Canon RF 85mm f/1.4L VCM
2025 ~ today
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Specifications Accessories USA Version
Performance Compared User's Guide
R1 R3 R5 II R5 R5C R6 III R6 II R6 R R8 RP R7 R10 R50 R50V R100
Bodies Compared RF Lenses EF Lenses Flash
Canon RF 85mm f/1.4L VCM (67mm filters, 22.4 oz./636g, 2.5'/0.75m close focus, 0.12× macro ratio, $1,649). bigger.
I got mine at B&H. I'd also get mine at Adorama, at Amazon or at Crutchfield, or get it used if you know How to Win at eBay, or get it used at KEH.
This 100% all-content, junk-free website's biggest source of support is when you use those or any of these links to my personally approved sources I've used myself for way over 100 combined years when you get anything, regardless of the country in which you live. Canon does not seal its boxes in any way, so never buy at retail or any other source not on my personally approved list since you'll have no way of knowing if you're missing accessories, getting a defective, damaged, returned, non-USA, store demo or used lens — and all of my personally approved sources allow for 100% cash-back returns for at least 30 days if you don't love your new lens. I've used many of these sources since the 1970s because I can try it in my own hands and return it if I don't love it, and because they ship from secure remote warehouses where no one gets to touch your new lens before you do. Buy only from the approved sources I've used myself for decades for the best prices, service, return policies and selection.
February 2026 Better Pictures Canon Reviews Mirrorless RF Lenses EF Lenses Flash All Reviews
Sample Images top
Sample Images Intro New Good Bad Missing
Specifications Accessories USA Version
Performance Compared User's Guide
More samples throughout this review at Bokeh, Coma, Falloff, Macro, Spherochromatism and Sunstars.
These are just snapshots; my real work is in my Gallery. Ideally I would shoot this lens outdoors at night to take advantage of its f/1.4 aperture, but tough, this is what I got.
These are all shot hand-held as NORMAL (▟ stairstep icon) JPGs; no tripods, FINE (
University Columns in Last Light, 4:45 PM, Friday, 16 January 2026. Canon EOS R6 III, Canon RF 85mm f/1.4L VCM at f/5 at 1/320 at Auto ISO 100 (LV 13.0), perspective correction in Photoshop CC. bigger or camera-original 32 MP © 7.6 MB image.
University Clock Tower in Last Light, 4:58 PM, Friday, 16 January 2026. Canon EOS R6 III, Canon RF 85mm f/1.4L VCM at f/4.5 at 1/250 at Auto ISO 100, -0.3 stops exposure compensation (LV 13.4), Skylum Luminar Neo software to erase extra trees. bigger.
American-made Trek Émonda SLR 8 Hanging Down from the Ceiling, 4:45 PM, Friday the 13th of February 2026. Canon EOS R6 III, Canon RF 85mm f/1.4L VCM wide-open at f/1.4 at 1/160 at Auto ISO 100, +0.3 stops exposure compensation (LV 8.4), Radiant Photo software to add light on the bicycle. bigger, full resolution or camera-original 32 MP © 7.6 MB image.
As you can see, so long as it's actually in focus, even at f/1.4 its as sharp as it is stopped down. This is superb performance.
What seems like green fringes on the window highlights is not spherochromatism; it's loads of green vegetation outside.
Mercedes AMG E63s, 9:51 AM, Saturday, 14 February 2026. Canon EOS R6 III, Godox V480C on-camera flash, Canon RF 85mm f/1.4L VCM at f/9 at 1/200 at Auto ISO 100 (LV 14.0), Radiant Photo software to add light. bigger.
This lens is so sharp (so long as it's in focus with this three-dimensional car) that we can count every fleck of titanium alloy in this car's Selenite Gray Metallic paint. I would share the camera-original JPG file except that there is so much detail that even at the basic Normal quality setting the original JPG file is 19 Megabytes!
1963 Mercury Monterey, 9:59 AM, Saturday, 14 February 2026. Canon EOS R6 III, Godox V480C on-camera flash, Canon RF 85mm f/1.4L VCM at f/6.3 at 1/160 at Auto ISO 100, -0.7 stops exposure compensation (LV 12¾), Radiant Photo software to add light. bigger or camera-original 32 MP © 9.8 MB image.
Eight Intake Stacks, 10:06 AM, Saturday, 14 February 2026. Canon EOS R6 III, Godox V480C on-camera flash, Canon RF 85mm f/1.4L VCM at f/16 (for depth-of-field) at 1/100 at Auto ISO 250 (LV 13.3), Radiant Photo software to add light to the shadows while retaining highlights, perspective correction in Photoshop to keep the stacks all vertical. bigger.
I should have used the infinite depth-of-field feature of my R6 III, but tough; I forgot and I couldn't have used flash with that mode.
