Aerochrome v2 — Fujifilm X-T3/X-T30 Full Spectrum Infrared Film Simulation Recipe

Red Coast – Fort Bragg, CA – Fujifilm X-T4 ES – This new Aerochrome v2 Recipe

Last year, I started my infrared photography journey when I purchased a Fujifilm X-T4 ES full-spectrum IR camera. Since then, I’ve published seven infrared Film Simulation Recipes for the X-T4 ES, which can also be used on full-spectrum converted X-Trans IV (except the X-T3 & X-T30) and X-Trans V cameras. You must have a full-spectrum model to use these Recipes, which requires an expensive and invasive procedure from a third-party vendor; otherwise, the X-T4 ES (“Extended Spectrum”) is a full-spectrum camera briefly offered by Fujifilm to the general public (it’s very difficult to find, but in my opinion totally worth owning). If you have a “normal” (non-converted) camera, these Recipes will not work.

One camera that people have commonly converted (as common as it gets, anyway) is the Fujifilm X-T3. While the X-T3 is X-Trans IV, it has JPEG options more similar to X-Trans III—it’s missing some that are available on later X-Trans IV models. Because of this, my seven infrared Recipes won’t work on a full-spectrum converted X-T3 or X-T30. Dan Allan has a full-spectrum X-T3, and he really wanted to use my Aerochrome v2 Recipe, so he modified it to be compatible with his camera. It’s not 100% the same, but pretty close, and quite nice. Those with a full-spectrum converted X-T3 or X-T30 can now join the infrared Recipe fun!

Above Left: Original Fujifilm X-T4 ES Aerochrome v2 Recipe; Above Right: This new Aerochrome v2 Recipe for the X-T3/X-T30.

Dan was kind to share his modification with me (and all of you), and also allowed me to publish his wonderful photos in this article, which you’ll find below (thank you, Dan!). If you have an X-Trans III full-spectrum model, this Recipe will work by ignoring Color Chrome Effect, but it will render a little different (feel free to try, though). If you have a Fujifilm X-T4 ES—or an X-Trans IV (other than the X-T3 & X-T30) or X-Trans V camera that has been full-spectrum modified—this Recipe will work by choosing Grain size Small, Color Chrome FX Blue set to Off, and Clarity set to 0. Depending on your preferences, you might actually like this version a bit better. The blue sky is the most obvious difference (interestingly, it seems slightly less divergent in Dan’s pictures than in the set above), but there are other more subtle variances; however, the overall vibe is the same between the original Aerochrome V2 Recipe and the new version. This Recipe requires three filters: Kolari Vision IR Chrome filterHoya G(XO) Yellow-Green filter and Tiffen Yellow 2 #8 filter. The IR Chrome filter is intended for infrared photography, while the Yellow-Green and Yellow filters are for B&W film. I’m not sure if the order matters, but I have the Yellow filter first (closest to the lens), the IR Chrome next, and the Yellow-Green last (furthest from the lens).

Edit: Dan informed me that he has the IR Chrome filter first (closest to the lens), followed by the G(XO), and then the Yellow 2 #8 (furthest from the lens). He isn’t sure if the order matters, but it might. He also wanted to mention that his conversion was with Kolari, with their anti-reflection glass, which might have a minimal impact on the outcome vs the X-T4 ES.

Filters: Kolari Vision IR Chrome, Hoya G(XO) Yellow-Green & Tiffen Yellow 2 #8
Film Simulation: Velvia
Dynamic Range: DR400
Grain Effect: Strong
Color Chrome Effect: Strong
White Balance: 5000K, +7 Red & +7 Blue
Highlight: +2
Shadow: 0
Color: +4
Sharpness: 0

High ISO NR: -4
ISO: Auto, up to ISO 6400
Exposure Compensation: 0 to +2/3 (typically)

Example photographs, all camera-made JPEGs captured by Dan Allen using this Aerochrome v2 Film Simulation Recipe on his full-spectrum converted Fujifilm X-T3:

