Air Sphere Coating

RF600mm f/4L IS USM utilises the unique Air Sphere Coating (ASC) to suppress ghosting. ASC reduces the reflectivity of light entering from a large angle of incidence and vertically into the lens. 

Super UD Lens

The single Super UD Lens within the RF600mm f/4L IS USM ensures the lens produces images with minimal colour fringing from edge to edge of frame. 

Fluorite Lens

RF600mm f/4L IS USM is designed with two Fluorite Lenses inside, which are capable of significantly reducing chromatic abberation.

Optimal Lens Design

The precise arrangement of elements and lenses within RF600mm f/4L IS USM provides top-notch image quality while maintaining a compact and lightweight form. 

Extending Your Range

Designed as a native RF mount lens, the RF600mm f/4L IS USM is compatible with the Extender RF 1.4x and Extender RF 2x.

Expanding the reach of the lens up to 1200mm, the RF600mm f/4L IS USM provides the flexibility and convenience of shooting further with just one lens. 

Get Closer

With reduction of the minimum focusing distance, RF600mm f/4L IS USM is capable of achieving focus as close as 4.2m. 

This provides the opportunity to be more creative and to capture more details of the subject without needing to change lens.

Image Stabilisation

The built-in Optical Image Stabilizer provides image stabilisation of up to 5.5 shutter speed stops that enables shots previously not possible handheld, allowing more freedom of creativity even in low-light conditions.

IS Modes

1. IS Mode 1 for stationary subjects
2. IS Mode 2 for panning 
3. IS Mode 3 for subjects with unpredictable movement

Dust & Drip Resistant

With a dust and drip resistant construction all round keeps dust and water droplets out.

Shock Resistant

Mechanical structure engineered to provide the lens high durability and vibration and shock resistance.

Fluorine Coating

Smudge-resistant fluorine coating on both front and rear lens prevents moisture and oil from sticking.

Heat-Shield Coating

Signature heat-shield white coating prevents overheating in hot weather.