Leica I

My Leica I camera

I purchased the Leica I camera and accessories around 6 years ago when I saw a local ad of someone wanting to sell off a recently departed family member's old cameras. I responded to the ad, and for some reason, the person liked my passion for cameras and photography, so when I heard that the camera they had from a grandparent was a Leica, it piqued my interest. They had mentioned that the camera was in good shape and had some accessories in a case; I told them I was interested in seeing what they had.

 I try not to get into situations where you meet someone with some valuable equipment at a random location, so for safety reasons for both parties, we met at a local police station, which was agreeable to both. When they pulled out the case and I saw it was an early Leica, my heart fluttered a bit. 

My Leica I outfit

 Pulling the camera from the case, I found it in excellent condition and working. All the shutter speeds sounded accurate to the ear, and the rangefinder and extra film cassette were in the metal container and within the case, too. The owner wanted to be sure the camera was going to a good home and not just being sold. I reassured the person that I planned on keeping the camera and shooting with it, which they loved.

 Since adding the Leica I to my collection, I've made a point to keep it in top condition. Every now and then, I take it out and give the shutter a few test clicks to ensure it's in good working order. However, due to my busy schedule, I hadn't had the chance to load a roll of film and actually use the camera until recently.

 I wanted to write about the Leica 1 for my blog about a month ago.  I took the camera out and started to put a roll of film into the camera to shoot with it, and the shutter jammed. What bad luck! I called my friend Allen Wade at CameraWerks in NY, who always does a terrific job servicing my cameras and lenses. I sent the Leica 1 along with a few other items to him to get serviced. About a month later, I received the cameras back from him, and they were in fabulous condition. At this point, I put a fresh roll of film into the camera to see how the camera worked so I could write about it.

The Company:

Oskar Barnack was a German optical engineer who revolutionized photography by inventing the first practical 35mm camera, the Leica I. Born in 1879, Barnack initially worked in the optical industry, eventually joining Ernst Leitz Optische Werke, a German company specializing in microscopes and optical instruments. His pioneering work in miniaturizing cameras led to the creation of the Leica, which forever changed the way photographs were taken.

Ad for Leica 1

 Before Barnack's innovation, photography relied on bulky, cumbersome cameras that used large-format glass plates or film sheets. These devices were difficult to transport and required long exposure times, limiting their usability. An enthusiastic amateur photographer, Barnack sought to develop a more compact and convenient camera system that would still produce high-quality images. He turned to 35mm cinema film, which was already used in the motion picture industry, and repurposed it for still photography. He aimed to create a small, lightweight camera that could capture multiple images on a single roll of film.

 Around 1913-1914, Barnack developed a prototype of what would later become the Leica (short for "Leitz Camera"). This early model, known as the "Ur-Leica," used perforated 35mm film and a horizontal transport mechanism. The key innovation was that the film was advanced in small increments, allowing multiple exposures on a roll rather than requiring a single frame per exposure. Barnack also incorporated a focal-plane shutter, providing precise control over exposure times.

 The outbreak of World War I delayed the commercialization of the Leica. Still, in 1924, Ernst Leitz II, head of the Leitz company, decided to move forward with production. The Leica I was officially introduced at the Leipzig Spring Fair in 1925, marking the beginning of the 35mm camera revolution. The camera instantly succeeded due to its portability, superior image quality, and innovative design.

 Leica cameras quickly became popular among professional and amateur photographers, particularly in journalism and street photography. Their ability to take quick, candid shots without cumbersome equipment made Leica the camera of choice for legendary photographers like Henri Cartier-Bresson and Robert Capa.

 Over the decades, Leica continued to innovate, introducing models such as the Leica II (1932) with interchangeable lenses and the Leica M series (1954), which refined the rangefinder design. The company also played a crucial role in developing optical advancements, such as high-quality lenses like the Summicron and Noctilux.

 Today, Leica remains an iconic brand known for its precision engineering and commitment to craftsmanship. Oskar Barnack's vision laid the foundation for modern photography, and his pioneering work continues to influence camera design and photographic culture worldwide.