Introduction top
Sample Images Intro New Good Bad Missing
Specifications Accessories USA Version
Performance Compared User's Guide
I buy only from these approved sources. I can't vouch for ads below. |
This lens is great for everything if you prefer fast, fixed lenses. It has extraordinary super-speed optics at a reasonable price. Even shot wide-open at f/1.4 it's flawlessly sharp right out to the full-frame corners. I've never tested a better 85mm lens.
The EF 85mm f/1.4L IS USM is just as good optically and adds optical stabilization lacking in this lens, but it's bigger and weighs 50% more even before you consider the necessary EF to RF adapter. They are about the same price.
This is a "hybrid" lens, with a Voice Coil (focus) Motor (VCM) to aid in quiet, fast and smooth focusing, as well as an aperture ring optimized for use on focus rigs for remote control for shooting video as well as still photos.
I shoot stills, for which this lens works great, even though it has features to optimize it for shooting video with silent focus and manual aperture control.
Except for focal length, it's identical to the RF 20mm f/1.4L VCM, RF 24mm f/1.4L VCM, RF 35mm f/1.4L VCM and RF 50mm f/1.4L VCM. All are the same size and have the same controls.
I got my RF 85mm f/1.4L VCM at B&H. I'd also get mine at Adorama, at Amazon or at Crutchfield, or get it used if you know How to Win at eBay, or get it used at KEH.
Canon RF 85mm f/1.4L VCM. bigger.
New intro top
Canon's first 85mm f/1.4 for mirrorless cameras.
Good intro top
Ultrasharp.
Compact.
Programmable button, usually used as Focus Lock.
Programmable clicked control ring.
AF/MF switch.
Hood included.
Case included.
Aperture ring.
Made in Japan.
100% U.S.A.-based high-quality technical support at (800) OK-CANON.
Bad intro top
It feels like something's loose inside because there is. The focus groups flop around inside when it's not on a camera to control it electronically.
Plastic exterior and crappy plastic filter thread, typical for 2026 but not by any means heirloom quality like LEICA lenses still are today.
Missing intro top
No Image Stabilizer (works great with in-camera stabilization if you have it).
No Stabilizer switch for in-camera stabilization.
Mounting index dot not raised so it can't be found by feel in the dark.
No focus or depth-of-field scales.
No infra-red focus indices.
Will not work with any teleconverters.
Specifications top
Sample Images Intro New Good Bad Missing
Specifications Accessories USA Version
Performance Compared User's Guide
I got my RF 85mm f/1.4L VCM at B&H. I'd also get mine at Adorama, at Amazon or at Crutchfield, or get it used if you know How to Win at eBay, or get it used at KEH.
Compatibility
This lens only works on Canon's EOS-R series of mirrorless cameras.
It won't work with any teleconverters, EF or either of the RF 2× Extender or RF 1.4× Extender teleconverters.
It won't fit on, and cannot be adapted to, any DSLR because a DSLR has too much distance between its sensor and its lens mount flange.
Name specifications top
Canon calls this the RF 85mm F1.4 L VCM:
RF: Works only on Canon's EOS-R Mirrorless cameras.
L: Expensive as L.
VCM: Voice Coil (focus) Motor.
Optics specifications top
Internal Optical Construction. Regular Optical Glass, UD glass and Aspherical elements. Dark-blue dashes show Air Sphere (Sub-Wavelength) Coating.
14 elements in 10 groups.
1 UD extra-low dispersion element, which help reduce secondary axial chromatic aberration.
1 aspherical element.
Internal focusing. The focus groups are all inside the lens and neither the front nor rear elements move — good!
Super Spectra multicoating, also Air Sphere Sub-Wavelength Coatings (SWC).
Fluorine coating to resist dirt and smudges.
Diaphragm specifications top
Canon RF 85mm f/1.4L VCM. bigger.
11 rounded blades.
Electronically actuated.
Stops down to f/16.
Filters specifications top
Plastic 67mm filter thread.
Focal Length specifications top
85mm.
When used on an APS-C camera, it sees the same angle of view as a 135 mm lens sees when used on a full-frame or 35mm camera
See also Crop Factor.
Angles of View, Full Frame specifications top
28.5º diagonal.
24º horizontal.
16º vertical.
Autofocus specifications top
No external movement as focussed, so no air or dust is sucked in.
Focus Scale specifications top
No.
Not on lens, but may be displayed in-camera.
Infinity Focus Stop specifications top
No.
You have to focus somehow to get precise focus at infinity, just like at every other distance.
Depth of Field Scale specifications top
No.
Not on lens, but may be displayed in-camera.
Infrared Focus Index specifications top
No.
Close Focus (distance from subject to image plane) specifications top
2.46 feet
0.75 meters.
Maximum Reproduction Ratio specifications top
1:8⅓ (0.12×).
Minimum Subject Field specifications top
11.14 × 7.48 inches.
283 × 190 millimeters.
Image Stabilizer specifications top
NONE.
Works great with in-camera stabilization, if you have it.
