Meshtastic

Ever heard of the Meshtastic decentralised off grid communication network? You have now. Dive in and get involved.

What’s that? I hear you say. Well, I’ve been trawling t’internet recently and one of the chaps I follow on YouTube, Gabe, has got me very interested in this particular mode of radio communication. Here’s a video of him explaining Mesh communications in his own charming and extremely enthusiastic way.

Meshtastic – as Gabe sees it

The good thing about Mesh networks are that no licence is required for use, this means the system is truly open to everyone. As a registered radio amateur this system is of interest to me in the spirit of experimentation, and that’s what’s good about this particular mode. Everyone can do it at a very reasonable cost. In the UK it’s been present for a few years now and has an active core of participants. However, usage is very patchy and still developing, and due to the short range and lack of other users to repeat messages, its general take up is going to take a while yet, or in usual fashion it may even be a mode that just dies out due to lack of involvement. It’s not a mass-market tool yet, but a growing niche interest, especially among amateur radio, DIY tech, and preparedness communities. However, that said, in areas with little or no cell phone coverage this could well be a lifesaver. Below is a little bit about Meshtastic.

What is Meshatastic?

Meshtastic is a free, open-source project that lets you create your own decentralized, off-grid communication network using LoRa (Long Range) low power radios. It’s designed to let people send short messages and share data without relying on mobile networks, Wi-Fi, or the Internet.

Open-source & community-driven: Anyone can contribute, modify the software, or build devices with the firmware.

LoRa technology: Uses low-power, long-range radio waves in unlicensed frequency bands (like 868 MHz in the UK/EU).

Mesh networking: Devices form a mesh by rebroadcasting messages. Each device acts as a node that can relay messages to extend coverage.

Meshtastic’s goal is to provide reliable communications when other infrastructure is absent or unreliable and to offer a flexible platform for hobbyists and practical users alike.

How it works

Networking: LoRa radios transmit small data packets over long distances with very low power. Each device forwards messages it receives to nearby devices, forming a mesh network that extends reach beyond single-hop radio range. The network is decentralized — no central tower or internet access is needed.

User interaction: Devices can connect to your smartphone via Bluetooth and use the Meshtastic app to send messages or view locations. Messaging is typically text-based (no voice or high-bandwidth data).

Why use it?

People adopt Meshtastic for many reasons, often tied to availability, resilience, and independence from traditional networks:

Outdoor activities: Hiking, camping, biking: Stay in touch where cell signals are weak or absent. Location sharing: Useful for groups and safety.

Emergency situations: Natural disaster backup, communications can continue even if cellular networks fail. Communities and some groups experiment with using Meshtastic as an alternative communication layer during outages.

Technology and DIY: Education and hobbyists use it to learn about radio, mesh networking, and embedded systems. Integrations with IoT sensors and other projects are possible.

Community and social projects: Enthusiasts set up community networks, share nodes, and even run local meetup groups. 

What do you need to get started?

Basically, Amazon, EBay, and the Chinese suppliers such as Ali express have all you need. Needless to say the Chinese options are far less expensive if you are willing to await delivery. Just type “Meshtastic kit” into your browser to view your options.

As I’m in the Uk I can give some prices for the most basic setups within my country. To be honest, all that is needed is a Meshtastic main board of which there are a few to choose from, a power source and a mobile phone to do the setup. Something like this below.

From Amazon in the uk I can get this board, for £18:99GBP and that’s all I need to get started.

Amazon uk

Add to that a small battery and you can probably power this unit for between 24hrs or even a week, dependant obviously on the battery capacity and how you have the system set up. A battery in the uk on Amazon would cost around £6-£10 GBP. You can buy enclosures to make the unit “pretty” or you can even 3D print your own. I think I will print mine when I finally have my printer up and working.

A suitable battery

On the Chinese platforms these items can be purchased at a greatly reduced price, the main board can be purchased for around £3:00GBP, you can even purchase two entire units for less than the one that you get from Amazon. It really pays to shop around.

I’m shortly going to dive into setting up a Meshtastic node, I’m even going to set up an APRS one under my radio licence conditions, but that will be another post.

So hopefully this post may introduce others to an off grid communication mode that may well assist those in remote areas or with extremely limited cell phone coverage. As soon as I’m ready to build and place my node I will write a post regarding its build, programming and eventual usage. It is all very simple technology and worth having a read about on the Meshtastic website : Meshtastic introduction

Text you soon!

TinyGS: The Open Satellite Network Anyone Can Join

It’s easy to get involved with low cost satellite tracking. Here’s a repost of a recent article about TinyGS

TinyGS is one of the most exciting grassroots radio‑space projects to emerge in recent years. Built around inexpensive ESP32‑based LoRa boards, it …

TinyGS: The Open Satellite Network Anyone Can Join

Canon power winder “A”

A very corroded Canon power winder “A” from the 70s

This is what it looks like externally, looks fine, but as this post goes on, you will notice a very marked deterioration in quality. It’s a horror story of battery acid contamination.

Looks nice

This unit is part of a bundle that was donated to me by my good friend Jon, see here: Cameras…i need more!

It was part of a Canon AE1 combo, the Camera i have previously posted about here: Canon AE1 35mm SLR, however the batteries within it had been left for such a long time that they had started to dissolve into the unit, leaving quite a restoration project behind. Here’s some history about this unit:

The Canon Power Winder A was originally introduced with the Canon AE-1 camera in 1975 but it also can be used with all the A series models (in fact, it is applicable to use the Winder A with the professional class Canon F-1(n) system SLR camera but without power rewind feature). It is an automatic film winder which greatly increases the automation and mobility of these manual focus cameras. Its exceptional versatility, due to its compact design provided by the principal control circuit built into the electronic circuitry with most of the electronic models such as AE-1, A-1 or AE-1 Program etc, and allows it to be attached to any models mentioned earlier and provides for its use without any special adjustments. 

Winding Speed: Approximately 0.5 seconds.
Operation: When the shutter button on the AE-1 is pressed, the winder will function. 
Shutter Speed Coupling Range: 1/50 to 1/1000 second for continuous photography. “B”, or 2 to 1/1000 second for single frame photography. (When the winder is set at “B”, AE photography cannot be performed).
Film Counting: Is performed by the frame counter on the AE-1.
Automatic Cut off Circuit: When the film roll is completely wound up or if the batteries should run out, the winder will automatically stop and the warning lamp (LED) will light up.
Power Source: Use 4 size AA batteries. (In normal temperatures they can take more than twenty rolls of 36-exposure film).
Attachment: Take off the winder coupler cover on the bottom of the camera, and mount the power winder using the tripod socket.
Size: 141 x 42 x 34mm (5-9/16″ x 1-5/8″ x 1-5/16″) 
Weight: 3009 (including batteries) (10.9/16 ozs.)