My Camera:

The first thing I noticed when I started to use the Leica I was how compact the camera is. When the lens is retracted, the camera is one you can put into your coat pocket to have handy when traveling or just for everyday use. The camera is 5.25" wide by 2.5" tall, including the winding knobs and viewfinder, by 1 5/8" deep when the lens is retracted and 2.5" deep when the lens is extended. My Leica 1 weighs just under 1 lb. and comes in at 15.6 oz without film loaded into the camera. The serial number on my camera is 19569, which, according to the lists online, the camera was made in 1929, along with a bit over 8,000 made that year. The Leica 1 cameras were made between 1926 and 1931 and were popular, producing approximately 70,000 cameras during that time. My camera comes with a Leitz Elmar 50mm f3.5 lens, and I've looked everywhere but do not see a serial number on the lens. This could be because the camera didn't have interchangeable lenses, and the serial number for the camera was enough.

The early Leica is different from the later models as the rangefinder is separate and needs to be attached to the accessory shoe for the photographer to achieve fine focus on the subject. Once the photographer uses the rangefinder, they need to transfer the focus distance shown on the rangefinder to the lens focus before taking the photo, so the process is longer and more tedious. The viewfinder on the top is for composition purposes only.

 Also, the lens needs to be extended from the camera body and "locked" into position by turning the lens clockwise until you feel the lens cannot be turned anymore. Now you're in the "taking" position of the lens. To retract the lens for transportation or to put it away, turn it counterclockwise, press it back into the body, and put the lens cap on so you don't damage the optics. The lens on the Leica 1 isn't interchangeable due to a pin at the 11:00 position on the camera body, which prevents the lens from being unscrewed from the camera body. The pin also limits the lens's ability to focus only from the minimum focus distance of 1.5 feet to infinity. Unscrewing the pin will remove the lens from the body for servicing or cleaning if needed.

Also on top of the camera is the shutter speed dial with speeds of 1/500, 1/200, 1/100, 1/60, 1/40, 1/30, 1/20, and "Z" for timed exposures. You must lift and turn the dial to change the shutter speed. Still, it's always recommended to do so after you cock the shutter, which is done by winding the film advance lever until it stops. The shutter release is next to the film advance lever and just behind the switch for film advance, which is in the "A" position, flipping it to "R" for film rewind.

Loading the film on a Leica is different than what people are now used to when they load a 35mm camera. The back on early Leica's and rangefinder cameras do not swing open. You must remove the base plate by turning a switch on the bottom to the "open" position, then pull the baseplate off the camera. You can take out the film's take-up spool, which you can grab and pull out. The easiest way to load the camera is to put the film leader into the take-up spool, then pull a bit of the film leader out so you can slide the film cassette and take-up spool into the camera body at once. Push the cassette and take the spool into position, ensuring the film is behind the shutter. Put back on the baseplate and turn the switch to "locked." 

Before I wind to the first frame, I always take up the slack by turning the rewind knob a bit, so when I do wind to the first frame, I watch the rewind knob turn so I know the film is transporting across the shutter. Set the frame counter to 1, which is around the film advance knob and can be moved by two pegs on either side of the knob. Double-check to ensure the film advance switch is in the "A" position and wind to your first frame.

 Now that I have the camera loaded with film, I'm going to take a stroll through the neighborhood and see how it performs.

My Results.

After attaching the rangefinder to the camera, I wanted to get the whole experience of what it was like to photograph with the Leica I, as people did almost 100 years ago. I also have my trusty Sekonic L-308X-U around my neck for accurate metering; I went walking through the neighborhood, focusing on the subject, then transferring from what the rangefinder said the focus. Using the meter to get proper meter readings and setting both the shutter and aperture to the meter settings. I really took my time taking photos with this camera.

 Here are a few of the different images I took with the early Leica I camera.

Conclusion:

I can see why people would have liked and wanted to use this camera almost 100 years ago. It's small, compact, and lightweight. The process of taking photos was slower. Still, it was fun compared to what they needed to do 100 years ago. As a photographer, taking your time, metering your subject, focusing on your subject, and composing the photo was fun. It's much different than what we have now with autofocus, automatic metering, and film advance.

I made a short video on the Leica 1 Camera, which shows the controls and loading the camera with film.

 I want to start using the Leica I regularly. It's quiet to shoot with, the lens is sharp, and it's small and compact. Overall, it's a great and fun camera.

 Thank you for taking a few minutes from your day to read about this old gem of a camera.

  I'll be taking next week off, as I'll be helping at a photo conference all week. I'll see you in a couple of weeks. Until then, please be safe.