Caps specifications top
E-67II 67mm front cap, included.
RF Rear Cap (p/n 2962C001), included.
Hood specifications top
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The ES-73C hood (p/n 4516C001) is included.
It's the same as included with the RF 100mm f/2.8L IS Macro.
Case specifications top
Canon LP1219 Lens Sack. bigger.
Nice LP1219 fake suede sack included.
Size specifications top
3.01" ø maximum diameter × 3.91" extension from flange.
76.5 mm ø maximum diameter × 99.3 mm extension from flange.
Weight specifications top
22.43 oz. (636 g).
Quality specifications top
Made in Japan.
Announced specifications top
09 September 2025.
Included specifications top
Lens.
E-67II 67mm front cap.
RF Rear Cap (p/n 2962C001).
ES-73C hood (p/n 4516C001).
LP1219 suede sack.
Packaging specifications top
Microcorrugated cardboard box.
"PurePulp" top and bottom lens supports, made using the same technology as ADS Speakers' "Stifflite" woofers of the 1980s that were used along with their extraordinary house-made dome midranges and tweeters.
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Box. bigger. |
Box end. bigger. |
Model Numbers specifications top
Model number: RF85F14LVCM.
Product code: 7240C002 (7240C001 in Japan).
JAN code: 4549292-249484.
Price, U. S. A. specifications top
13 February 2026
$1,649 at B&H, at Adorama, at Amazon and at Crutchfield.
$1,570, open box, if you know How to Win at eBay.
236,500 yen in Japan.
Accessories top
Sample Images Intro New Good Bad Missing
Specifications Accessories USA Version
Performance Compared User's Guide
I got my RF 85mm f/1.4L VCM at B&H. I'd also get mine at Adorama, at Amazon or at Crutchfield, or get it used if you know How to Win at eBay, or get it used at KEH.
E-67II 67mm front cap, included.
RF Rear Cap (p/n 2962C001), included.
ES-73C hood (p/n 4516C001), included.
LP1219 suede-like sack, included.
Getting a Legal U. S. A. Version top
Sample Images Intro New Good Bad Missing
Specifications Accessories USA Version
Performance Compared User's Guide
I got my RF 85mm f/1.4L VCM at B&H. I'd also get mine at Adorama, at Amazon or at Crutchfield, or get it used if you know How to Win at eBay, or get it used at KEH.
This section applies in the U. S. A. only.
Your box must include a printed U. S. A. warranty card from Canon U.S.A., Inc. It should be on top inside your box as you open it. The serial number on the card must match the serial number on the bottom of your lens.
If you have no card or the serial number doesn't match, you got ripped off with a gray market version intended to be sold in another country. This is why I never buy from any place other than my personally approved sources. You just can't take the chance of buying elsewhere, especially at any retail store where strangers have probably opened your completely unsealed box and played with your lens, because non-U. S. A. versions have no warranty in the U. S. A., and you probably won't be able to get firmware or service for it — even if you're willing to pay out-of-pocket for it when you need it!
Shifty dealers may include color copies of a card from a legitimate U. S. A. product in a gray-market box, hoping you won't check serial numbers and catch their fraud. A card with the wrong serial number means nothing other than that you have no warranty coverage.
The serial number on the box doesn't have to match, but it should. It will be hidden on the sticker on the right under the top bar code. If not, it means a shady dealer took things out of boxes and was too sloppy to put them back correctly — and it means you got a used lens if anyone other than you took it out of the box.
If a gray market version saves you $600 the risk might be worth it, but for $500 or less I wouldn't risk having no warranty or support.
Always be sure to check yours while you can still return it, or just don't buy from unapproved sources and never at retail so you'll be able to have your camera serviced and get free updated firmware as needed. Get yours from the same places I do and you won't have a problem.
Performance top
Sample Images Intro New Good Bad Missing
Specifications Accessories USA Version
Performance Compared User's Guide
Overall Autofocus Manual Focus Breathing
Distance Recording Bokeh Coma Distortion
Ergonomics Falloff Filters Flare & Ghosts
Lateral Color Fringes Lens Corrections Macro
Mechanics Sharpness Spherochromatism
Stabilization Sunstars Teleconverters
I got my RF 85mm f/1.4L VCM at B&H. I'd also get mine at Adorama, at Amazon or at Crutchfield, or get it used if you know How to Win at eBay, or get it used at KEH.
Overall performance top
The RF 85/1.4L VCM has flawless optics, however it can freak out the innocent because when off a camera it feels like something is flopping around inside — because it is! This is normal.
Otherwise, this is what I expect in 2026: perfect sharpness even wide-open in the corners at f/1.4.
Autofocus performance top
Autofocus is fast, and nearly silent.
It's almost instantaneous and as good as I've seen for an 85mm lens.
Manual Focus performance top
Manual focusing is entirely electronic; the manual focus ring isn't connected to anything other than a digital encoder.
You may need to set some menus to get manual-focus override on older cameras.
