FujiFilm Fujifilm Xf 27Mm F2.8 R Wr Lens | Fujifilm X Lenses

Fujifilm Xf 27Mm F/2.8 R Wr

• Short Normal-Length Prime Is Designed For Aps-C-Format Fujifilm X-Mount Mirrorless Cameras And Provides A 41Mm Equivalent Focal Length.
• Modestly Bright F/2.8 Maximum Aperture Benefits Working In Low-Light Affords Control Over Depth Of Field And Helps To Keep The Overall Physical Design Compact And Lightweight.
• The Pancake Form Factor Measures Less Than 1″ Thick For An Ultra-Portable, Versatile Design.
• One Aspherical Element Limits Distortion And Spherical Aberration In Order To Realize Greater Sharpness And Accurate Rendering.
• Super Ebc Coating Has Been Applied To Individual Elements To Reduce Lens Flare And Ghosting For Improved Contrast And Color Fidelity When Working In Strong Lighting Conditions.
• High-Torque Dc Coreless Motor Provides Especially Quick, Precise, And Responsive Autofocus Performance.
• The Updated Physical Design Incorporates A Manual Aperture Ring With A Locking ‘A’ Position For Intuitive, Tactile Exposure Control.
• The Weather-Resistant Design Prevents Dust And Moisture From Entering The Lens And To Enable Worry-Free Use In Inclement Conditions And Freezing Temperatures As Low As 14°F.
• The Rounded Seven-Blade Diaphragm Contributes To A Pleasing Bokeh Quality.

Sporting A Slim And Portable Form Factor, The Xf 27Mm F/2.8 R Wr From Fujifilm Is Characterized By Its Updated Exterior Design And Versatile 41Mm Equivalent Focal Length For Everyday Shooting. Now Featuring A Weather-Sealed Construction, This Wide-Normal Prime Also Incorporates A Manual Aperture Ring For Intuitive And Tactile Exposure Control, However An ‘A’ Position Can Also Be Used For Camera-Based Settings Adjustments.

In Terms Of Optics, One Aspherical Element Is Featured And Helps To Reduce Distortion And Spherical Aberrations, And A Super Ebc Coating Has Also Been Applied To Control Flare And Ghosting. Additionally, Benefitting Both Photo And Video Applications, A High-Torque Dc Coreless Motor Is Used To Realize Quick, Accurate, And Near-Silent Autofocus Performance.