Panasonic 28-200mm f4-7.1 Lumix S OIS L-Mount Macro Lens

Designed with meticulous attention to detail in optics and mechanics, the LUMIX S 28-200mm is the world's smallest and lightest long zoom lens, with a total length of 93.4mm and mass of approximately 413g. The first wide-to-tele zoom for the LUMIX S Series lineup, the lens is compact and lightweight to match the camera body.

In addition to delivering outstanding imaging performance with stunning bokeh, the lens is also capable of half life-size macro shooting and close-up photography from just 3cm between the end of the lens and the subject. With a wide range of focal lengths from 28mm wide angle to 200mm telephoto, a variety of scenarios from landscapes to portraits can be captured in high resolution with this single lens.

The 28-200mm boasts high-speed, high-precision, and silent autofocus, while its 5-axis Dual I.S. 2 (Image Stabilizer) compatibility compensates for blurring in various situations to enable the creator to concentrate on capturing the subject. It also offers micro-step aperture control for smooth exposure changes, as well as the ability to choose between linear or nonlinear focus ring settings. These features have become hallmark characteristics of LUMIX S Series lenses.

Excellent Mobility with the World’s Smallest and Lightest Long Zoom Lens

- The optical system and mechanism with attention to detail are designed to realise smaller size and lighter weight.

- A total length of approx. 93.4mm and a mass of approx. 413g.

Ideally Suited to Capture Any Scenario

- With the minimum shooting distance of 0.14m and the maximum shooting magnification of 0.5x, half life-size macro shooting is possible at 28mm.

- Achieves high resolution, outstanding photographic performance, and stunning bokeh in entire zoom area, from the centre of the image to the edges.

- The long zoom lens covers a wide range of focal lengths from a 28mm wide-angle to a 200mm telephoto zoom.

Optimal Operability for Video Production

- Effectively suppresses focus breathing, in which the angle of view changes caused by movements in the focus position.