Fujifilm Fujinon GF 500mm f/5.6 R LM OIS WR Lens

Enhance your photographic capabilities with the FUJINON GF 500mm F5.6 R LM OIS WR lens, a compact and lightweight super telephoto lens designed for the FUJIFILM GFX System. With a focal length equivalent to 396mm, this lens allows you to capture high-resolution images of distant subjects, making it ideal for sports, wildlife, landscape, and street photography. The FUJINON GF 500mm F5.6 R LM OIS WR lens features an advanced optical construction that includes five Extra-low Dispersion (ED) and two Super ED elements. These elements work together to control optical aberrations and deliver detail-rich images with a resolution of up to 102 megapixels. The lens also includes a 6.0 Stop Optical Image Stabilizer to minimize camera shake, ensuring sharp, clear images even in challenging shooting conditions.The lens is equipped with a silent, high-speed linear autofocus motor, allowing for quick and precise focusing. The focus preset options further enhance its performance by minimizing reaction times when tracking subjects at pre-selected distances. Designed for use in any conditions, the FUJINON GF 500mm F5.6 R LM OIS WR lens features a weather-resistant construction that protects against dust, water, and low temperatures. Despite its robust design, the lens is surprisingly portable, measuring just 24.7cm (9.4in) in length and weighing a mere 1375g (3.03lb). This makes it an ideal companion for long days in the field.For photographers seeking even greater telephoto power, the lens is compatible with the optional FUJINON GF1.4X TC WR teleconverter (sold separately). This accessory extends the 35mm equivalent focal length to 554mm, allowing for even more detailed shots of distant subjects. In summary, the FUJINON GF 500mm F5.6 R LM OIS WR lens offers a perfect balance of reach, ruggedness, and portability. Its advanced optical design, high-speed autofocus, and weather-resistant construction make it a versatile tool for capturing high-resolution images in a wide range of shooting scenarios.