Full-Spectrum Fujifilm X-T3 & Aerochrome v2 Recipe — Photo by Dan Allen
Full-Spectrum Fujifilm X-T3 & Aerochrome v2 Recipe — Photo by Dan Allen
Full-Spectrum Fujifilm X-T3 & Aerochrome v2 Recipe — Photo by Dan Allen
Full-Spectrum Fujifilm X-T3 & Aerochrome v2 Recipe — Photo by Dan Allen
Full-Spectrum Fujifilm X-T3 & Aerochrome v2 Recipe — Photo by Dan Allen
Full-Spectrum Fujifilm X-T3 & Aerochrome v2 Recipe — Photo by Dan Allen
Full-Spectrum Fujifilm X-T3 & Aerochrome v2 Recipe — Photo by Dan Allen
Full-Spectrum Fujifilm X-T3 & Aerochrome v2 Recipe — Photo by Dan Allen
Full-Spectrum Fujifilm X-T3 & Aerochrome v2 Recipe — Photo by Dan Allen
Full-Spectrum Fujifilm X-T3 & Aerochrome v2 Recipe — Photo by Dan Allen
Full-Spectrum Fujifilm X-T3 & Aerochrome v2 Recipe — Photo by Dan Allen
Full-Spectrum Fujifilm X-T3 & Aerochrome v2 Recipe — Photo by Dan Allen
Full-Spectrum Fujifilm X-T3 & Aerochrome v2 Recipe — Photo by Dan Allen
Full-Spectrum Fujifilm X-T3 & Aerochrome v2 Recipe — Photo by Dan Allen
Full-Spectrum Fujifilm X-T3 & Aerochrome v2 Recipe — Photo by Dan Allen
Full-Spectrum Fujifilm X-T3 & Aerochrome v2 Recipe — Photo by Dan Allen
Full-Spectrum Fujifilm X-T3 & Aerochrome v2 Recipe — Photo by Dan Allen
Full-Spectrum Fujifilm X-T3 & Aerochrome v2 Recipe — Photo by Dan Allen
Full-Spectrum Fujifilm X-T3 & Aerochrome v2 Recipe — Photo by Dan Allen
Full-Spectrum Fujifilm X-T3 & Aerochrome v2 Recipe — Photo by Dan Allen

Find this Aerochrome v2 and other IR Recipes in the Fuji X Weekly App, available for both Android and Apple.

See also:
10 Frames: Infrared in the Desert — White Sands National Park with Aerochrome v2
Philadelphia in Aerochrome — Infrared Photography in the City of Brotherly Love

Kodak T-Max 100 Soft Tone — A Film Simulation Recipe for Fujifilm X-Trans IV & X-Trans V Cameras (Part 2)

Fujifilm X100VI – Kodak T-Max 100 Soft Tone – Photo by Ritchie Roesch

Part 1 — Kodak T-Max 100 Hard Tone

Dan Allen, who created this Film Simulation Recipe after shooting with Kodak T-Max 100 film and his Fujifilm X-T5 side-by-side, noticed that there are a lot of subtle variances in the film. Even within the same roll, there can be small differences from frame-to-frame, and one Recipe can’t mimic them all; however, instead of creating five or six different versions of a Kodak T-Max 100 Recipe, Dan made two that were “close enough” to the emulsion to be convincing: Kodak T-Max 100 Hard Tone and Kodak T-Max 100 Soft Tone.

The “Hard Tone” version has a little more contrast, with brighter highlights and deeper shadows, and this Kodak T-Max 100 Soft Tone Recipe has less contrast, with softer highlights and lifted shadows. The difference between the two isn’t huge, nor should it be. And it is perfectly alright to customize them further—”season to taste”—by making small adjustments to Highlight, Shadow, etc., especially since the variances cannot be fully mimicked by just two Recipes. You might try using the Highlight setting from one version with the Shadow setting of the other—or just use them as they are, and appreciate the excellent results.

