Fujifilm XF16-50mmF2.8-4.8 R LM WR 24-76mm equivalent focal length Supports the latest 40 megapixel - 16814817

Product Description

Fujifilm XF16-50mmF2.8-4.8 R LM WR 24-76mm equivalent focal length Supports the latest 40 megapixel - 16814817

• FUJINON XF16-50mmF2.8-4.8 R LM WR lens is designed to place a huge variety of scenes and subjects within reach. From sprawling landscapes to intimate portraiture and beyond, image makers are invited to explore the true meaning of versatility. In 35mm equivalent terms, the optic zooms from 24-76mm, offering the coverage needed to document the many unmissable moments of life – day to day, or in a preferred genre.
• Physical design is one of FUJINON XF16-50mmF2.8-4.8 R LM WR lens’ greatest strengths. At just 7.14cm (2.8in) in length throughout the zoom range, and 240g (0.53lb) in weight, it’s a true take-anywhere lens. Moving through day-to-day life or on dedicated image-making expeditions, a light carry is paramount for many creatives – the best lens is one you can keep close. Rugged weather-resistance only adds to XF16-50mm’s usability, helping bring visions to life even in wet, dusty, and harshly cold conditions.
• The fifth generation of FUJIFILM X-Trans CMOS sensors set a new precedent in resolution – and now there’s a standard zoom to match. Thanks to a refined optical design, FUJINON XF16-50mmF2.8-4.8 R LM WR lens offers the clarity to perfectly complement a 40-megapixel X Series camera. Detail should only ever be softened by artistic choice, not optical limitation, and this impressive lens provides a pristine foundation on which to build bold looks with FUJIFILM cameras of today and tomorrow.
• FUJINON XF16-50mmF2.8-4.8 R LM WR lens is made to meet a wide variety of needs, but certain challenges demand more specialized functions. This is where the lens’s advanced autofocus (AF) and close focusing step in. XF16-50mm’s AF capabilities are bolstered by a linear motor system to ensure speed and accuracy, while close focusing is measured at 0.24m from the focal plane for a maximum of 0.3x macro magnification. The result is simple: uninhibited imaging expression.