Mir.com

I already have one of these winders on my A1 that I am currently repairing, however that’s away in storage at the moment until I get get my workspace back up and running when we eventually move home.

Im aware that these winders can take a max of two exposures per second if the lighting and conditions are right, meaning you could crack out a 36 exposure roll of film in under 20 seconds! They don’t do auto rewind either, you still have to do it manually, it would be a couple of years yet before that option became available. The red light on the case indicates one of two things, the battery is low, or the end of the roll has been reached, time to rewind!

They are quite reasonably priced if I wanted to buy one, but why would I do that? The purpose of this site is to repair and recycle, so that’s what I will attempt to do. It will be quite a task with this one I think.

Assessment:

As stated above, and from the outside, all looks well.

However there are a couple of giveaways that alert you to the immediate issue. Firstly there is an aroma, a kind of metallic musty smell that instantly alerts you to “Corrosion”. Secondly near the switch there are some “blue” granular stains that confirm corrosion.

It’s pointless even putting batteries in here yet as they will not work, the damage is too extensive for the batteries to work. To be honest we now need to do a good clean and decontamination before we can even start to look at the extent of the contamination.

Repair:

First we have no choice but to get rid of the corrosion, this will involve brushes, a pencil grinder, and copious amounts of isopropyl alcohol. Let’s get started.

I attack the contact end of the winder with a sonic brush and some IPA. After about 10 minutes and multiple applications, using a small scraping tool i was able to remove the corrosion that had started to eat away at the chrome on the contacts, a small rub with some fine sanding paper restored the metal as best I could. I’m not going too over the top here as the corrosion could have well gone past this point into the internal workings, I’ll tidy up once I can get it working as it should.

The battery compartment was cleaned using a similar process. However the contact end that used to have springs mounted for the batteries, have all rotted and the springs have had to be removed. I will replace the springs later, it’s not required for testing purposes just yet. All this contamination and blue staining has to be removed completely, if you leave contamination behind, it can start to attack the unit again at a later date, take your time and ensure you get as much off as you can. Clean, clean and clean again. It’s a boring part of the process but essential for long term results.

With everything cleaned and left to dry, I put some power across the winder power contacts and nothing happens. No noise, not any sign of clicking or of any movement at all. Just as previously feared i think the corrosion has gone further. Let’s get it opened.

Leatherette removed to access internally
Corrosion has made it inside

And as expected the corrosion has made its way inside, the picture above shows a wire at the contact point rotted due to corrosion, in fact the second wire fell off just after removal, the contamination has eaten the cables and is rotting the connections. The good news is that it seems that the issue hasn’t gone beyond these contacts.

I’ve now cleaned and polished the contacts at the rear in preparation for being re soldered, the issue here is that I may have to extend the cables slightly as they are quite short. This may aid my testing of the unit prior to reassembly, let’s wait and see.

I have now soldered both contacts back into position, without any extra wire, hell, it was really fiddly and I doubt it would be able to be opened again without these wires being extended a bit further. I have also thoroughly cleaned throughout the internal workings removing all signs of contamination. I have reassembled the unit and it now sits in one piece. I have taken a dentist tool to further scrape down the contact point within the battery barrel area.

Further cleaning of the contact in the battery barrel area

Using a little wire wool and IPA to clean the area I now have two good points of contact. Using the multimeter confirms we have continuity over the contacts that we didn’t have previously.

Reading the section above, you will remember that I had to remove the two springs on the battery case as they had totally corroded and broken away. I have some new ones but they are in storage, so for now I will just have to compromise until I can get to the new ones and solder them in place. Here I just obtained an old spring from a waste metal box, split it in two, added a small washer one end for the positive contact and just left the other as it was. Both springs were put in place, just being held there by the four AA batteries. As I stated this is purely for testing purposes and will be corrected once I have confirmed the unit works.

The battery holder was attached and then switched on. Nothing. Then I remembered I have to simulate the signal from the camera and this can be done by putting a metal short across the two raised pins at the power switch end. This worked, and the motor did its quick burst as expected. See the small video below.

The winder, now working. And shorting the pins to simulate the cameras signal

I’m pleased with this, as all the work I have done has been worthwhile. I just need to get the new springs soldered in place, give the whole unit a thorough final clean, ensure the leatherette that was removed is stuck back down and that the on off indicator is stuck back into place. And then we can put it onto the Canon AE1 to see if it works as it should.

Leatherette now glued back in to place
On / Off switch plate glued back in place

Today I have taken out the battery spring connector and I am about to put the new spring contacts in place. I’ve found even more corrosion behind this plate so this will need to be cleaned before reassembly.

More corrosion found behind the battery spring contact plate

I’ve now fixed the new permanent springs in place, they wouldn’t solder so I’ve had to use a combination of using the old clips that were originally there and weaving the spring though the holes where some clips used to be but had corroded away. Either way it has worked well and both springs are quite solid, and don’t look out of place at all, they probably look better than the originals.

New springs attached to a clean plate

With the battery pack contamination removed I can now reinstall the battery contact back into place.

I know that the pack works, and now the final touches have been added, this winder is now back into a good working order, and fit to go back to work doing what it was originally designed to do.

Result:

This is an item you can readily buy on the auction sites at a very reasonable, some would say even very cheap price.

Is it worth the repair you say? Well yes, it is. The trouble is, it is so easy to throw stuff away these days, that in reality, can be given an extended life and purpose for pretty much no cost apart from your time and patience. On top of that, getting these items apart and reassembling them is a great learning circle, and you can never stop Learning. You are preserving the past, and that’s always a good thing.

A very brief video showing it working

As you can see above in this small video I have taken today, here I have my Canon AT-1 with the winder attached, doing what it is meant to do and sounding so retro with that motorised winding sound. Don’t you just love it? I most certainly do.

Thanks for passing by. It’s always very much appreciated.

Olympus OM10

Always liked and wanted an Olympus OM10. 46 years later I now have one. Of course, it needed repair.

Much to the wife’s annoyance, and because I was feeling a little low and in need of some retail therapy, I’ve purchased this lovely little camera from the Barnardos charity. It looks like it’s been stored in a full Hoover bag, it is so dusty. It has a few dents and dinks, this one is going to be a challenge. I like challenges. I’ve paid the grand total of £17:67GBP for the camera and the standard Zuiko 50MM F1.8 Lens. I think that is an excellent price.

These cameras were produced between 1979 and 1987. I’m hoping I’ll be able to date this actual camera more accurately when I receive it.

This is what the original listing stated:

This listing is for a vintage Olympus OM-10 35mm Single-Lens Reflex (SLR) film camera, bundled with a Zuiko 50mm f/1.8 lens and a leather neck strap. This is a single bundle containing the camera body, lens, and strap, ideal for collectors or film photography enthusiasts.