No matter what you do, all Canon EOS-R cameras as of 2026 in SERVO AF mode will continue to autofocus as soon as you stop turning the manual focus ring. Sadly only Nikon has this all figured out today.
Focus Breathing performance top
Focus breathing is the image changing size (growing and shrinking slightly) as focused in and out. It's important to cinematographers that the image not breathe (change size) as focus gets pulled back and forth between different actors as they speak. The image is said to breathe because it expands and contracts as the focus follows the dialog back and forth.
The image from this 85/1.4 becomes very slightly larger as focused more closely. I doubt that anyone would ever see it, and certainly not see it at larger apertures.
Focus Distance Recording performance top
The focused distance is recorded in the EXIF data.
I read this in the lower left of my screen in Photoshop's lens correction filter.
Bokeh performance top
Bokeh, the feel, character or quality of out-of-focus areas as opposed to how far out of focus they are, is beautiful , regardless of aperture. It's always neutral and soft.
Here are photos from headshot distance. I'm focused on the DAVIS logo. Click any for the 32 MP camera-original © 4 MB files:
Made-in-U. S. A. Davis 6357 Vantage Vue Wireless Sensor Suite (use with WeatherLink console), 1:02 PM, Monday, 19 January 2026. Shot on Canon EOS R6 III at 1/5,000, 1/1,000, 1/320 and 1/80 at Auto ISO 100 (LV 13.4, 13.0, 13.4 and 13.4).
Click any for the 32 MP camera-original © 4 MB files.
Here are shots showing blur circles. I'm focused on the turtle head on the lower right at about one meter (three feet) while my Christmas tree is at about 3 meters (ten feet) away. Click any for the © camera-original file:
Rockwell's Christmas Tree, 8:12 PM, Sunday, 11 January 2026. Canon EOS R6 III, Canon RF 85mm f/1.4L VCM at 1/50, 1/25, 1/15, 1/15 and 1/15 at Auto ISO 100, 100, 125, 250 and 500 (LV 6.6, 6.6, 6.7, 6.7 and 6.7), exactly as shot. Click any for the 32 MP © 4 MB camera-original JPG file.
These are great, even, circular blur circles. Even stopped down at the larger apertures they remain circular. I do see some slight "onion ring" effects due to how the aspherical element is manufactured, but you won't see this in any real photo of anything other than out-of-focus point sources.
As always, if you want to throw the background as far out of focus as possible, shoot at f/1.4 and get as close as possible.
Coma performance top
Coma, or sagittal coma flare, is often seen at large apertures with fast normal to wide lenses as weird batwing shapes on bright points of light in the corners at night. They go away as stopped down.
This RF 85mm f/1.4L is superb: there is no coma even at f/1.4 far in the corners. Bright points of light remain as bright points of light. Bravo!!!
Nacht, 6:31 PM Saturday, 10 January 2026. Canon EOS R6 III, Canon RF 85mm f/1.4LVCM at f/1.4 for 13 seconds at ISO 100 (LV -2.6, or minus 2.6!), Radiant Photo software to add light. bigger, full-resolution image or 32 MP © camera-original 3 MB JPG file.
1,200 × 900 pixel (5.8× magnification) crop from the lower right of the above image. bigger, full-resolution image or 32 MP © camera-original 3 MB JPG file.
If this 1,200 × 900 pixel crop is about 3" (8cm) wide on your screen, then the complete image printed at this same extreme magnification would be about 12 × 18" (30 × 45 cm).
If this 1,200 × 900 pixel crop is about 6" (15cm) wide on your screen, then the complete image printed at this same extreme magnification would be about 23 × 35" (59 × 89 cm).
If this 1,200 × 900 pixel crop is about 12" (30cm) wide on your screen, then the complete image printed at this same extreme magnification would be about 47 × 70" (119 × 178 cm).
Distortion performance top
The RF 85mm f/1.4L VCM has moderately strong pincushion distortion when uncorrected, and no visible or measurable distortion with in-camera distortion correction.
Here are my correction factors for use in Photoshop's lens correction filter to JPG images:
On Full-Frame at 30' (10m) |
Correction factor to use with images made with correction ON in R6 III |
Correction factor with uncorrected images |
| ±0.00 | -2.00 |
© 2026 KenRockwell.com. All rights reserved.
These aren't facts or specifications, they're the result of my research that requires hours of photography and calculations on the resulting image data.
While Canon's own software probably also corrects this from RAW CR3 files, be warned that other brands of raw processing software may or may not correct the distortion. No worries, it cleans right up Photoshop.
Ergonomics performance top
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Canon RF 85mm f/1.4L VCM. bigger. |
Canon RF 85mm f/1.4L VCM. bigger. |
Ergonomics are straight-ahead: just a lens with three control rings!
The front ring is a programmable clicked control ring. Set it in your camera for aperture, exposure compensation or whatever your camera provides.