Above photos by Dan Allen. Left: Kodak T-Max 100 Film / Right: Fujifilm X-T5 & Kodak T-Max 100 Soft Tone Recipe

This Film Simulation Recipe is fully compatible (as of this writing) with the Fujifilm X-T4, X-S10, X-E4, X-T30 II, X-H2s, X-H2, X-T5, X-S20, X100VI, and X-T50 cameras. Presumably it will also be compatible with the camera that Fujifilm is about to announce (rumored to be the X-M5). You can also use this Recipe on the latest GFX models, although it will likely render slightly differently (try it anyway).

Film Simulation: Monochrome+G
Monochromatic Color (Toning): WC 0 & MG 0 (Off)
Grain Effect: Weak, Large
Color Chrome Effect: Off
Color Chrome FX Blue: Off
White Balance: Daylight, -6 Red & -3 Blue
Dynamic Range: DR200
Highlight: -0.5
Shadow: +1.5
Sharpness: -1

High ISO NR: -4
Clarity: -1
ISO: up to ISO 6400
Exposure Compensation: -2/3 to +2/3 (typically)

Example photographs, all camera-made JPEGs using this Kodak T-Max 100 Soft Tone Film Simulation Recipe using a Fujifilm X-T5 and X100VI:

Fujifilm X-T5 – Kodak T-Max 100 Soft Tone – Photo by Dan Allen
Fujifilm X-T5 – Kodak T-Max 100 Soft Tone – Photo by Dan Allen
Fujifilm X-T5 – Kodak T-Max 100 Soft Tone – Photo by Dan Allen
Fujifilm X-T5 – Kodak T-Max 100 Soft Tone – Photo by Dan Allen
Fujifilm X-T5 – Kodak T-Max 100 Soft Tone – Photo by Dan Allen
Fujifilm X-T5 – Kodak T-Max 100 Soft Tone – Photo by Dan Allen
Fujifilm X-T5 – Kodak T-Max 100 Soft Tone – Photo by Dan Allen
Fujifilm X100VI – Kodak T-Max 100 Soft Tone – Photo by Ritchie Roesch
Fujifilm X100VI – Kodak T-Max 100 Soft Tone – Photo by Joy Roesch
Fujifilm X100VI – Kodak T-Max 100 Soft Tone – Photo by Joy Roesch
Fujifilm X100VI – Kodak T-Max 100 Soft Tone – Photo by Ritchie Roesch
Fujifilm X100VI – Kodak T-Max 100 Soft Tone – Photo by Jonathan Roesch
Fujifilm X100VI – Kodak T-Max 100 Soft Tone – Photo by Ritchie Roesch
Fujifilm X100VI – Kodak T-Max 100 Soft Tone – Photo by Jonathan Roesch
Fujifilm X100VI – Kodak T-Max 100 Soft Tone – Photo by Jonathan Roesch
Fujifilm X100VI – Kodak T-Max 100 Soft Tone – Photo by Jonathan Roesch
Fujifilm X100VI – Kodak T-Max 100 Soft Tone – Photo by Jonathan Roesch
Fujifilm X100VI – Kodak T-Max 100 Soft Tone – Photo by Ritchie Roesch
Fujifilm X-T5 – Kodak T-Max 100 Soft Tone – Photo by Dan Allen

Comparison:

Left: Kodak T-Max 100 Hard Tone / Right: Kodak T-Max 100 Soft Tone

Find this Film Simulation Recipe and over 350 more on the Fuji X Weekly App! Consider becoming a Patron subscriber to unlock the best App experience and to support Fuji X Weekly.

Part 1

See also: Shooting Fujifilm Instax with a 108-year-old Kodak camera

This post contains affiliate links, and if you make a purchase using my links I’ll be compensated a small amount for it.