UNTESTED. This sale is for spares/repairs. There are some marks and cosmetic imperfections. Please see images for more detail.

The standard untested post from the auction sites, but I’m not really bothered to be honest. It’s a charity, and I’m happy to pay for these items as the charity always benefits, and that’s all that matters to be honest.

I have some history around this camera and whenever I see one I think of Bruce Springsteen and here’s why.

1984, Bruce released this Album

Born in the USA was released in 1984, so I can kind of pinpoint the first time I’d ever really heard him, courtesy of my friend David K, when I used to live in a small town in Hertfordshire called Bushey. David had been a school friend, we were now in our mid to late teens, he was working in a restaurant whilst I was in a photographic lab. He introduced Bruce to me and for many months after he first purchased that album, we played it non stop and knew it off by heart, beat for beat, and word for word, we were totally smitten with it. It was the Bruce effect. At this time i would have been about 18-19 years old, and had a very basic Russian Zenit camera, it took some great photos. However, David had recently had a bonus payment at work and purchased himself the Olympus OM10. I was envious, who wouldn’t be? What a camera and this is where it all ties in with our hobby, we loved photography and used to always discuss it with Bruce in the background singing his heart out. It all ties in now, fantastic memories, and a single camera can bring back these memories. Amazing isn’t it?

Anyway here’s some pictures where you can see the amount of dirt, and what looks like some bumps on the outer edge of the lens.

Here’s some information regarding this camera:

The OM10 was the first consumer OM series body. Launched in 1979 it accepted the full line of OM lenses and most of the OM accessories for a lower price. The lower price was reflected in the construction of this camera and the features available, however, it was still a very competent performer and it reflected the elegant lines established by the compact OM-1 and 2 designs. Early production runs of the OM10 have known malfunction issues with electronics, metering, and shutter magnets. Olympus later changed the shutter to a ‘Type II’ design to correct the latter problem.

In its standard configuration the OM10 offered aperture priority automatic exposure, simple and accurate enough for a consumer camera in most lighting situations. It also offered exposure compensation for more complicated lighting situations and for more advanced users. A small plug-in manual adaptor was available as an accessory to enable manual control of shutter speed. The manual adaptor is possibly not as easy to use as the typical shutter speed ring around the lens bayonet on the OM-1.

While not well known to consumers, the focusing screen for the OM10 is indeed interchangeable, though not as easily as the OM-1. It shares the same focusing screen as the OM-1, but the extra protruding tab needs to be cut off as the OM10 doesn’t have a placeholder for it.

The OM10 can accept all the lenses of the OM system. 

The finder screen is fixed, as well as the back. It can accept the winder but not the motor drive. It existed in chrome and in black finish.

In 1980 the OM10 Quartz was released with a fixed databack (equivalent of a Recordata Back 3) to print the time or date on your pictures. The OM10 Quartz was only released in black finish.

The OM10 was sold in large quantities before production ceased in 1987 and many working examples are still being used today. Largely overlooked in favor of its more professional ‘single digit’ siblings, you can easily pick up a working example for $50. Try to find one that includes the manual adaptor though, as this accessory alone can fetch $30 at auction.

Camera-wiki.org

Assessment:

In a perfect world this camera would just need a clean. But this is me and to be honest I’d like a little bit more of a challenge, as a lot of the cameras I have worked with lately did not need a lot of maintenance because they’d been well looked after. This one may be different.

These cameras were renowned for electrical faults especially with their mirror motion magnets, very similar to the issues suffered on Canons earlier EOS cameras such as the 1N. But to be honest I am just surmising at this point as the camera is not yet in my hands. I need to be patient and await its arrival.

Well, it’s arrived so let’s have a look and see what’s good, what’s bad and what’s indifferent. It has dirt, yes, quite a bit of it, so it will require quite a deep clean as we need to get into all those little crevices, where the dust has settled.

Cosmetically it looks really good with no dinks, dents or scratches, so that is very much a positive. It’s in not too bad a shape for being 46 years old.

The capstan to open the camera film door, along with the operation dial are a little loose, so they will require tightening.

Batteries are long dead, this camera requires two LR44 button batteries to do even the basics, I have tested the batteries with a multimeter and they are so low that they hardly register, they are very dead indeed. The good thing however is that they have not leaked in anyway and the battery chamber is clear of corrosion.

The mirror is stuck in the halfway position, this could be purely to do with there being no battery in the camera. It would be good to see with new batteries installed, if the mirror magnets would then kick in, and then they’d be no further issue. However, knowing my luck they are probably inoperable as well, we will just have to wait. And for this same reason the winder is also stuck, again the batteries may well solve this problem 🤞

Good news is though that the mirror and curtain are in really good condition, because the old lens has been kept in place preventing any contamination getting into that area.

Viewfinder looks clear apart from a little dust build up

However the lens, does appear to have fungus in it, and will require a clean at some point along the way.

There are also a number of light seals that need replacing as they have perished.

To be quite honest, the easiest part of this camera to clean will be the standard plastic and rubber neck strap. This can just go in some warm soapy water to rejuvenate it. However, my first priority will be to get some batteries in place and see what occurs. I may have to rethink my approach to this camera dependent on the outcome of this simple action.

Repair:

Straight home and I’ve found a couple of LR44 batteries that had a little more power than the old ones. In they go….and nothing. There is a check position on the main dial that should light up and a buzzer should sound to confirm that there is sufficient power, obviously there isn’t in this case. I run all the other LR44 batteries I have through a tester ( I had a packet of 12 ) and they all show as low power, they’ve died during storage. I then pop over the road to see my brother in law who always has a good supply of batteries and bingo, he has a couple of spare LR44s.

We have the check light, and a little buzz…intermittently

With these in place I get an intermittent buzz and a light, it appears the capstan control and operation dial that I mentioned earlier was loose, and has intermittent contact issues, it will need removing and cleaning then reseating.

If I hold the capstan in place I do get a good signal, with both buzzer and light operating in the check position, and when I move the control to “On” position I can now cock the shutter lever. It will then fire but again only to the half way position as it did earlier. If I gently push the mirror down and let it spring back it will then fire. But you have to do this on every stroke of priming the advance lever. Not good.

This is pointing towards an issue with the magnets and I believe I’m almost there, and that’s when I have a eureka moment.

Eureka moment

In the bottom of the mirror and curtain bay on the base of the camera is where the mirror magnets are situated, along with a light sensor that takes a reading off the shutter curtain behind, that is checkerboard coloured. Something here didn’t look quite right for me as it did not look level, the base seemed quite uneven. I just simply put my finger in here, applied some light pressure on this base and it just clicked into position, nice and level and then the stuck mirror fired, just like that. Every single prime of the shutter and actuation since, has worked just perfectly, I wonder if this camera has been dropped at some time just knocking this part out of true configuration? Or has someone been here before me? I’m going to have to remove the base to check a few things anyway, so I can then make sure this issue doesn’t happen again. For now, I’m satisfied that the shutter and winder are working fine. I just need to make the contacts and the electrical continuity a little bit more reliable.