The fat rubber ring is also usually programmable (depending on your camera), and is usually manual focus.
The aperture ring is mostly for video. It only works for still shots on the newer cameras, and it has no clicks so it's downright weird to use for stills.
You may need to set some menus to get manual-focus override on older cameras.
No matter what you do, all Canon EOS-R cameras in SERVO AF mode (as of 2026) will continue to autofocus as soon as you stop turning the manual focus ring. Sadly only Nikon has this all figured out today.
Falloff performance top
Falloff is invisible with default Peripheral Illumination Correction left ON.
I've greatly exaggerated the falloff by shooting a gray field and placing these on a gray background; it will not look this bad in actual photos of real things:
Falloff on full-frame at infinity, Peripheral Illumination correction at its default of ON:
© 2025 KenRockwell.com. All rights reserved. |
If you save only raw data rather than create JPG images in-camera, whatever software you use to create visible images from that raw data later may or may not correct this as is done in-camera as JPGs. You're on your own there; I don't bother with raw data.
If you go out of your way to turn off the correction, or possibly in some raw software, this is what you get, and again this torture test makes it look much worse than it will look for real photographs:
Falloff on full-frame at infinity, Peripheral Illumination correction deliberately turned OFF:
© 2025 KenRockwell.com. All rights reserved. |
Filters, use with performance top
There's no need for thin filters. I can stack quite a few standard 67mm filters with no vignetting at any setting on full-frame.
Go ahead and use your standard rotating polarizer and grad filters.
Flare & Ghosts performance top
It seems to have more flare and ghosts than other lenses.
See examples at Sunstars.
Lateral Color Fringes performance top
There are no color fringes when shot as JPG with the default Chromatic Aberration Correction left ON.
If you go out of your way to turn this OFF (or shoot raw and then use non-manufacturer software to process that data into images) then there is an almost completely invisible amount of red/cyan fringing at the corners of full frame.
If you shoot raw data rather than JPG images you may — or may not — be responsible to correct this on your own. Even uncorrected it's negligible.
Lens Corrections performance top
Other cameras may vary as the years roll on, but my EOS R1, R3, R5 II, R5, R6 III, R6 II, R6, R, R8, RP, R7, R10, R50 and R100 all have options to correct for falloff (Peripheral Illumination Correction), Distortion and a Digital Lens Optimizer which corrects for a suite of other aberrations.
You can turn any of these ON or OFF.
If you turn off the Digital Lens Optimizer, you are then offered à la carte ON/OFF options for Chromatic Aberration Correction and Diffraction Correction.
If you shoot raw data rather than JPG images, whatever software you use to create visible images from raw data may or may not correct these as is done in-camera as JPGs. You're on your own there; I don't bother with raw data.
Macro Performance performance top
It gets about as close as other 85mm lenses, no news here.
If you want to get closer, the much less expensive and also excellent RF 85mm f/2 Macro IS STM gets much closer.
At f/1.4
It is exquisitely sharp wide-open at f/1.4, and has very nice bokeh. Even spherochromatism isn't much of a problem:
Casio G-Shock Solar Atomic Watch at close-focus distance, 12:56 PM, Monday, 19 January 2026. Canon EOS R6 III at 1/5,000 at ISO 50, +0.7 stops exposure compensation (LV 14.4). bigger or camera-original © file.
1,200 × 900 pixel (5.8× magnification) crop from above. bigger or camera-original © file.
If this 1,200 × 900 pixel crop is about 3" (8cm) wide on your screen, then the complete image printed at this same extreme magnification would be about 12 × 18" (30 × 45 cm).
If this 1,200 × 900 pixel crop is about 6" (15cm) wide on your screen, then the complete image printed at this same extreme magnification would be about 23 × 35" (59 × 89 cm).
If this 1,200 × 900 pixel crop is about 12" (30cm) wide on your screen, then the complete image printed at this same extreme magnification would be about 47 × 70" (119 × 178 cm).
At f/8
As all lenses, it's even more ultra-sharp at f/8:
Casio G-Shock Solar Atomic Watch at close-focus distance, 12:57 PM, Monday, 19 January 2026. Canon EOS R6 III at 1/320 at Auto ISO 100, +0.7 stops exposure compensation (LV 14.4). bigger or camera-original © file.
1,200 × 900 pixel (5.8× magnification) crop from above. bigger or camera-original © file.
The white specks are dust.
If this 1,200 × 900 pixel crop is about 3" (8cm) wide on your screen, then the complete image printed at this same extreme magnification would be about 12 × 18" (30 × 45 cm).
If this 1,200 × 900 pixel crop is about 6" (15cm) wide on your screen, then the complete image printed at this same extreme magnification would be about 23 × 35" (59 × 89 cm).
If this 1,200 × 900 pixel crop is about 12" (30cm) wide on your screen, then the complete image printed at this same extreme magnification would be about 47 × 70" (119 × 178 cm).