Finetta 88 Camera

My Finetta 88 camera

The Finetta 88 camera caught my eye on a visit to London a year or so ago when I had about an hour during a walk down Portabello Road. I met with Juliano, the owner of Cameras London, who was still in the process of setting up. As I was looking over his extensive items on the multiple tables he has, I saw the grey body of the Finetta 88 camera. 

 If you are a camera enthusiast and can go to Portabello Road during the weekends, I highly recommend seeing Juliano. He has an incredible selection of older wood cameras with brass lenses and many of the more common 35mm point-and-shoot cameras that seem to be all the rage now.

 As I've mentioned a few times, I'm always drawn to the camera with either a different color or if there is something odd or unusual about the item. Not only is the Finetta that I saw covered in a gray covering on the camera, but the lens is somewhat off-center, giving the camera an "out of the ordinary" look. I put the Finetta 88 camera aside and looked over many other cameras I wanted to purchase. As we discussed the price, I picked up the Finetta again and added it to the few items I purchased that day, and I'm glad I did.

The Company

Finetta-Werk was a German camera manufacturer with roots tracing back to Kamerawerk Peter Saraber, a company founded by Peter Saraber in 1945 in Goslar, Germany. Saraber, a Dutch engineer, initially focused on producing precision optical equipment in the post-war era during heightened demand for affordable and efficient photographic devices. Saraber teamed up with a Voigtlander engineer, Helmet Finke, around 1947 to design and develop a new camera.

 "Finetta" was introduced in the late 1940s, marking the company's transition toward a more consumer-friendly image. The Finetta cameras, characterized by their simplicity, durability, and relatively low cost, appealed to post-war Europe's growing middle class. Early models, such as the Finetta 88, showcased Saraber's dedication to compactness and practicality, featuring a straightforward mechanism for capturing 35mm images, including a new two-leaf shutter system, which they applied for a patent. They also invented a new film advance system with double exposure prevention.

Ad for Finetta 88 camera taken from Mike Eckman website.

 By the 1950s, the company rebranded as Finetta-Werk and expanded its product lineup. The Finetta 99 was notable for its interchangeable lenses, which had a new three-prong lens mount and included a series of four different lenses. The lenses included a Colorfinar 70mm f/5.3, a Telec 90mm f/4.5, a wide-angle 35mm Berthiot lens, and the normal Finetar 45mm f2.8 lens. Along with the lenses, Finetta improved design quality, reflecting a shift toward competing with established brands like Kodak and Agfa. 

 Another interesting fact is that in 1954, Finetta started working with Jacques Bolesy of the Bolsey camera company to help with the design and production of their small, compact Bolsey 8 subminiature still and movie camera. Unfortunately, Finetta went out of business soon after and closed their factory in 1957.

 Finetta cameras were often praised for their ergonomic designs and mechanical reliability, offering a stepping stone for amateur photographers transitioning into more serious photographic endeavors.

My Camera:

My Finetta 88 camera is covered in an odd fabric. It has a herringbone-style pattern and is not the normal leather or leatherette covered in most cameras. It is more of a fabric material, but it does have a great feel to it, and I like the greyish color, which gives the camera an elegant appearance. 

 

The Finetta is 3" tall by 5 1/8" wide by 2.5" deep from the front of the lens to the back of the camera, and weighs 1lb, and .7 ozs, and comes with a Finetar 45mm f2.8 lens which has a three-prong bayonet. There is no locking mechanism on the lens mount, so you must be careful when focusing on the camera. If you turn the lens too far, the mount will start to move, and the lens will pop off, which is pretty small. The lens does "click" into place, but it can somewhat easily come off without the locking pin.

My lens focuses from 2.8 feet to infinity. It may focus closer as the lens rotates past the 2.8-foot mark on the lens. The aperture settings are on the inside of the focus ring. The camera doesn't have an internal focus system, so all the focus is guesswork, judging the distance, and setting focus. The aperture range is from f2.8 to f16 and is indicated by a small notch on the setting ring.

 With the lens removed, you can easily see the two-leaf shutter system. The camera only has a few different shutter speeds, ranging from 1/250, 1/100, 1/50, 1/25, and "B" for timed exposures. The shutter speeds are set on a very small and challenging knob next to the lens. 

One thing I noticed about the camera when I first picked it up and started to play with it was that things seemed backward from what I am used to. I'm used to filming advanced turning in a clockwise movement, but this camera goes counterclockwise. It's the same as taking the back off the camera to load the film. To open the back, you turn the knob on the bottom in a clockwise motion. The back is held onto the camera with none other than a bolt-style fastener which is held onto the camera with a larger circular nut that screws on to keep the back onto the camera body. To me, that is the motion to tighten, but on this camera, it's the motion to untighten and remove the back to load the film.

