This new 150–600mm F5-6.3 DG DN OS | Sports has been designed specifically for mirrorless, and has been completely reimagined, including a completely different optical design and a wide range of new features including Dual Action Zoom and customisable switches. It is the first ultra-telephoto mirrorless zoom lens in the SIGMA Sports line, and offers outstanding levels of performance, functionality, and build quality required for ultra-telephoto shooting in the most demanding situations.
Image quality is exceptional, with ultra-high-performance glass capable of delivering ultra-sharp results even on the highest resolution cameras, and the lens displays beautiful bokeh throughout its zoom range.
Fast and accurate autofocus owing to an AF unit equipped with a high-precision magnetic sensor, combined with an OS (Optical Stabilizer) function effective to approximately 4 stops* of image stabilisation makes this a highly responsive lens that can handle even the most challenging subjects.The SIGMA 150-600mm F5-6.3 DG DN OS | Sports offers outstanding optical performance throughout its zoom range and at all apertures, yielding professional quality results.
Based on the latest optical design technology, its lens construction of 25 elements in 15 groups includes a range of special types of high-performance glass that ensures thorough control of different types of aberrations. This helps give images the resolution and clearest detail – not only at the tele end around 600mm, which is critical for an ultra-telephoto zoom, but also throughout its entire zoom range – with no compromise. The lens was designed with image quality in the out-of-focus areas in mind as well, with attractive compression and beautiful bokeh for creating eye-catching images that can only be achieved with a long focal length.Through improvements to the optical and mechanical designs as well as extensive simulated testing, the lens has achieved high resistance to ghosting and flare. This helps ensure sharp and high-contrast images even in strong sunlight or in backlit conditions.