Fujifilm X-T5 in black:
AmazonB&HMomentWexNuzira
Fujifilm X-T5 in silver:
AmazonB&HMomentWexNuzira
Fujifilm X100VI in black:
AmazonB&HMomentWexNuzira
Fujifilm X100VI in silver:
AmazonB&HMomentWexNuzira

Kodak T-Max 100 Hard Tone — A Film Simulation Recipe for Fujifilm X-Trans IV & X-Trans V Cameras (Part 1)

Fujifilm X100VI – Kodak T-Max 100 Hard Tone – Photo by Joy Roesch

Kodak introduced T-Max 100 and T-Max 400 in 1986, and T-Max P3200 two years later. It was touted as a fine-grained, sharp and detail-rich black-and-white negative film. Interestingly, ever since T-Max was released, there has been a divide in the photographic community around this emulsion: people either loved it or hated it. Those who loved it tended to not like Tri-X, and those who hated it tended to love Tri-X; you were likely in one camp or the other. Tri-X was more gritty, dramatic and versatile, while T-Max was softer, cleaner, and more finicky. All-in-all, you are not likely to spot huge differences between the two as a casual observer, but those who regularly shot with these films could easily distinguish the nuances.

This particular Film Simulation Recipe, called Kodak T-Max 100 Hard Tone, was created by Dan Allen after shooting some rolls of Kodak T-Max 100 film side-by-side with his Fujifilm X-T5. He did his best to match the X-T5 photos to the T-Max frames. This was not an easy task, and took a lot of adjustments and refinements. Dan spent a lot of time and effort on this. He discovered that it would take a handful of versions of the Recipe to replicate all of the variances that can be found even within the same roll, and ultimately determined that one Recipe cannot mimic them all. His solution was to create two versions—one with a higher contrast and one with a lower contrast—that are “close enough” to be acceptable facsimiles for most of the variabilities.

Above photos by Dan Allen. Left: Kodak T-Max 100 Film / Right: Fujifilm X-T5 & Kodak T-Max 100 Hard Tone Recipe

Even though this Recipe does a pretty darn good job of replicating Kodak T-Max 100, it is always ok to “season to taste” the settings. Don’t be afraid to increase or decrease Highlight and Shadow, for example. There are a lot of factors that can determine the exact aesthetic of the film, so some small tweaks might be necessary to get it precisely as you want it. Or, just leave them as Dan created, and enjoy the lovely results.

This Film Simulation Recipe is fully compatible (as of this writing) with the Fujifilm X-T4, X-S10, X-E4, X-T30 II, X-H2s, X-H2, X-T5, X-S20, X100VI, and X-T50 cameras. Presumably it will also be compatible with the camera that Fujifilm is about to announce (rumored to be the X-M5). You can also use this Recipe on the latest GFX models, although it will likely render slightly differently (try it anyway).

Fujifilm X-T5 – Kodak T-Max 100 Hard Tone – Photo by Dan Allen

Dan Allen is no stranger to Fuji X Weekly. You might recall that he invented the Kentmere Pan 400 Film Simulation Recipe, and had a helping hand in the Vintage BronzeIlford FP4 Plus 125, and Ektachrome E100 Recipes. He also wrote the fascinating article Shooting Fujifilm Instax with a 108-year-old Kodak camera. Part two of this Recipe series will be coming soon, so be on the lookout for that.

Film Simulation: Monochrome+G
Monochromatic Color (Toning): WC 0 & MG 0 (Off)
Grain Effect: Weak, Large
Color Chrome Effect: Off
Color Chrome FX Blue: Off
White Balance: Daylight, -6 Red & -3 Blue
Dynamic Range: DR200
Highlight: +0.5
Shadow: +2.5
Sharpness: -1

High ISO NR: -4
Clarity: -1
ISO: up to ISO 6400
Exposure Compensation: -2/3 to +2/3 (typically)

Example photographs, all camera-made JPEGs using this Kodak T-Max 100 Hard Tone Film Simulation Recipe using a Fujifilm X-T5 and X100VI:

