Overview
                    
                    Go to Great Lengths
A super-telephoto zoom built for nature and wildlife image-makers, the FUJIFILM XF 150-600mm f/5.6-8 R LM OIS WR strikes a unique balance between immense reach and a relatively portable design, making for an ideal lens to capture the most remote and distant adventures.
 
                
                            
                                        
                        
Optics and Super-Telephoto Design
                    
                    
	- Four Super ED and three ED elements are featured, which greatly reduce chromatic aberrations and color fringing throughout the zoom range for a high degree of clarity and color accuracy.
 
	- Modest f/5.6-8 maximum aperture helps maintain a relatively portable form factor, meaning this lens can be used handheld and packed for easier use on location and for subjects that don't require the utmost speed.
 
	- Offering a 229-914mm equivalent focal length range, this super-tele zoom is suitable for a wide range of distant subjects. It's also compatible with the optional XF 1.4x and 2x WR Teleconverters, which can extend the lens to a further effective 1828mm equivalent focal length.
 
	- Rounded nine-blade diaphragm contributes to a smooth, circular bokeh quality when using shallow depth of field and selective focus effects.
 
 
                
                            
                                        
                        
Durable Design, Intuitive Handling
                    
                    
	- As a lens built for the great outdoors, naturally it has extensive weather sealing to protect against moisture, dust, and cold temperatures down to 14°F.
 
	- Front fluorine coating protects against water, grease, dirt, and smudging, and also makes it easier to clean the front element.
 
	- Rotating tripod collar, with a removable foot, for greater stability when shooting atop a tripod or monopod.
 
	- Included lens hood features a window for easier adjustment of rotating filter types when attached to the lens.