras usually live longer than guaranteed by their vendor, sometimes even much longer. That’s why I collected here a real-world shutter count data, so you be able to make more informed decisions about your camera gear.