 When I removed the back from the camera, I noticed a couple of things right away. My Finetta 88 had a film cassette in the camera. I'm not 100% sure who makes this cassette. Still, it's very similar to the Leica cassettes in design, with two outer compartments and an inner spool. The cassette is also held into the camera with a locking lever that slides over the end of the cassette to keep it in place. The second item I noticed was a bright and shiny pressure plate over the shutter area to keep the film flat as it's transported across the chamber. The pressure plate needs to be lifted when loading the 35mm film. The third item noticed was a larger, thicker take-up spool on the camera's right side. This one is similar to what I wrote about with the Corfield Periflex camera. There is a slot to put the 35mm leader into, which is needed to load the camera.

A built-in, double exposure prevention system is within the camera's transport. Once you trip the shutter, under the take-up spool is a small piece of metal that pushes out and stays out until you wind the camera, which cocks the shutter and flattens that piece of metal, allowing you to take the next photo. I guess there's a pin that pushes out the metal piece, and when the film is advanced, it will enable the pin to fall back into place for the next photo.

On top of the camera is nothing more than the film advance knob on the right side, which turns counterclockwise to advance to the next frame. The frame counter, accessory/flash shoe, and rewind knob are on the far left.

 

My Results:

The camera is very straightforward and somewhat basic in its operations. I didn't use the 35mm cassette that came with the camera; I just used a regular 35mm roll of film. I put in a roll of T-Max 125 film and walked through the neighborhood to see what kind of results the camera could produce. After I got back from my walk through the neighborhood, I processed the film, and here are a few of the shots I took.

My Conclusion:

The Finetta 88 camera took a bit to get used to. I kept on trying to turn the advance knob in the wrong direction; the shutter speed dial was small and difficult to turn. That may be more of a camera cleaning issue, but I changed to other speeds. The lens did start to unmount a couple of times, but nothing disastrous to the point where the lens fell off the camera. The focus is smooth on my camera; it was more operator malfunction than anything, but overall, the camera was enjoyable to shoot with, and I think the lens I have on this camera is sharp.

 I'll definitely want to shoot with this camera in the future. It was fun and a pleasant experience overall.

 Thank you for taking a few minutes from your day to learn about this interesting mid-century camera I have in my collection.

 Until next week, please be safe.

Gallus Derlux Camera

I can still remember when my wife and I visited Paris about 10-12 years ago and went to a small flea market in one of the arrondissements we were staying near and seeing for the first time the Gallus Derlux camera. My first impression was the camera needed the leather coverings that usually adorn cameras. Still, upon further inspection of the camera, it was made to have a silverish metal body as its covering. This was a camera I needed to have since its appearance was so different from any camera I had seen in the past.

My Gallus Derlux camera

 That was the first Gallus Derlux I've owned over the years. I sold that camera at the Paris flea market a couple of years after purchasing it, and I have bought and sold a couple of other Gallus Derlux cameras over the years. Recently, I had the bug to purchase it again to add to my collection. 

 I talked to a fellow camera collector, and he told me he had one and would sell it to me for a reasonable price, as I know he's downsizing his collection. I need to do the same thing but I purchased it from him. This camera has a working shutter and a nice pouch case. At this point, since I've had a few of these in my life, it's time to put some film in the camera, take it for a spin around the neighborhood, and write a post on it.

The Company:

To discuss the camera company, Gallus, we need to include the German company Foth in this discussion. After WWII, Gallus, which was in Paris, was either licensed by Foth or Foth moved their operation to Pari and renamed the company Gallus due to what was going on in Germany after the war. Let's start with a bit of information on Foth and work our way forward.

 The C.F. Foth Company, established in 1930 in Berlin, Germany, gained recognition for its innovative design and engineering of compact cameras. The Foth Derby series stands out as a celebrated line of cameras known for their portability, affordability, and reliability. The original models were a less expensive alternative to the more expensive Leica and Contax cameras of their time, but they utilized 127 film as opposed to 35mm from Leica and Contax. These cameras catered to the needs of amateur photographers and gained a reputation for their high-quality performance in a compact form.