Mechanical Quality performance top
Canon RF 85mm f/1.4L VCM. bigger.
This is all plastic on the outside, with a metal mount.
Exterior Finish
Black plastic.
Hood
Plastic bayonet.
Front Bumper.
None.
Filter Threads
Plastic.
Hood Bayonet Mount
Plastic.
Barrel Exterior
Plastic.
Focus Ring
Rubber-covered plastic.
Slide Switches
Plastic.
Identity
Printed around front of lens barrel in nearly invisible gray, also "85" engraved and filled with paint on the top of the barrel.
Internals
I can't see; it looks like all glass!
Dust Gasket at Mount
Yes.
Mount
Chromed metal.
Markings
Paint.
Serial Number
Canon RF 85mm f/1.4L VCM. bigger.
Laser engraved in warm black on black on the bottom of the barrel.
Date Code
The serial number contains a date code.
My serial number starts with 158, which means it was made in October 2025.
Noises When Shaken
It sounds like there's something loose inside, which is the focus group flopping around.
It's inelegant, but normal.
Ethics & Quality
Made in Japan.
Sharpness performance top
Lens sharpness has nothing to do with picture sharpness; every lens made in the past 100 years is more than sharp enough to make super-sharp pictures if you know what you're doing. The only limitation to picture sharpness is your skill as a photographer. It's the least talented who spend the most time worrying about lens sharpness and blame crummy pictures on their equipment rather than themselves. Skilled photographers make great images with whatever camera is in their hands; I've made some of my best images of all time with an irreparably broken camera! Most pixels are thrown away before you see them, but camera makers don't want you to know that.
If you're not getting ultra-sharp pictures with this, be sure not to shoot at f/11 or smaller where all lenses are softer due to diffraction, always shoot at ISO 100 or below because cameras become softer at ISO 200 and above, avoid shooting across long distances over land which can lead to atmospheric heat shimmer, be sure everything is in perfect focus, set your camera's sharpening as you want it (I set mine to the maximum) and be sure nothing is moving, either camera or subject. If you want to ensure a soft image with any lens, shoot at f/16 or smaller at ISO 1,600 or above at default sharpening in daylight of subjects at differing distances in the same image.
People worry waaaaay too much about lens sharpness. It's not 1968 anymore when lenses often weren't that sharp and there could be significant differences among them; ever since about 2010 all new lenses are all pretty much equally fantastic.
This lens is ultra sharp corner-to corner at every aperture, limited by your vision as an artist and of course by diffraction at the smallest apertures. Especially at f/1.4 where it's difficult, this lens is ultrasharp and contrasty all the way out to the far corners of full frame. Bravo!
Avoid f/11 and smaller unless you really need it for extreme depth of field because diffraction takes its toll. See also How to Calculate the Sharpest Aperture.
MTF wide-open at f/1.4 at 10 cyc/mm (black) and 30 cyc/mm (blue). Sagittal (solid) and meridional (dashed).
While it's usually valid to compare rated MTFs between different lenses of similar vintage from the same maker, every maker measures or simply calculates MTF very differently, and therefore one cannot compare these curves between brands. For instance, Sony seems to ignore diffraction and simply calculate overly optimistic MTFs that hug 100%, which no real lens can do at f/8, while other brands are more realistic and include diffraction. Only Canon offers any insight on how they arrive at their curves.
See also my article on MTF and Canon's article on MTFs.
Spherochromatism performance top
Spherochromatism, also called secondary spherical chromatic aberration or "color bokeh," is an advanced form of spherical and chromatic aberration in a different dimension than lateral chromatic aberration and therefore cannot be corrected with software or automatic corrections. It happens mostly in fast normal and tele lenses when spherical aberration at the ends of the color spectrum (red and blue) are corrected differently than in the middle of the spectrum (green).
Spherochromatism can cause colored fringes on out-of-focus highlights, usually seen as green fringes (the middle of the spectrum) on background highlights and magenta fringes (the red and blue ends of the spectrum added together make magenta) on foreground highlights.
Spherochromatism is common in fast lenses of moderate focal length when shooting contrasty items at full aperture. It goes away as stopped down.
Spherochromatism is a completely different aberration from lateral color fringes.
It has only a little spherochromatism, with minor yellow-green fringes behind and not much of any color ahead of the plane of perfect focus:
Mondaine A132.30348.11SBB at close-focus distance at f/1.4, 24 February 2025. Shot on Canon EOS R6 III at 1/12,800 at Auto ISO 100 (LV 14.6). bigger or camera-original © file.
1,200 × 900 pixel (5.8× magnification) crop from above. bigger or camera-original © file.
If this 1,200 × 900 pixel crop is about 3" (8cm) wide on your screen, then the complete image printed at this same extreme magnification would be about 12 × 18" (30 × 45 cm).
If this 1,200 × 900 pixel crop is about 6" (15cm) wide on your screen, then the complete image printed at this same extreme magnification would be about 23 × 35" (59 × 89 cm).