I’ve dismantled the faulty switch. Inside, the old tracks on the camera and the pickups on the switch were showing signs of tarnish so I used some contact cleaner go get these looking better. I’ve re assembled the switch and used a new circlip to hold it all together. It’s a lot more secure and responsive now with no interruption to the check signal. It’s quite solid as it always should be.

Here’s a small video regarding the switch repair.

Switch working as it should

With the switch sorted I’ve now removed the focus screen to give that a bit of a clean.

And after this I have gradually started to remove the old light seals in preparation for their replacement. They really are in quite a bad way and creating a lot of dust and dirt as they degrade.

Now to get the remainder of the old seals removed, clean the troughs they sat in, and then put the new seals in place.

With some IPA, and a large bamboo stick it’s time to remove the old seals

I’ve replaced all the seals on the camera body apart from the mirror damper. I need to get some adhesive first, to secure the plastic plate that sits above the damper. Hence I have to wait for this to be in place before I can finally put the damper in situ, i will do this in the next 24hrs.

Now, the plastic piece that covers the focussing screen access is now secured in place and the mirror damper has been installed, all light proofing has now been completed.

Mirror damper installed

The original lens that was suffering with fungus has been dismantled and given a clean, however because the top two optics are a sealed assembly, guess what? The fungus is within the sealed section and is unable to be accessed. Therefore the lens will never be cured of this issue, it has been improved by cleaning the other optics but it’s not in anyway good enough to use with film in the camera, I will therefore use the old lens purely for testing purposes, it works fine for that and will be just fine for testing other Olympus equipment. In the meantime I have purchased two further OM 50mm std lenses, one is an earlier “Silver nose” model with a single lens protective coating whilst the other is a later production “Black” MC (Multi coated) model. Both are in an excellent clean condition conducive for film photography.

The two new lenses – “Silver nose” to the right

I’m happy that the repairs have now been completed, all that is left now to do, is to give the unit a thorough clean, and to clean that original plastic/rubber camera strap with some warm water.

Result:

Here we present a fully cleaned and maintained Olympus OM10 35mm SLR camera from the 1980s looking quite resplendent after all the work on it has been completed.

All cleaned
Looking superb with a new lens

It’s been a lovely camera to work on. The make of this camera is superb, and back in the 80s Olympus were on a high note with the high end advertising, using many well known celebrities, and their cameras as a result became extremely popular. They are very well made and have stood the test of time. This one camera will go on to continue being used, and has many good years of life ahead of it. Another one saved from the scrap heap. As with all my cameras I have an immense backlog of units all awaiting the time when they have a roll of film run through them, and this one is no different. When I do pass a test roll through it I will post a link to the results here.

As always, thank you for passing by and glimpsing this post. It is always very much appreciated.

Canon Speedlite 199A flashgun

Can I bring a dead Canon 199a flashgun back to life? You betcha!

I love working with flashguns, but believe me they are highly dangerous and potentially deadly pieces of kit, once you get under the skin otherwise known as its protective casing. I inherited this one from a good friend of mine who is a professional photographer, the post regarding what he passed on to me can be found here: Cameras…i need more!

Now please do not go delving into the back of these things unless you know what you are doing. Yes they might only be powered by 6-9v of power from your batteries, however in the process of getting to the point where they unleash a lightning flash for your photographic opportunity, they have passed through a component called a flash capacitor, this component greatly amplifies the voltage from that measly 6-9v from your batteries up to what is now between 3-400v for the flash. Yes, you read right right, 400 VOLTS.

That can kill, and if it doesn’t, you have been very fortunate, but you will probably bear an entry and exit burn where you made contact with that very component. If it goes across both hands it’s probably going to go right through that pump in your chest that keeps you alive – your heart, and that can be fatal. You have been warned – take heed!

I must admit I’ve done something here I don’t usually do, and that is clean before searching for the problem. This unit had two or three old company stickers on it that I have now removed. I then gave it a quick clean and a buff and I must admit it has come up very well. I will give it another clean when i have finished, as well as a final polish with some cockpit cleaner.

Production of this flash unit commenced in 1978 for use with the Canon “A” range of cameras that were being produced around this time. It can also be used with some other camera ranges. Before we get into exactly what is wrong with this specific unit, let’s look at some information regarding the spec of this flashgun:

The Canon Speedlite 199A is a dedicated, thyristorized flash unit designed for operation with Canon “A” series cameras. The Speedlite 199A features a high Guide Number of 98 with ISO 100 film, three automatic flash ranges plus Manual and automatic bounce flash capability. The most powerful shoe-mount Speedlite in the Canon line, the 199A is recommended for use with the Canon A-1 or any “A” series camera with motor drive or Power Winder A due to its high power and very rapid recycling time.

Technical Specification: –

Type: High-powered shoe-mount flash; automatic, thyristor type
Guide Number: 98 (ISO 100, feet), 60 w/wide adaptor
Recycling Time: 10 seconds with Alkaline-Manganese batteries 6 seconds w/Ni-Cd batteries
Number of Flashes: 100- 1000 w/Alkaline-Manganese batteries 50-500 w/Ni-Cd batteries
Auto Flash Ranges: 3
Auto Apertures: (ISO 100) Red-f/2.8 Green-f/5.6 Yellow-f/11
Bounce:Yes
Flash Coverage: For 35 mm format, covers angle of view of 35 mm lens; covers 24 mm w/adaptor
Color Temperature: Daylight
Power Source: 4 “AV size Alkaline or Ni-Cd batteries
Dimensions: 3-1/8 x 3-1/4 x 4-1/2 in.
Weight: 1 lb., 1-5/16 oz.

Mir.com

Asssesment:

As you can see in the photos above, and as I stated at the beginning, I’ve gone arse about face on this one and cleaned it prior to diagnosing what the actual issue is. Please forgive me as I was in a cleaning mood at the time, and if I’m in that mood everything gets cleaned.

It runs off of four AA type batteries that fit in to a cassette that sits in the side of the unit. All contacts are clean and there is no sign of any battery leakage. You can see the cartridge in the photos above. The flash unit comes in a Canon branded leatherette pouch that is in absolutely perfect condition. Inside the pouch is a diffuser / wide angle lens that slides over the actual flash head. The whole unit looks fantastically clean and tidy, with no signs at all of any damage or wear.

Put the batteries in though, and turn on the switch. And nothing. It’s dead. Kaput.

With these old flash units you were always used to hearing that family high pitched whistle when you turned it on. That was the system telling you that the capacitor inside was taking a charge and getting ready for business. Over time, the capacitor can loose its effectiveness, it semi retires if you like, and on occasions it retires fully, it dies a death. I very much suspect this is what could possibly have happened here, I just hope ours is in a deep sleep and can be woken up.