 The Foth Derby cameras were introduced in the 1930s and remained in production through the late 1940s. They were designed with portability in mind, featuring a folding bellows system and compact dimensions that made them a popular choice for travelers and casual photographers. The cameras used 127 roll film, producing images in 4x6.5 cm format, a size well-suited for personal and artistic photography.

One of the defining features of the Foth Derby was its focal-plane shutter, which was uncommon in compact cameras of its time. This shutter system allowed for faster shutter speeds, up to 1/500th of a second, allowing photographers to capture motion and shoot in bright lighting conditions. The Derby series was also equipped with high-quality lenses, such as the Foth Anastigmat, or later upgraded models like the Foth Derby Anastigmat f/3.5, ensuring sharp and well-resolved images.

 

The Foth Derby evolved through several iterations, each offering incremental improvements and adaptations to meet changing photographic trends. Here are some general differences:

  1. Foth Derby I (1930): The original model featured a basic lens and a simple shutter mechanism. It utilized a 24x36mm format on 127 film and was praised for its ease of use and portability, making it accessible to novice photographers. 

  2. Foth Derby II (1931-): This version introduced the 3x4 (30x40mm) film format. The camera's build quality was also refined for greater durability, and several different lens options were offered.

  3. Foth Derby III (1935-39): This model had several different viewfinder and lens options. Some models had interchangeable mounts that allowed the use of some Zeiss and Dallmeyer lenses.

  4. Foth Derby IV (1936-40): This model had an aluminum front standard that housed an integrated rangefinder for focus. It also offered a choice of different lens options.

 Somewhere around 1937, the combination of both Foth and Gallus became intertwined because in 1937, Foth came out with:

  1. Derby V: Made by C.F. Foth & Cie in Paris. It still has the 30x40 film format on 127 film, but the build quality was a bit rougher coming out of the French factory.

  2. Gallus Derby (1937-) was the start of the Gallus line of cameras, taken from the Foth Derby. The build quality was rougher than that of the German-made cameras and about 10% heavier.

 As a collector, you can see the progression of design and features from the Foth Derby and how it morphed into the Gallus Derlux, using part of the Derby and Delux naming and wanting to separate from the originating company.

My Camera:

My Gallus Derlux camera is 5" wide by 3" tall by 2" deep with the lens retracted and 3" with the lens extended in the usual picture-taking position. My camera weighs just under 15 oz, at 14.9 oz. and has a Gallus 50mm f3.5 lens built into the camera. The camera is a fundamental one without an integrated focusing system, but rather a simple viewfinder on top of the camera for general framing of the photo you desire. The Gallus Derlux has a vertical focal plane shutter and takes 16 30x40mm exposures on a roll of 127 film. 

To take a photo, you must pull the front lens section from the body. The lens plate has a small "hump: on the top and bottom to grip onto to pull the lens plate away from the camera body. The lens plate is on a strut on either side of the plate, which exposes the internal bellows built into the camera. After taking photos, you push the lens plate back into the body, where it stays for transportation. This makes the camera slimmer and more manageable to slip into the case or pocket for transportation.

 The lens and focus system are located on the lens plate. To focus the lens, hold onto the larger focus arm, which is very similar to what's used on the Leica system, and rotate the helicoid lens to the desired guessed distance to the subject. There is a stop arm, so you cannot unscrew the lens from the body. The minimum focus distance is 1 meter to infinity. The aperture settings are on the lens. The aperture goes from f3.5 to F18. To adjust the aperture, turn the lens to the desired aperture settings, which is the same indicator that tells the focus distance. This makes it easy to use because you can set aperture and focus in the same area.

The shutter speeds are set on the camera's top. The shutter speeds go from 1/500 down to 1/25, along with "B" for timed exposures. To set the different shutter speeds, you need to lift the shutter speed dial and rotate the dial to the desired speed, which is indicated by a small dot. You also need to wind the shutter to cock the shutter as it's not incorporated in the winding process, which is what most current cameras have. To cock the shutter, just turn the knob on top of the camera, which have the shutter speed on it in the clockwise direction until it stops. The shutter is now cocked and ready for the subsequent exposure. The shutter release is located on the front of the camera on the right side and just next to the film plate.

Shutter speed dial. Lift and turn to set speed..

The Gallus Derlux utilizes two red (and green) windows on the back of the camera. These two windows are inside an immense depth-of-field scale on the back of the camera. Two windows allow the photographer to get 16 images on 127-size film. 