If this 1,200 × 900 pixel crop is about 12" (30cm) wide on your screen, then the complete image printed at this same extreme magnification would be about 47 × 70" (119 × 178 cm).
Image Stabilization (IS) performance top
This lens has no Optical Image Stabilization (OIS, IS or VR (Vibration Reduction)), however it works great with in-camera stabilization.
"Percent Perfectly Sharp Shots" are the percentage of hand-held, free-standing with no support or bracing, frames with 100% perfect tripod-equivalent sharpness as viewed at 300%. Hand tremor is a random occurrence, so at marginal speeds some frames will be perfectly sharp while others will be in various stages of blur — all at the same shutter speed.
This rates what percentage of shots are perfectly sharp, not how sharp are all the frames:
| % Perfectly Sharp Shots on stabilized R6 III | 2s |
1s |
1/2 |
1/4 |
1/8 |
1/15 |
1/30 |
1/60 |
1/125 |
1/250 |
1/500 |
| Stabilization ON | 0 |
10 |
30 |
40 |
90 |
100 |
100 |
100 |
100 |
100 |
100 |
| Stabilization OFF | 0 |
0 |
0 |
0 |
0 |
0 |
10 |
10 |
80 |
60 |
100 |
I see at least 4½ stops of real-world improvement.
Are you seeing how fantastic is modern stabilization? I'm looking at these images at 300%, far, far more closely than we ever could do with film. With film we had a 1/focal length rule-of-thumb which suggested the slowest safe hand-held speed would be 1/85.
As you can see, while 1/85 may have been "good enough" back on film, with 32MP digital even 1/250 often gives imperfect shots even with my rock-steady hands — while with the in-camera stabilization of my R6 III I get perfect sharpness 90% of the time at ⅛ and even get perfect sharpness about half the time at a quarter second. "10%" at one second means that at 1 second handheld I get one perfectly sharp shot for every ten frames.
Sunstars performance top
With an 11-bladed rounded diaphragm, I get mild 22-point sunstars on brilliant points of light only at the smallest apertures.
Ignore the vertical smears at large apertures. This is a sensor artifact called interline transfer smear and is a camera, not a lens, defect.
Likewise ignore the crazy rainbow dots at small apertures; these are sensor artifacts caused by interference among the divisions between pixels on the sensor. These are made visible because we're using enough exposure to show the dark underside of a huge palm tree, and then putting the blinding disk of the mid-day sun in it. Doing this will show everything due to the insane lighting range.
Click any to enlarge:
Click any to enlarge.
Teleconverters performance top
This lens does not work with any teleconverters
There is not enough room in the back of the lens to accommodate the protuberances from either of the Canon RF 1.4× or Canon RF 2× extenders.
Compared top
Sample Images Intro New Good Bad Missing
Specifications Accessories USA Version
Performance Compared User's Guide
I got my RF 85mm f/1.4L VCM at B&H. I'd also get mine at Adorama, at Amazon or at Crutchfield, or get it used if you know How to Win at eBay, or get it used at KEH.
The classic EF 85mm f/1.8 USM is still a perfectly good lens for general use on an EF to RF adapter.
The EF 85mm f/1.4L IS USM adds image stabilization and also has extraordinary optics, but it's bigger and clumsier even before you put it on an EF to RF adapter.
The EF 85mm f/1.2L II USM is a huge and very slow-focusing lens intended more for science and astronomy rather than general photography. It also needs an EF to RF adapter.
The RF 85mm f/2 Macro IS STM is a smaller, lighter and optically superb lens which adds macro ability and stabilization to this RF 85mm f/1.4L. The RF 85mm f/2 Macro IS STM is a much less expensive and more practical choice than this RF 85mm f/1.4L VCM unless you really need f/1.4, the aperture ring or the silent VCM focus.
The RF 85mm f/1.2L USM is a huge lens for special purposes. The RF 85mm f/1.2L USM is only a half stop faster but much bigger and more expensive, and focuses more slowly. Reserve it for science and astronomy on a big budget.
The RF 85mm f/1.2L USM DS (I LOVE DS!) is the RF 85mm f/1.2L USM with the addition of a special apodization (bokeh) filter to soften bokeh. Likewise it's a big, heavy and expensive special purpose lens that focuses slowly.
For general photography, this lens or the RF 85mm f/2 Macro IS STM are the way to go.
If you're on a budget, by all means the EF 85mm f/1.8 USM on an EF to RF adapter will take mostly the same pictures as this exotic RF 85mm f/1.4L VCM.
The f/1.2 lenses all focus more slowly and are intended more for technical use than general photography.
User's Guide top
Sample Images Intro New Good Bad Missing
Specifications Accessories USA Version
Performance Compared User's Guide
I got my RF 85mm f/1.4L VCM at B&H. I'd also get mine at Adorama, at Amazon or at Crutchfield, or get it used if you know How to Win at eBay, or get it used at KEH.
