The Canon EOS 70D 20.2MP Digital SLR Camera Body plus EF-S 18-135mm IS STM Standard Zoom Lens features an APS-C CMOS sensor and DIGIC 5+ image processor to ensure high-resolution images and excellent low-light sensitivity. Both the sensor and processor work together to produce well-detailed, clear imagery that exhibits natural tonality and color gradations with minimal noise when working in difficult lighting conditions.

The processor also provides notable speed throughout the camera system, including the ability to record up to 7 fps in full-resolution, quickened AF speeds, and full HD 1080p video recording. The 3.0-inch Clear View II touchscreen LCD monitor profits greatly from the advent Dual Pixel CMOS AF system and its ability to utilize Touch AF focusing for finely controlled selection of the point of focus.

The monitor's vari-angle design also enables more efficient shooting and viewing from both high and low angles and an anti-reflective, smudge-resistant coating allows for clear well-detailed viewing. The included 18-135mm IS STM standard zoom lens features a refined Image Stabilization system that delivers up to four equivalent stops of shake correction throughout the zoom range and offers a maximum magnification of 0.28x at the telephoto end.

With a top and rear cover of durable magnesium alloy, the D7000 is ready for the outdoors. Nikon engineers paid meticulous attention to where exterior parts join by employing durable sealing against moisture and dust. The compact body has also undergone severe environmental tests to prove its rugged reliability.

With approximately 100% frame coverage in the viewfinder, what you see is exactly what you capture. The specially coated glass pentagonal prism and precision-crafted finder screen offer not only a bright viewfinder image, but also enable you to easily confirm when a subject is in focus.The D7000 features an expansive 3-inch VGA LCD. Its approx. 921k-dot resolution assures clear, detailed display of images, which proves invaluable when confirming focus or assessing image sharpness.