Fujifilm X-T5 – Kodak T-Max 100 Hard Tone – Photo by Dan Allen
Fujifilm X-T5 – Kodak T-Max 100 Hard Tone – Photo by Dan Allen
Fujifilm X100VI – Kodak T-Max 100 Hard Tone – Photo by Jonathan Roesch
Fujifilm X100VI – Kodak T-Max 100 Hard Tone – Photo by Jonathan Roesch
Fujifilm X100VI – Kodak T-Max 100 Hard Tone – Photo by Ritchie Roesch
Fujifilm X100VI – Kodak T-Max 100 Hard Tone – Photo by Ritchie Roesch
Fujifilm X100VI – Kodak T-Max 100 Hard Tone – Photo by Joy Roesch
Fujifilm X-T5 – Kodak T-Max 100 Hard Tone – Photo by Dan Allen
Fujifilm X-T5 – Kodak T-Max 100 Hard Tone – Photo by Dan Allen
Fujifilm X-T5 – Kodak T-Max 100 Hard Tone – Photo by Dan Allen
Fujifilm X-T5 – Kodak T-Max 100 Hard Tone – Photo by Dan Allen
Fujifilm X-T5 – Kodak T-Max 100 Hard Tone – Photo by Dan Allen
Fujifilm X-T5 – Kodak T-Max 100 Hard Tone – Photo by Dan Allen
Fujifilm X100VI – Kodak T-Max 100 Hard Tone – Photo by Jonathan Roesch
Fujifilm X100VI – Kodak T-Max 100 Hard Tone – Photo by Joy Roesch
Fujifilm X100VI – Kodak T-Max 100 Hard Tone – Photo by Ritchie Roesch

Find this Film Simulation Recipe and over 350 more on the Fuji X Weekly App! Consider becoming a Patron subscriber to unlock the best App experience and to support Fuji X Weekly.

Part 2 — Kodak T-Max 100 Soft Tone

This post contains affiliate links, and if you make a purchase using my links I’ll be compensated a small amount for it.

Fujifilm X-T5 in black:
AmazonB&HMomentWexNuzira
Fujifilm X-T5 in silver:
AmazonB&HMomentWexNuzira
Fujifilm X100VI in black:
AmazonB&HMomentWexNuzira
Fujifilm X100VI in silver:
AmazonB&HMomentWexNuzira

Shooting Fujifilm Instax with a 108-year-old Kodak camera

Photo by Dan Allen.

The below article is by Dan Allen. You might recall that Dan invented the Kentmere Pan 400 Film Simulation Recipe (and more coming soon), and had a helping hand in the Vintage Bronze, Ilford FP4 Plus 125, and Ektachrome E100 Recipes.

What I love about Dan’s project is that it repurposes beautiful antique cameras with modern instant film, and even incorporates Fujifilm’s X-series. It’s a poetic melting pot of old and new to create fascinating art that is simultaneously vintage and modern.

I know that you are going to appreciate this post, and perhaps even be inspired to try it for yourself. Thank you, Dan, for sharing your project with usit is such an honor to publish this story!

Take it away, Dan!

Photo by Dan Allen.

I grew up in the golden age of film photography. I was a kid during the 1980’s, and lived in Rochester, New York—the home of Kodak. Film photography and cameras were interwoven into the very fabric of our local culture. Everyone in our city had at least one or two family members that worked for the big yellow box. At its peak, Kodak employed more than 60,000 people locally. We were the center of the photographic universe. What could possibly go wrong?

Enter Fujifilm.

In the 1980’s, Fuji became a direct competitor to Kodak in the U.S. film market. They slowly cut into Kodak’s market share, and in my eyes as a kid, they were the enemy. It was a mortal sin to even think about shooting a roll of Fuji’s film. Given the title of this post, I think you can see where I am going with this.

My interest in creative photography started as a young kid and continued through high school, where I first learned how to develop film and make a print in the darkroom. Cameras took a backseat as I focused on college, then a career in engineering, and started a family. Basically, photography stopped after graduating high school. Fast forward to Covid-19 lockdowns, which is when I discovered Ritchie’s Fuji X Weekly website. I was enamored with his Kodachrome 64 Film Simulation Recipe. I couldn’t believe those Kodak looking pictures were produced on a modern (yet retro looking) Fujifilm digital camera. It made all of those photographic childhood memories come rushing back. Soon after, I bought my first Fujifilm: an X-T3.

Photos by Dan Allen.