See also Canon's RF 85mm f/1.4L VCM User's Manual.
Canon RF 85mm f/1.4L VCM. bigger.
Aperture Ring and IRIS Button
You have to slide the IRIS button towards the front of the lens to move the ring between the A setting and the numbered apertures.
As soon as you let go of the IRIS button it either locks at A or won't leave the f/1.4 ~ f/16 range.
Manual-Focus Override user's guide top
Older EOS R cameras need a menu setting changed for manual-focus override, otherwise the focus ring is always ignored in AF. Newer cameras have this set by default.
Find the "Lens electronic AF" or "Electronic full-time MF" option in your AF menu (AF 6 in R5 II, R6 III, R6 II, R7, R8 and R10, AF 4 in EOS R5 and EOS R6 or CAMERA 8 in EOS RP), and set it to either "One‑Shot‑> enabled," "One‑Shot‑> enabled (magnify)" or ON. Canon should have it set this way by default, but they didn't in older models. No big deal now that I figured it out, and it usually works by default in newer cameras.
Once set, manual-focus override works well in ONE SHOT AF (AF then lock) mode, but in SERVO AF mode all Canon EOS-R cameras as of 2026 continue to autofocus as soon as you stop turning the manual focus ring! Sadly only Nikon has this all figured out today.
Recommendations top
Sample Images Intro New Good Bad Missing
Specifications Accessories USA Version
Performance Compared User's Guide
I got my RF 85mm f/1.4L VCM at B&H. I'd also get mine at Adorama, at Amazon or at Crutchfield, or get it used if you know How to Win at eBay, or get it used at KEH.
This lens is fantastic for anyone who wants an ultrasharp, ultrafast 85mm fixed lens. It's less expensive and much faster focusing than any f/1.2 lens.
If budget matters, don't forget about the superb RF 85mm f/2 Macro IS STM, which isn't quite as fast but adds stabilization, is much smaller and focuses much closer.
For astronomy, the larger RF 85mm f/1.2L USM is also superb. It's a bit faster and more expensive; I don't know that I'd worry for half a stop unless someone else was paying for it, and the falloff at full aperture is about the same for each of these.
Used properly, all of Canon's RF lenses are equally sharp. The differences are in maximum apertures, focus speed, focal lengths and stabilization, but none of them are soft if you know how to use them. Lens sharpness has nothing to do with picture sharpness.
I use a clear (UV) protective filter instead of a cap (exactly like an iPhone) so I'm always ready to shoot instantly. I only use a cap when I throw this in a bag with other gear without padding — which is never. The UV filter never gets in the way, and never gets lost, either.
The very best protective filter is the nearly indestructible Hoya multicoated HD3 67mm UV which uses hardened glass and repels dirt and fingerprints.
For less money, the Nikon 67mm NC (No Color/Neutral Clear), Hoya 67mm NXT Plus UV and Hoya 67mm UV MC are all excellent filters, but the Hoya HD3 is the toughest and the best.
If I was working in nasty, dirty areas, I'd use an uncoated 67mm Tiffen UV filter instead. Uncoated filters are much easier to clean, but more prone to ghosting.
Filters last a lifetime, so you may as well get the best. The Hoya HD3 stays cleaner than the others since it repels oil and dirt.
You may need a neutral-density filter to shoot at f/1.4 in direct sunlight. I prefer the Made-in-U. S. A. Tiffen 67mm ND 0.9 (3 stop) neutral density filter because the glass Tiffen filters are genuinely neutral, devoid of the color casts I often find in other brands who sometimes resin (plastic) filter materials.
You could try a 67mm polarizing filter to shoot at f/1.4 in daylight (my very favorite is the exquisitely well made Nikon Circular Polarizer II), however polarizers may not be dark enough and of course they add other effects you might not want if you're just trying to shoot at f/1.4.
All these filters are just as sharp and take the same pictures, the difference is how much abuse they'll take and stay clean and stay in one piece. Since filters last a lifetime or more, there's no reason not to buy the best as it will last you for the next 50 years. Filters aren't throwaways like digital cameras which we replace every few years, like it or not. I'm still using filters I bought back in the 1970s! The Hoya HD3 stays cleaner than the others since it repels oil and dirt, and you'll be using it long after you've thrown this lens away in 50 years.
I got my RF 85mm f/1.4L VCM at B&H. I'd also get mine at Adorama, at Amazon or at Crutchfield, or get it used if you know How to Win at eBay, or get it used at KEH.
More Information top
Sample Images Intro New Good Bad Missing
Specifications Accessories USA Version
Performance Compared User's Guide
I got my RF 85mm f/1.4L VCM at B&H. I'd also get mine at Adorama, at Amazon or at Crutchfield, or get it used if you know How to Win at eBay, or get it used at KEH.
Canon's RF 85mm f/1.4L VCM User's Manual.
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