Canon EOS 5D Mark III Body

Canon EOS 5D Mark III Body

Canon EOS 5D Mark III Body

Rugged and Efficient Design

Constructed from magnesium-alloy, the 5D Mark III features a toughened housing that provides enhanced dust and weather resistance. Its ergonomic design also produces an intuitively navigable interface with an emphasis on lessening hand strain and increasing functionality. Handling is simplified and natural with this body due to the incorporation of customizable controls: You can make shooting settings with just your right hand, and fast image check and image processing operations with just your left. The redesigned grip offers easy holding when shooting or carrying the camera, while the rubber skin coating has been engineered for all day comfort in your hand and also coats the camera’s card slot cover. Additionally, there’s an internal headphone terminal and dual card slots supporting both CF and SD / SDHC / SDXC memory cards. Three recording modes are ideal for a variety of workflows: Auto switch media instructs the camera to swap cards as soon as one card is filled, a great feature for long shoots. The camera can also record separately to each card. For extra security, you can set the Mark III to generate an automatic backup by recording the same file to both cards at the same time.

The 5D Mark III also boasts a dual-axis electronic level indicator displaying vertical and horizontal tilt on the LCD monitor–either alone or during Live View shooting. The indicator may also be displayed in the intelligent viewfinder, if you prefer.

A newly designed shutter is equally as durable and has been tested up to 150,000 cycles. The lightweight, carbon fiber blades also provide support for the increased 6fps burst rate.

The body construction also features extensive gasketing for maximum dust and weather protection, even at connection points around the lens, hot shoe, and memory card slots. Further dust protection and removal is aided by an updated EOS Integrated Cleaning system that uses a vibration-based dust removal process.