I quickly became a Fuji X Weekly film sim junkie, trying out each possible combination my camera could handle. The Kodak-based recipes were my favorite, though. At some point, I realized it was possible for Kodak and Fujifilm to be in the same room together!

In 2022, I decided to pick up the only working film camera I owned, a Canon Rebel with a nifty-fifty. I shot a roll of Kodak Ultramax and brought it to the local film lab. The circle of photography was now complete—I was right back where I left off, and it felt like home. From this point forward, I adopted a mixed photographic workflow, often carrying one film camera and one Fujifilm digital. I liked the convenience of Ritchie’s “no edit” Recipes, but I also enjoyed the unique challenges inherent to the analog film photography I grew up with. It was truly the best of both worlds.

As most photographers do, I caught a bad case of Gear Acquisition Syndrome (G.A.S.). I started buying vintage film cameras from thrift stores and yard sales. The older Kodak cameras from the early 1900s really caught my eye, especially the ones that were made right here in Rochester.

Twenty or so film cameras later, I stumbled across a 1916 Kodak Vest Pocket Autographic for $40. This was known as the “Soldier’s Kodak” during World War I, and was marketed to troops going overseas to document their trip. It really was a pocketable camera, not much bigger than a deck of playing cards. It was the Fujifilm X70 of the early 1900’s!

Photo by Dan Allen.

The Vest Pocket Autographic takes 127 roll film, which Kokak introduced in 1912 and manufactured until 1995. The negative size is roughly 44mm x 66mm, and is quite a bit bigger than a 24mm x 36mm negative from a full-frame 35mm camera. When the Vest Pocket arrived I gave it a good cleaning, and was able to get the shutter to fire. It has speeds of 1/25 and 1/50, and an apertures marked with 1, 2, 3, and 4—these aperture values equate to f/11, f/16, f/22, and f/32. It has a unique design, as the lens is mounted behind the shutter and aperture. This protected the lens from scratches; the optics on mine were in great shape. Everything on the camera appeared to be fully functional. All I needed now was some 127 film!

There are a few places that make 127 film by cutting down modern 120 film. I was able to find ReraPan 400 in 127 size from B&H Photo and placed an order. While I was waiting for the 127 film to be delivered, I happened to look at a few Fuji Instax Mini prints sitting on my desk. I thought, Hey, that looks like it would fit perfectly inside the Kodak Vest Pocket Autographic! Sure enough, it was almost a perfect match at 46mm x 62mm. The light bulbs were going off in my head. Could I really shoot Fujifilm Instax film in a 108 year old Kodak camera? Spoiler alert. YES!

I went outside and made my first test shot and it turned out great. The exposure was spot on, and the image looked to be in focus. Somehow this kid from the 1980’s that grew up in Kodakville had resurrected an 108-year-old World War I Kodak camera using modern Fujifilm Instax film. I wonder what George Eastman would think of this combination?

I bet you are wondering… can I shoot Instax in my grandpa’s old camera? Keep reading and I will detail the technical process below.

Photos by Dan Allen.

I must warn you, though: if you continue reading, you may find yourself going down a photographic rabbit hole from which there is no returning. The fact is that you can shoot Instax film in almost any vintage camera, so long as it fits in the back, and the camera doesn’t have a focal plane shutter that moves near where the film is (think Canon AE-1). I’m afraid that you may damage the shutter if the Instax print were to come in contact with any moving part of the camera; however, most rangefinder, folding, and TLR style cameras with a leaf shutter inside the lens should work fine.