So as we move on to what we are going to do, the only issue here is that it’s simply not accepting a charge, and we will then discuss the two options on how we may now breathe life into this geriatric flash gun.

One thing that always annoys me when I search for possible ways of approaching the repair, is the attitude of people who have grown use to us all being consumer driven, the attitude stinks. These units can be purchased for very small amounts now and they loudly advise,”Just buy a cheap replacement and throw that one away!” This annoys me as you well know, because that’s not what this site is about, if I can repair something, no matter how inexpensive it is, I will. There is no need for this continuous throw away attitude. It’s a good way to learn just how things work.

Rant over, let’s move on….

Repair:

One of the easiest and least invasive, and therefore safest ways to start investigations, to look for a remedy, is to first get a nice fresh batch of alkaline batteries. With these in place within the unit, turn the flash power switch on and just leave it like that for anywhere between 2-8 hours. It has been known in the past, to act like a trickle charge as that flash capacitor has not been active for god knows how many years, it kind of revives it. It sometimes works, more often than not it doesn’t. But it’s worth giving it a try. So here goes. If this doesn’t work then our only other option is to get the unit opened up and to replace that beast of a flash capacitor.

I’m just coming off of a night shift and will shortly be heading off to bed, what better time to try this method out. So I’ll see you in a few hours 👋

And so the wait begins. Fresh batteries in place and turned on at 06:20….

I’ve arisen from my pit about five hours later, and what do you know….

Well, it’s only gone and bloody well worked hasn’t it?

And 5 hours later….it actually works

Sometimes it’s the simplest of procedures that can bring old equipment back to life, and when the fix is non invasive, going no where near those dangerous internal components, it can only be a good thing can’t it? And to think this was just placed in a box for disposal. Well it’s got a new lease of life now.

It really is working

I’m really pleased with this so let’s move on to the final stages and get this little beauty polished and presented.

Result:

And yes it is a result, a result of patience and perseverance and thinking outside of the box as they say, in office inspired corporate management speak.

In a number of these “repairs” it’s best to exhaust all other options prior to getting the screwdrivers out, just like a surgeon explores all options prior to getting the knives out. I’m in no way comparing myself to a surgeon, you wouldn’t want me anywhere near you with a scalpel! I’m just using it as a pretty poor comparison, so I guess it’s best I shut up now and just get on with whatever I’m supposed to be doing.

So that’s another little repair put to bed, and another piece of electrical detritus pulled from the arms of the scrap man. I always feel a great sense of accomplishment when I mange to get these old bits of kit working again. It frightens me to think just how much salvageable tech equipment gets discarded when it could quite easily have its life extended with the minimal amount of intervention.

My plan is to add this flash to my Canon “A” series collection as that is what it was originally designed for. And I may well add a link here, when I get to use it whilst testing any new “A” series cameras that just happen to come my way, as they invariably do, that require my attention.

As always, thanks for passing by. It’s always most appreciated.

The Canon “A” series of cameras

A small piece regarding the Canon “A” series camera range. Development and technological advancement.

As i seem to be purchasing a number of the old “A” type camera bodies for repair, I have now decided to add the full range of “A” type cameras to my collection. I’m a tad biased as I have used Canon cameras right from the very start of my photographic education, in fact the first one i used was an A1 variant. I’ve put together the following piece to explain why these cameras were so popular, and to highlight their technological advancement along the way, the technology that influenced other manufacturers to up their game and give the consumer just what they wanted out of a camera, options and greater control.

My Canon A1

The Canon A-series of 35mm SLR cameras, produced from the mid-1970s through to the early 1980s, represents one of the most influential periods in Canon’s film-camera history. It began with the groundbreaking Canon AE-1 in 1976, a camera that reshaped the industry by integrating a microprocessor – the first mass-market SLR to do so. This innovation allowed Canon to simplify mechanical complexity and reduce manufacturing costs whilst offering features previously found only in higher-end professional bodies. The AE-1’s shutter-priority auto-exposure, bright viewfinder, and strong reliability made it both approachable for beginners and capable enough for enthusiasts, turning it into one of the best-selling SLRs of all time.

My AE-1

Canon quickly expanded the lineup to address different types of photographers and to test new electronics-driven features. The AT-1 provided a more affordable, all-manual alternative, whilst the AV-1 (1979) offered aperture-priority automation, catering to photographers who preferred creative control over depth of field. The flagship A-1 (1978) pushed the boundaries even further – it became the world’s first SLR to offer full programmed auto-exposure, alongside shutter priority, aperture priority, and manual modes. This versatility foreshadowed the automation and electronic sophistication that would dominate future camera generations.

My AV-1

In the early 1980s, Canon introduced the AE-1 Program, refining the original AE-1 with a more advanced program mode and improved ergonomics. The final notable entry, the AL-1, included an innovative Focus Assist system that used contrast-detection indicators to help users achieve sharp focus – an early technological step toward the autofocus systems that would soon reshape the industry.

Collectively, the Canon A-series brought electronic control, affordability, and ease of use into the mainstream, playing a key role in shifting photography toward the automated, electronically driven era. Decades later, these cameras remain admired for their durability, classic design, and the satisfying, hands-on shooting experience they continue to provide.

At the time of writing, i have in my possession three of the six variants that were produced, and presently I am scouring the sales platforms to acquire suitable candidates for the remaining parts of this collection, to work on. I will update via this site as and when i have another one of this series to feature in a post. My current collection consists of the cameras below marked with an asterisk:

My current cameras in the “A” range marked with an asterisk

I would like to obtain a special mount for this series of cameras so i can display them as a collective sample of this wonderful range. They will all of course, all be fully usable, not museum pieces.

Thanks for passing by. Always appreciated.

Canon EOS 3000

Another entry level camera, unloved, made good

Here I have another basic, entry level camera made by Canon. Produced around 1999? this camera is probably around 26 years old. These cameras don’t have the traditional identification number printed within the film spool holder that the older cameras had, hence the precise manufacturing date is difficult to confirm.

Canon EOS 3000

This is a camera passed onto me by a good friend and professional photographer, Jon, as can be seen in this post: Cameras…i need more!

Here’s a little information about this camera:

The EOS 3000 is an autofocus SLR for 35mm film introduced by Canon in 1999. It was sold as the EOS 88 in Asia. (It was not sold in the US.) The pentamirror viewfinder and manually-activated popup flash helped keep this a lower-cost model; but a full range of autoexposure modes were included, including off-the-film flash exposure setting. Film transport is motorized and the camera requires two 3-volt CR123 lithium batteries to operate.