Back of Gallus Derlux camera

The film doors release is located on the right side of the camera to load the camera with film. Pull down the release button and swing the door open, which exposes the film chamber. Take the blank 127 reels from the right side of the film chamber by pulling up the knob above it and taking out the blank reel. Put the blank 127 film reel into the left side where the film transport knob is located. Lift the winding knob to insert the blank reel. Put your fresh and unexposed roll in the right chamber and press down the knob that holds it into place. Put the paper from the unexposed toll into the blank reel and wind it, ensuring the film moves. Stop when you see "start" and close the back of the camera.

 

To get 16 exposures on your roll of 127 film, wind the roll of film in the camera to frame number 1 to the first window, which on this camera is the window on the right-hand side of the backdoor. After you take that photo, wind the film until you see frame number 1 in the other window or the one on the left side of the backdoor. After you take that photo, frame number 2 will appear on the right side of the red window. Continue this process until frame number 8 is taken on the left side of the window. Wind until the film is all the way onto the take-up spool, open the back, and take the film out for processing.

My Results:

I put a roll of 400 ISO film in the camera and wandered around my backyard and the neighborhood streets. I used 400 ISO because the fall and winter in my neck of the woods are usually overcast. During my walk, the sun just so happened to come out, so I was forced to use the faster speeds on the camera.

After I took the photos and processed the film, I also noticed a gap between the two shutter curtains when winding the shutter to the next photo, causing a light leak on many of the images. I must have pointed the camera down or had the lens in a darker area several times because there were a few good images, but many were terrible. I also don't have a lens cap for this camera, so the next time I use the camera, I'll need to cover the lens when cocking the shutter so I don't expose the film to light before or after exposure.

 

If you have this or similar cameras and are mechanically inclined, I found a great article on someone overhauling the shutter on his Gallus Derby Lux camera.

 

Conclusion:

This was a fun camera to use. It's very simple, takes a nice larger image, and is small and compact. I'll need to find a lens cap for the one before I shoot again or just place my hand over the lens when cocking the shutter.

 Thank you for taking a few minutes from your day to look over this post.

 Until next week, please be safe.

 

 

KMZ FT-2 Panoramic Camera

Since I got into photography, I have been a fan of panoramic cameras and images. The ability to see wide views of subjects similar to what you see in person seems very natural, so it's not unrealistic for me to have a variety of cameras to use during trips and other photographic jaunts I take to make images.

My KMZ FT-2 Camera

I came across a Russian-made KMZ FT-2 camera many years ago when I was a sales representative for one of the companies I worked for. I remember visiting EP Levine in Waltham, MA, and seeing the FT-2 and a Spinshot they had. I asked about the Spinshot because, at the time, I knew the Spinshot was something out of my price range. One of the owners gave me a reasonable price on the camera and case because, like many of these cameras, they take a unique film cassette, which this camera didn't have. I knew at that time I was buying it more for my collection rather than using it, but always in the back of my mind, it was something I wanted to put a roll of film into and shoot with. 

The Company:

KMZ (Krasnogorsky Zavod), also known as the Krasnogorsk Mechanical Works, is a prominent camera and optical equipment manufacturer based in Russia. Founded in 1942 in the city of Krasnogorsk, near Moscow, KMZ played a significant role in the Soviet Union's photographic and optical industries. Initially established to support wartime needs, the company shifted its focus to producing civilian products, becoming a key player in developing photographic technology in the Soviet era.

FT-2 camera, leather case and 2 different 3D printed cassettes

 KMZ became widely known for producing cameras and optical devices for civilian and military use. One of its most famous products is the Zenit series of single-lens reflex cameras, which gained a strong reputation for their durability and affordability. First introduced in the late 1940s, the Zenit cameras became popular among amateur photographers and professionals worldwide, especially during the mid-20th century. These cameras were equipped with reliable optics, often branded under the Helios or Jupiter trademarks, known for their exceptional image quality.

Another well-known KMZ product is the Zorki rangefinder cameras, which were modeled after early Leica designs. The Zorki cameras, like the Zenit series, were affordable and accessible, making photography more attainable for the average user. These cameras are now considered collector's items, valued for their vintage appeal and craftsmanship.

 KMZ also contributed to advancements in optical engineering. The company developed lenses for photography, cinema, and scientific applications, as well as optical sights and instruments for military use. The Helios-44 lens, often paired with Zenit cameras, became legendary for its unique bokeh effect and remains highly sought after by enthusiasts.