This process requires two things: a film changing dark bag that you can buy for $30 or less, and an analog Fujifilm Instax camera, such as the Instax Mini 12 or similar model. Here is a general outline of how it works:

  • Test fit a sheet of Instax Mini, Square, or Wide film in your vintage film camera to see which size works best. Instax Mini is the size that fits into the Kodak Vest Pocket Autographic.
  • Load a fresh pack of film into your analog Instax camera. Note: any of the Instax cameras that have a “digital” image component like the Mini Evo will not work.
  • Fire the shutter to eject the dark slide from the Instax film pack.
  • Place both the vintage camera and analog Instax camera into the film changing dark bag, and zip it shut so it’s light tight. Don’t forget to remove any smart watches that could possibly light up and expose the film.
  • Stick your hands inside the film changing dark bag and open the back cover of the Instax camera. Be very careful to avoid turning on the Instax camera by accident. Some of them have lights which could expose the film.
  • Remove the Instax film cartridge pack. Slide one sheet out, then put the cartridge back in the Instax camera and close the back door.
  • Open the vintage film camera and insert the single Instax sheet and align it where the film would normally get exposed. Remember, Instax film exposes from the back not the front, so you have to face the dark back of the Instax sheet towards what you want to photograph. If the Instax sheet is loose or has a big size difference, you may need to tape it in place, or make a mask out of construction paper so that you can tape the Instax sheet to it. You do not want the Instax sheet sliding around inside the camera.
  • Close up the vintage film camera and remove it from the film changing dark bag.

Instax film has an ISO speed of 800. When you expose your picture, you will need to take a light meter reading. If you don’t have a light meter, you can use an app on your smartphone, or even use your Fujifilm camera with the ISO dial set to 800. Once you get your light meter reading, if the shutter speed is faster than the maximum shutter speed of your camera, you may need to use an ND filter to reduce the light. When I used the Vest Pocket Autographic camera, I needed to hold a 3 stop ND filter over the lens in bright sun.

Photos by Dan Allen.

Once you have exposed your Instax sheet:

  • Put the vintage camera and Instax camera back in the film changing dark bag and zip it up so it is light tight again.
  • Remove the Instax sheet from your film camera and set it aside.
  • Open the back of the Instax camera and remove the film cartridge.
  • Insert the exposed Instax sheet into the film cartridge, then put the cartridge back into the Instax camera and close the back door. For this to work, you must put the exposed frame back into the film cartridge, and it must be in the same way that it was removed, and as the first sheet.
  • Remove both cameras from the dark bag.
  • Fire the shutter on the Instax camera with your hand or something else dark to cover the lens. Instax film starts the development process when it is ejected from the camera.

The first time I tried this, I wasted a few frames of Instax film on purpose by pulling out the cartridge in daylight when I had about three shots left. This let me practice the entire procedure in the light where I could see what I was doing. It is not difficult to do, but remember: once it is inside the film changing dark bag, you will be doing the entire process by feel only, so it is best to practice several times with some ruined sheets in daylight, until you get the hang of it.

Photos by Dan Allen.

If you made it this far, you are officially a camera nerd. Now go out and shoot some Instax film in a vintage camera! Feel free to reach out to me on Instagram with questions at @dan.allen.photo. I use my Fujifilm X-T5 with a Fujinon 30mm Macro lens to digitally “scan” the Instax prints, which really makes it all come full circle.

A special thanks to Ritchie at Fuji X Weekly for inspiring me to get my first Fujifilm camera, and introducing me to the amazing Film Simulation Recipe community.

P.S. This Instax film process works with homemade pinhole cameras too!

Kentmere Pan 400 — Fujifilm X100V (X-Trans IV & V) Film Simulation Recipe

Cash for your Scrap – Buckeye, AZ – Fujifilm X100V – Kentmere Pan 400 – Photo by Jon Roesch

Even though Kentmere Pan 400 is a fairly new film, the history of it is a bit grey (pun intended). Harman Technologies is the parent company of both Ilford and Kentmere; prior to the Harman purchase, Kentmere did not produce any photographic films (they did make photo paper), so it would seem that Kentmere 400, which was introduced in 2009, is essentially an Ilford emulsion. Sometime a few years ago “Pan” was added to the name, although it is unclear if the emulsion was modified, or if it stayed the same and the name change was only marketing.