A compact, lightweight, low-priced SLR camera. Successor to the EOS5000, but with greatly expanded basic functions. The camera incorporates the Mode Dial and most other basic features of the EOS Kiss/EOS REBEL XS/EOS500 and includes six-zone evaluative metering linked to three focusing points. In addition, the flash is linked to the measurement point so that during shooting the flash out-put level is constantly adjusted for optimum exposure control. For reasons of cost, the flash unit is manual pop-up/retractable head type. The EOS3000 is compatible with system accessories for the Kiss and New Kiss. The high-quality design has a feel of genuine elegance.

Canon/ Camera-wiki.org

This camera was pitched at a low cost to attract people into photography, and to encourage those who were just hobbyists to upgrade to something more than the traditional point and shoots/disposables available at the time.

There is not a lot wrong with this camera as far as I can see, let’s have a look and do some tests.

Assessment:

It has a grip that’s starting to develop the sticky issue so that will need cleaning. The mirror and prism are dusty and will need a cleaning.

Sticky grip and dusty internals

Overall the condition is very good, again this was a training camera, and seems to have had a quite low usage, as there is no scratches or marks. And only one dink as such. That dink happens to be the right hand strap holder that has been bent down to a point where the rear case does not open completely, it restricts its full movement.

Strap holder bent, restricting door opening
Door doesn’t open fully

Top and bottom of camera look fine, no bleed on the LCD screen that is always a good sign

Battery chamber is clean and there is no contamination. This camera takes two 3v Lithium CR123A batteries. Let’s put two in to see if we have any life.

With the batteries installed we have a good display on the screen with no pixelation and it’s nice and clear. I install a roll of test film to see what happens. This camera winds the whole film onto the take up spool and winds back one exposure at a time. The take up when the door is closed works perfectly.

I then operate the shutter, to fire off the 14 exposures, all viewfinder indicators are good, with my 28-90 EF lens attached it focuses well and fires well. When the last exposure has been taken the film rewinds as expected with no issues. In reality the camera is working very well with no internal issues.

Repair:

First the dirty stuff. Let’s get that goo off of the sticky grip. I use my IPA and lint free cloth method that I posted about in a previous post here: Sticky, Rubber camera grips. This one is actually worse than I thought and has taken four applications to remove the deterioration on the grip. It feels a lot more pleasant though now that it is done.

The dirt from this grip can be seen on the cloth. Each black blob is one application

The issue with the strap lug restricting the door movement. Quite simply, a gentle movement with a pair of pliers was all that was required. Gently does it as these parts are brittle and easily broken. Don’t over do it, give up when it looks right.

A little gentle coaxing was all that was required

I’ve checked the film pressure pad and this is fine, there are no sharp ridges and the light seals are good. I don’t expect them to be bad as in theory they are not that old, they are in a good healthy condition.

I have cleaned the prism and the mirror with a swab and they are now fine. Using a B setting I have opened the mirror and curtain and used some compressed air to clean throughout. A brush blower was used with the curtain closed to clean around the film spool area and back plate. A quick final blow of the mirror and the aperture is then sealed with a cap to insure no further dirt and dust gets into the internal parts of the camera.

The final action is to use some cockpit polish to finish off the exterior of the camera.

Result:

I’ve cleaned the exterior and used some ceramic cockpit polish to finish it off, I must admit it’s looking very good.

Cleaned up lovely

Here I have yet another nice little camera packed with features that will make a great camera for someone to learn the basics of traditional photography with. However, it’s remaining in my collection for the while.

It’s yet another camera that I need to test, another one that needs to have a film put through it for its final test, however I am 100% confident of it’s capabilities and the fact that it operates just fine and all its settings, buttons and controls are doing exactly what they should. When I do get to put a film through, I will link to it here.

Another successful restoration and return to use of another old camera that had been put to one side. Not that this one really required a lot of attention, just a bit of servicing and tlc.

Thanks for passing by. It’s always very much appreciated

Canon EOS 500N

A nice entry level camera, from the mid 90s, now back in working order

Here I have a very basic, entry level camera made by Canon. Produced between 1996-9 this camera is currently between 26 – 29 years old. These cameras don’t have the traditional identification number printed within the film spool holder that the older cameras had, hence the precise manufacturing date is difficult to confirm.

Canon EOS 500N

This is a camera passed onto me by a good friend and professional photographer, Jon, as can be seen in this post: Cameras…i need more!

I believe this camera was previously used by a large photographic organisation, to teach staff and students wishing to learn traditional 35mm film photography techniques. It was a training camera, at entry level specs.

It is a very good example of this model of camera, and despite its simplicity, low cost appearance and feel, it is in a very good condition cosmetically.

Here’s a little information about this camera:

The Canon EOS 500N is also known as the EOS Rebel G in the Americas or the New EOS Kiss in Japan. Sometimes it’s referred to as the EOS Kiss 2 as it followed the release of the EOS Kiss in Japan. This camera was released in 1996 and replaced the EOS 500. The Japanese version of the camera had the date back as standard. Its successor was the EOS-300 / REBEL2000 / Kiss III, released in 1999.

The body of the Rebel G is plastic, weighing 370 g (13 oz). The only colors available were black or a mix of silver and black. The Rebel G has an EF lens mount making it compatible with any EF lens. The viewfinder offers a 0.7x magnification, 90% coverage, center auto focus, wide auto focus and many more. The Rebel G shooting modes consisted of 6 basic modes, full auto, portrait, landscape, macro, sports and night scene. It also has 5 advanced modes, P, Av, Tv, M, A-DEP. These modes would continue on in the Rebel G series. The camera features a built in flash, and can shoot at 1 fps. The fastest shutter speed with flash was measured at 1/90 of a second.

A few new features include compatibility with ETTL type flash. It still has the same 1/90 of a sec sync speed of the previous model, but when equipped with a Canon Speedlight such as the 380EX, 220EX it can be used at 1/2000 of a sec. Focus has improved a bit as as a AF assist light is now available. Auto Exposure Bracketing (AEB) can be use from -2 to ++2 in 1/2 stop increments. The command dial now has an easier to access night scene mode. The body is able to use the BP-8 vertical grip that can also accept four AA batteries.

Camera-Wiki.org / Wikipedia

Assessment:

As Stated, this camera is in a good cosmetic condition with no sign of dents, dinks or wear. Considering this was a camera used in training I can only presume the students were extremely careful and respectful, or it was lightly used. Having worked with some of these students myself, i very much suspect, it’s more than likely going to be the latter option.

There is another such unit I have of this very same camera however that is damaged with a faulty screen that requires replacement and that will be dealt with in a future post. Meanwhile, let’s get back to this one.

A sticker on the rear

There is an old ownership sticker on the rear and this is one of those old vinyl type ones that will be able to be removed, but just may take a little while, as they are brittle and break off into lots of little pieces that go everywhere.

The battery chamber is clean and there are no signs of contamination. The screen is clear and does not show any bleed, though I haven’t powered it up just yet.