 Following the dissolution of the Soviet Union in 1991, KMZ faced challenges adapting to a market economy. While the demand for traditional film cameras declined with the rise of digital photography, KMZ continued producing optical devices and exploring new markets. The Zenit brand was revived by introducing modern digital cameras like the Zenit M, which combines vintage aesthetics with contemporary technology.

KMZ's contributions to the photographic and optical fields testify to its innovation and resilience. Despite economic and technological shifts, the company remains a symbol of Soviet ingenuity, with its cameras and lenses appreciated by photographers and collectors worldwide.

The Camera:

The KMZ FT-2, one of the first 35mm panoramic cameras, is a model of simplicity in design. Its bare-bones appearance, resembling a small black brick, belies its robust mechanical construction. The camera measures 4.75" wide by 3.25" deep by 2.25" tall, including the winding knob, and weighs 1 lb. 7oz. The FT-5 boasts a 50mm fixed F5 lens that swings across the curved film plane to produce 110mm long images on your 35mm film. This unique design eliminates barrel distortion, ensuring your horizontal lines remain straight when holding the camera level. However, due to the extended negative size, 24mm x 110mm rather than the typical 24mm x 36mm, you only get 12 images on a roll of 36 exposures, a testament to the camera's straightforward and uncomplicated nature.

 The FT-2 only has 3 shutter speeds: 1/400, 1/200, and 1/100 second. The shutter speeds are set by changing two levers on top of the camera and located just below the shutter cocking lever. The shutter cocking lever is a larger finger and thumb knob, which you turn clockwise to cock the shutter, and it swings back to the starting position at approximately 11:00 when the exposure is finished. A mechanical braking system slows the shutter to these speeds when shooting at the two slower speeds. When shooting at the maximum speed, the camera jolts when the exposure ends and has a reasonably noisy snap when the shutter spins on its axis and comes to a vibrating finish of the exposure. The shutter release is to the right of the shutter cocking knob and just above the frame counter.

Since the camera produces such a long negative, the manual states that you need to turn the winding lever so that the frame counter does three full revolutions around, then add one number to get to the next frame. So, if you were on frame number 5, after taking the photo, you'd turn the winding lever, watch the frame counter go three revolutions around, and then stop at number 6 to be ready for that photo.

Top view of KMZ FT-2 camera where all the controls are located.

 There is no optical viewfinder, but rather a flip-up mask that you put your eye up to and guess that that's the approximate area that will be in your photo. There is a bubble level on top of the camera, so it's easy to level out the photos. This is not so helpful when looking through the viewfinder, but if you use the camera on a tripod or hold it more at waist level, then it makes sense.

 To open the back of the camera to load film, the front of the camera, in both corners, are silver clips holding the back close to the front. Snap these clips out, and holding the back with one hand and the body with the other, you slide the back off the camera. To put the back onto the camera, there are small channels on the body that the back fits into to slide back onto the camera. Make sure the back fits into the channel slide, then back onto the camera, and snap the clips into position.

Using the Camera:

Fast forward about 25 years, and I pulled the FT-2 out of my shelf and started to play with it. The camera is in excellent mechanical shape, so I wondered if there's a way to adapt a regular 35mm film cassette into the camera for shooting with it. Doing my usual looking on the internet to see what advancements have been made, I came across Roger Hyam's website discussing how he had the same camera and  1 set of cassettes. To make the camera more enjoyable, having multiple cassettes would make shooting with the camera more manageable. Since loading the cassettes is time-consuming, he made film cassettes for his FT-2 with a 3D printer. In that article, he has a CAD design and explains the process.

 At this point, seeing that there is a somewhat easy way to get cassettes made for the camera, I looked into buying a 3D printer for this and possibly other projects down the road. While I still may do that, I found a local company close to my house that does 3d printing, Rex Plastics in Vancouver, WA., and Harvey, one of the engineers who does the 3D printing for the company. I called on a Friday to see if they could do this and sent them the CAD file. While Harvey was off that day, I received a call from him early Monday to say that this could be done fairly easily, and they had produced a Minolta 16 cassette and a 126 film cassette someone else needed, so he was familiar with working with film. 

 On Thursday or Friday, I stopped by Rex Plastics to pick up the cassettes I had ordered, which looked tremendous. They fit into the camera and looked like the items I saw online. I took them home and started to load film into the cassettes, only to find that the design I sent had a minor flaw. Once there was film in the cassettes, the amount of film pushed the knob of the spool through the top of the cassette, making it impossible to fit back into the camera. 