Kentmere Pan 400 is a low-budget black-and-white negative film marketed towards photography students. Harman has stated that Kentmere Pan 400 is similar to Ilford HP5 Plus 400, and the reason that they can sell it for cheaper is that it contains less silver. For this reason some people have speculated that it is simply HP5 Plus with less silver; however, Ilford also makes a Pan 400 film, and so some others have speculated that Kentmere Pan 400 is actually Ilford Pan 400 with less silver. Oh, and then there’s AgfaPhoto APX 400 (2013 and onward, anyway), which apparently is the same emulsion as Kentmere Pan 400, and possibly even Rollei RPX 400. It’s hard to know exactly what the truth is, other than Kentmere Pan 400 is a cheap B&W film made by Ilford, who has produced many excellent B&W films for a long time.

This Film Simulation Recipe was developed by Dan Allen. He shot a few rolls of Kentmere Pan 400 film, and during that time also shot a bunch of frames side-by-side with his Fujifilm X-Pro3. Using X RAW Studio, he fiddled with the Fujifilm files until they closely matched the Kentmere scans. One film can produce many different looks—depending on a host of factors, including how shot, developed, and printed and/or scanned—and even within this experiment, Dan discovered that there were some variances; these settings aim at the middle ground of those results. For many pictures, this Recipe is strikingly similar to the film, and you can tell that he put a lot of work and care into creating it. Thank you, Dan!

Lockers – Phoenix, AZ – Fujifilm X100V – Kentmere Pan 400

This Kentmere Pan 400 Film Simulation Recipe is compatible with all X-Trans IV cameras—except the X-T3 and X-T30—and all X-Trans V cameras: the Fujifilm X-Pro3, X100V, X-T4, X-S10, X-E4, X-T30 II, X-H2s, X-H2, X-T5, X-S20, and X100VI (as of this writing). I’m sure you can also use it on newer GFX models, although it might render very slightly different (try it anyway). Because Kentmere Pan 400 film is intended for student photographers, I had my 14-year-old son, Jonathan, use this Recipe—half of the pictures in this article are his.

Film Simulation: Acros+G
Monochromatic Color (Toning): Off (WC 0 & MG 0)
Grain Effect: Strong, Large
Color Chrome Effect: Off
Color Chrome FX Blue: Off
White Balance: Auto, +7 Red & +6 Blue
Dynamic Range: DR-Auto
Highlight: +1
Shadow: +1
Sharpness: +3

High ISO NR: -4
Clarity: +1
ISO: up to ISO 12800
Exposure Compensation: 0 to +2/3 (typically)

Example photographs, all camera-made JPEGs using this Kentmere Pan 400 Film Simulation Recipe on my Fujifilm X100V:

Rentals – Buckeye, AZ – Fujifilm X100V – Photo by Jon Roesch
Street Lamp – Buckeye, AZ – Fujifilm X100V – Photo by Jon Roesch
Power Pole & Street Light – Buckeye, AZ – Fujifilm X100V – Photo by Jon Roesch
Slug Bug – Buckeye, AZ – Fujifilm X100V – Photo by Jon Roesch
Crushed Monster – Buckeye, AZ – Fujifilm X100V – Photo by Jon Roesch
Back Alley – Buckeye, AZ – Fujifilm X100V – Photo by Jon Roesch
Dark Parking Garage – Phoenix, AZ – Fujifilm X100V
I C – Buckeye, AZ – Fujifilm X100V – Photo by Jon Roesch
Roadrunner – Buckeye, AZ – Fujifilm X100V – Photo by Jon Roesch
Table & Chair – Buckeye, AZ – Fujifilm X100V
FED 5c & Yosemite – Buckeye, AZ – Fujifilm X100V
Snowman – Buckeye, AZ – Fujifilm X100V – Photo by Jon Roesch
Nicolas in a Window – Phoenix, AZ – Fujifilm X100V
White Flower – Buckeye, AZ – Fujifilm X100V
Courtyard – Phoenix, AZ – Fujifilm X100V
Education Building – Phoenix, AZ – Fujifilm X100V
Twin Palms & Building Corner – Phoenix, AZ – Fujifilm X100V
Two Palms, One Shadow – Phoenix, AZ – Fujifilm X100V

See also: How To Add Film Simulation Recipes To Your Fujifilm Camera

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