The film chamber, back pressure plate and shutter curtain all appear to be in good order. Again I will further test this when I put some batteries in and run a dummy film to check transport.

The unit is quite grubby and dusty, the mirror is dirty and the prism is as well. initially all looks good. Batteries, and the dummy film might tell us something different.

Repair:

Let’s get that sticker off the rear, a little soak in IPA to soften things up, and then using a small plastic modelling spatula to gently get under the label, I was able to remove the sticker relatively easily. If I’d used the metallic option I may well have scratched the casing. I’m happy that this option has worked well for me. A final clean at the end with some car cockpit cleaner should bring the detail out nicely.

Sticker now removed

Let’s get some power in, and fire this unit up. It takes two CR123A 3v lithium batteries.

CR123A batteries
We have power

Batteries in, and everything lights up, all menus function and as stated earlier their is no bleed from the LCD screen.

I load the film in and it instantly winds the whole film on to the take up spool. Here on the display, you can see that this roll is 24 exp and it has wound fully on to the take up spool. I fire off these 24 exposures to check the shutter and that fires fine, film transport also works well and the final rewind of the film at the end also works. In a nutshell, this camera works!

Film in and film out

I clean the prism and the mirror with a soft swab and you can just see the dust and dirt lift. A final brush over with a bulb blower completes this task. The internals are now clean.

It just needs a very thorough exterior clean and polish.

Result:

I’ve cleaned the exterior and used some ceramic cockpit polish to finish it off, I must admit it’s looking very good.

Here I have a nice little camera packed with features that will make a great camera for someone to learn the basics of traditional photography with. However, it’s remaining in my collection for the while.

Looking clean and presentable

I’ve cleaned the camera throughout and used compressed air to finish the clean prior to sealing it from the elements. It’s yet another camera that I need to test, another one that needs to have a film put through it for its final test, however I am 100% confident of it’s capabilities and the fact that it operates just fine and all its settings, buttons and controls are doing exactly what they should. When I do get to put a film through, I will link to it here.

Another successful restoration and return to use of another old camera that had been put to one side. Not that this one really required a lot of attention, just a bit of servicing and tlc.

Thanks for passing by. It’s always very much appreciated.

Canon EOS 30

Cleaning, repair and maintenance of an old Canon EOS 30 35mm SLR

I’m calling this camera my EOS Dirty, it really is suffering a bad case of the sticky rubber syndrome that was widely experienced on cameras of this era, where the Vulcanised rubber used in its construction, had a falling out with its own internal polymers, and they then decided to part company. Creating a sticky mess. This camera is currently 25 years old, originally manufactured in the year 2000.

My hand, simply after handling this camera for no more than a minute.

That said, it’s a lovely camera with a lot of features, this was pretty much one of the last 35mm cameras that Canon produced, and they threw a lot of R&D into these units prior to producing its “D” Digital offering, hence it was packed with lots of pre “D” technology. It has “Eye” control, the Eye Control focusing feature makes selective focusing quicker for many. It uses IR to detect eye movements to determine focusing areas. Up to 5 eye presets can be stored for different users. I wonder if that still works?

This dirty sticky pup, needs some heavy cleaning

Here is some information, about this camera:

The EOS 30 (or Elan 7 / Elan 7e / EOS 7 / EOS 33 in different global markets) is a Canon autofocus 35mm SLR camera that uses the Canon EF lens mount. The camera was introduced in 2000.

There are three main auto focusing modes. Automatic, manual selection focusing, and Eye Control (EOS 30, EOS Elan 7E). It was given the 7 name because it has 7 auto focus points in manual selection mode. The Eye Control focusing feature makes selective focusing quicker for many. It uses IR to detect eye movements to determine focusing areas. Up to 5 eye presets can be stored for different users. Some users with corrective lenses may experience problems using this feature. The shutter speed ranges from 30 sec. to 1/4000 sec. in 1/2-stop increments with bulb. X-sync at 1/125 sec.

Metering modes use a TTL max. aperture metering with a 35-zone silicon photocell. The included modes are evaluative, partial and center-weighted averaging metering. The measurement range is from 1 to 20 EV (at 20-degree with 50mm f/1.4 lens, at ISO 100). The ISO can be set automatically with DX-coded film at ISO 25 to 5000. Exposure compensation can be adjusted from +/-2 stops in 1/2-steps.

Exposure modes available include Program mode, shutter priority, aperture priority, Depth-of-field, Auto, scene modes with (Portrait, Landscape, Close-up, Sports, Night Scene), manual exposure and bulb mode. Flash exposure includes modes for E-TTL, A-TTL and TTL program flash modes. The motor drive is capable of up to 4 fps. The finder has dioptre adjustments built-in with settings from -2.5 to +0.5 dpt. Two CR123A batteries power the camera.

If equipped, the QD (Quartz Date) / Date back require the use of one CR2025 coin type battery. Imprint display modes include M/D/Y, D/M/Y, Y/M/D, D/H/M and off. The last date the unit can imprint is Dec. 31, 2019

Camera wiki.org

Assessment:

As stated in the sections above, the biggest problem with this camera is its stickiness, and to be honest that is not really a problem. I have cleaned many of these in the past and this one will be no different. Here’s a post I wrote a while back about sticky camera bodies: Sticky, Rubber camera grips

This really does feel like a lot of camera. You can see the digital “thought” that the development guys introduced into this camera in preparation for the arrival of its “Digital” brothers and sisters, I’m going to have to do a bit more reading up on its full operation and capabilities. This camera is in very good condition, no dinks, dents and very few scuffs, all doors are functional and when a battery is installed (a 2CR5 – 6v lithium) everything lights up, and appears to do what it should. I will check this thoroughly though later.

The battery chamber is clear of any contamination, and looks nice, the mirror will need cleaning and the area within it will need a blow through, the shutter curtain seems to be working well at this stage. I will test it more after the clean.

So. Let’s get on with the repair and maintenance.

Repair:

I’ve started the clean of the rubber and it is filthy. The amount of black that came off on the first clean has required me to get another cloth as it really is that bad. Another two applications and the cloth is a lot cleaner, it has removed a massive amount of goo and dirt and feels a lot better to the touch, and my hands are staying clean and that’s a good sign. I will give a final clean with the car cockpit polish that should finish it off nicely.

I’ve cleaned the mirror and prism above using a swab and the effect is instantaneous, there was a lot of dust here. Opening the curtain in a “B” setting I gave the whole interior a good blast with compressed air that has left the chamber as free of dust and contaminants as I can get it. With the curtain back down, a bulb blower and brush is all that was needed to complete the task. A lens mount cover is now in place to prevent anymore dirt getting in.

Transport tested

I’ve put in one of my old test films to check the camera’s function, and it’s transport & rewind, and I’m pleased to say this works just fine. At a shutter speed of 4000 I’ve never heard such a sweet sounding camera. This really feels like a lovely camera that I can’t wait to take out and run a film through.