 I told Harvey what the issue was and brought it back to him with film inside to show him the issue. Rex Plastics is such a good company that Harvey said it wasn't a big issue and went back and made the spool smaller to accommodate the film capacity and changed the cassette top to accommodate a different spool that fits into the cassette. This took just a few days, and now I had cassettes I could take home and shoot with the FT-2 camera. One thing I did to the 3D-printed cassettes was to add some felt to the inside cassette to avoid any scratches that may happen when transporting the film from one cassette to the other. I took some old 35mm canisters, pulled the felt off them, and taped them into the 3D-printed cassettes with double-sided tape.

Loading the Cassettes:

Here's the process I used to load the new 3D-printed cassettes with film to put into the FT-2 camera. Most of this process has to be done in complete darkness. I used my light-tight changing bag, which I use to load film onto reels for processing, but this time, here are the items I needed to keep in the changing bag.

 2-3D printed cassettes

1 roll of 35mm film (unexposed)

1 piece of tape taped to one of the spools

1-pencil used to wind film

1-FT-2 camera with the back partially off

 I'll break this down into the steps I used. You may find an easier way, but this process went much quicker than I thought and seemed manageable.

 

  1. Out in the daylight, I took the leader from the unexposed 35mm film and taped it onto the take-up spool. I then took up some of the slack and put it into one of the 3D-printed cassettes. This is what you can do in the light; all the other steps are done in the changing bag.

  2. Put all the items from the above list into the changing bag.

  3. At this point, I wound all the film from the unexposed film into the take-up spool until I reached the end of the roll. To make the winding easier, I put a pencil into the end of the spool and turned the pencil. Do this for step 7, too.

  4. Tear the end of the film of the unexposed film from its cartridge.

  5. Open the second cassette and tape the end of the unexposed film to the spool of the second 3D-printed cassette.

  6. Slide the spool into the second 3D-printed cassette and put it on the cover.

  7. Rewind the exposed film from the first cassette into the second cassette.

  8. Once you feel the leader, stop winding. Now, you have all your unexposed film into the second cassette.

  9. Put both cassettes into the back of the camera. 

  10. Make sure the winding knob is engaged into the first 3D printed cassette and starts to wind, making sure the film is moving across the film path.

  11. You don't need to wind much, just enough to ensure the film is transporting.

  12. Put the back of the camera on the loaded camera and snap closed.

 

Now, you can open the changing bag, remove the film-loaded camera, and wind it to the first frame, which should only take a few turns.

 PLEASE REMEMBER: When you're at the end of the roll, you don't rewind it back into the cassette like a standard 35mm camera. You take the camera and load it back into the changing bag so you can load it onto your developing tank for processing. If you wanted to wind hard enough to pull the tape off one spool onto the other, you could do that, but that risks exposing the film if you don't tape the cassettes closed.

My Results:

With the camera loaded into my newly made 3D printed film cassettes and the sun shining on a typically overcast November afternoon, there was a chill in the air and a panoramic camera in my hands. I walked through my neighborhood to see what the camera would produce. After taking the photos, I was excited to see the results, so I loaded the camera, developing tank, and reels into the changing bag. I took the film out of the camera, loaded it onto the developing reel, put it in my developing tank, and processed the negatives. 

The overexposed area on the left of the images must have caused a slight light leak. Here's what I produced.

Conclusion:

What a fun camera! I really enjoyed using it. Loading the cassettes wasn't as big of an issue as others I've read about make it out to be if you think about the process. If you have one and need technical or repair information, I found this very informative website, The FT-2 Panoramic Camera Guide.

If you have one and need cassettes, don't hesitate to get in touch with Harvey at Rex Plastics. I'm confident he can print some for you, and they can ship them to you.

Thank you for taking some time from your day to read about this fun panoramic camera that produces excellent images. 

Until next week, please be safe.

References:

The FT-2 Panoramic Camera Guide: https://lens-club.ru/public/files/pdfs/4e9b2081c1c77ede9e70d985d6bacc5d.pdf

FT-2 Camera Manual: https://cameramanuals.org/russian_pdf/russian_ft-2_panaromic.pdf

Roger Hyam’s Website: https://www.hyam.net/blog/archives/10727

Rex Plastics: https://rexplastics.com/3d-printing-and-plastic-product-design