16-300mm f3.5-6.7 DC C - L

Sigma 16-300mm f/3.5-6.7 DC OS Contemporary Lens, Autofocus, Filter 67 mm (L-Mount)

A tremendously versatile zoom, the Sigma 16-300mm f/3.5-6.7 DC OS Contemporary Lens is a groundbreaking all-in-one zoom lens designed for APS-C mirrorless cameras.
Covering wide to super-telephoto in a portable package, this ultimate travel lens further impresses with quick AF, powerful OS, and surprising macro capabilities to suit a wide variety of shooting needs.

Wide-Angle, Super-Telephoto, and Macro
Offering an amazing 18.8x zoom, this 16-300mm offers a 24-450mm-equivalent focal length range for APS-C cameras, making it the perfect all-in-one zoom to handle virtually any shooting situation.
At the wide end, the lens suits architecture, interiors, and landscape subjects, at the long end, it's capable of photographing distant action and wildlife, and throughout the middle, the lens suits everything from portraits to close-up subjects to street scenes and more.

High-Speed Autofocus and Powerful Optical Stabilization
Combining quick and accurate focusing performance with robust image stabilization, this all-in-one zoom is poised to handle virtually any subject or situation:
- HLA (High-response Linear Actuator) quickly and accurately moves the focusing group for fast focus switching and nimble tracking of fast-moving subjects.
- Matching the focal length versatility, this lens also offers a 1:2 maximum magnification ratio at the 70mm position for close-up shooting. At the wide end of the lens, the magnification is 1:3 and it is 1:4 at the telephoto end.

Impressive Optical Quality
- Including a series of low dispersion glass elements and four aspherical elements, the lens has impressive aberration correction, high sharpness and clarity, and accurate color rendering throughout the zoom and focus ranges.
- The optical design has also been tested and adjusted to resist flare and minimize ghosting in a variety of lighting conditions.
- Focus breathing is also well-controlled to benefit filmmaking applications and photographers working with multi-shot composite processes.