Going through the function screen, there are no bad pixels and all options are available. I have tested the eye control function and programmed my own profile into the camera, it does seem to be working, it might be a little hit and miss, I programmed it very quickly so maybe I just have to read up on it more, just to tweak its use as such.

All rear sub menus working, and buttons operable

All sub menus on the rear of the camera are operable and all buttons and dials are doing what they should. This camera is ready to go, and is in a perfect working order.

Result:

She’s a beauty

This camera was probably discarded to one side when the sticky grip problem started to rear its ugly head. It really is a shame that this happens, it’s such a simple problem to eradicate. This is an absolutely superb camera and packed with technology that would eventually have gone on to be incorporated into the soon to appear professional digital offerings from Canon. For 35mm photography this was a perfect swan song, 35mm photography had peaked with this range of cameras and Canon had perfectly produced cameras that in effect had pushed this theme of photography to its highest level. It was the best of the rest at the time.

This camera deserves some respect, it feels superb in the hand, looks good, sounds terrific and performs exceptionally well. There will always be the haters out there, there always will be. But as you will have gathered, I don’t really report badly of any of my cameras as I truly love them all. They are superb items of modern and semi modern technology that have captured history. They just deserve to be preserved and protected and most of all enjoyed.

I will shortly be posting some pictures from this camera that can be found here:

Thank you for passing by, as always it is very much appreciated.

Canon EOS 10

An old EOS 10 was in need of attention. And I was able to lend a helping hand

Here I have a Canon EOS 10, a quite superb little camera. The date code within the film barrel is HE1213, indicating that this camera was manufactured in December 1990. At the time of manufacture this camera sat firmly at the top of Canons camera tree only surpassed by the EOS1 professional camera that had been released the year earlier in 1989.

My EOS 10 35mm SLR

This camera was amongst a selection of cameras and equipment passed on to me by a good friend and professional photographer as can be seen here: Cameras…i need more!

Here is a little history regarding the EOS 10

The Canon EOS 10 is an autofocus 35mm SLR introduced in 1990. The model name was EOS 10S in the Americas, and EOS 10QD in Japan. There was a commemorative metallic-silver version introduced in 1991 to mark Canon’s 60 millionth 35mm camera sold.

The improvements over the original EOS cameras are a newly improved autofocus sensor. Focus modes include One-Shot AF for non moving subjects and AI Servo AF for moving subjects. It is able to detect and switch automatically between the autofocus modes. Shutter ranges from 30 sec. to 1/4000 sec., with B. X-sync at 1/125 sec. Similar to the EOS 750, is has a built-in flash with a guide number 12 (at ISO 100). It uses one 2CR5 lithium battery and weighs approx 625g for the body without battery.

Camera wiki.org

Assessment:

One of the nuances introduced on this camera was the barcode option. Introduced at a time where barcodes were starting to creep into our life, in a knock at Minolta and their use of specific expansion cards for specific scene settings, Canon thought it would be good to utilise barcodes that you could scan, to automatically set your camera with these options without expansion cards. Needless to say it didn’t take off and was soon dropped from later camera production. It was a sign that the development teams were looking for advancement opportunities.

That barcode mode – soon forgotten

These cameras are available at fairly reasonable prices now partly due to the dreaded sticky rubber grip issue that tends to send buyers running for the hills, god knows why, it’s an easily remedied issue that just takes a little time and patience. I did a previous post about cleaning these cameras here: Sticky, Rubber camera grips it’s all down to the polymers in the Vulcanised rubber breaking down and reacting with hand sweat and other stuff. Have a read, and never throw away a camera just because it’s sticky.

This camera has some stickiness but it is not an advanced case. It will still be cleaned in the same manner, to prevent it developing any further.

The camera is just a bit dusty and in need of a good clean. The mirror is dusty and needs cleaning, a blow out of the interior should suffice as the shutter blades are opening and closing with no issue.

The battery is a lithium 2CR5 cell. The battery chamber is clean with no signs of battery contamination, this is a very good sign. When placed into the camera the screen comes on, is clear with no damage. A lens put on the front confirms that auto focus can be achieved and the camera fires and winds as expected.

To be quite honest, there doesn’t seem to be a lot wrong with the camera. It really seems to be just a clean and maintenance issue. I’m going to give the camera a thorough look over, dust and clean, a thorough clean of the external rubber and finish it all of with a good exterior body treatment. I will then run a roll of used film through to check the DX reader is working, as well as the transport system. Fingers crossed nothing major raises its head during the repair process.

Repair:

Straight in and at the cleaning, and to be honest the rubber wasn’t too bad. I only used two applications and not a lot of dirt came off on either. After it has dried, it does feel a great deal better.

Heavy cleaning, wasn’t that heavy

The mirror has cleaned up nicely, so has the prism above it, however whilst in there I noticed that the mirror damper felt was failing, so this I have now removed and will have to replace prior to using as I don’t want to cause any further damage.

The missing damper felt area, highlighted in red

I’ve had to order some new material that will hopefully be here shortly, as my supply, as is always the problem lately, is in storage with all my other gear pending this house move that will probably never occur. it’s a real pain in the butt not being able to access your most required kit. Hey ho.

The light seal has arrived, and so I start by getting the damper felt put in place. First I cut it to size, remove the sticky back paper and just wipe the sticky bit with some water, this allows me a little more time to reposition it before the adhesive does its work.

Below is a very small video with me putting the camera into manual mode on a single exposure setting to test the actual worth of the damper foam.

All working fine

I’m happy with what has been done so far.

Strap cleaned and restored

I’ve even given the neck strap a good buff up, the rubber on it was almost white rather than black, a bit of a clean and a polish and it’s now been restored to it’s original glory.

With the new damper in place it’s now time to run a film through it, I have an old test film I use for this purpose, I’m going to set the camera to its highest shutter setting and just run the whole roll through in quick succession to check the transport and rewind.

And here is that test, it went super fine and the full roll rewound at the end.

Transport works just fine

I’ve tested all settings, shutter speeds and functions including the flash and all is as it should be. I’m happy to say that this camera appears to be in full working order.

Now for the final clean and presentation.

Result:

Well, a little bit of car cockpit cleaner has done wonders. It looks beautiful and has a nice aromatic smell as well. I know I’m biased when it comes to cameras but I think this is an absolute beauty.

All polished and looking fine

I’m really pleased with this camera, I’m heading out later today to watch a relative play football and I’m going to take this along to grab some snaps with an expired film from 20 years ago. It will be a good final test of the capabilities of this camera, and should finalise its renovation. It’s been a great camera to work on and is yet another worthy addition to my collection. I will post the photos here when they are finalised. Canon Eos 10 test shots

Thank you all for passing by, it’s always most appreciated.