I've already arrived there too; I've been living in the 1980s for a long time in terms of photography.
A peaceful world, no surprises anymore and there is still so much to discover
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I carry this fitness equipment around with me on the street and I don't miss a thing
By the way, this is the Nikon F4, which I was able to get back to work with lighter fluid and graphite.
Nikon F4: Quick fix for gummed mechanics parts?
One problem with the Nikon F4 is resin buildup in the mechanics of the mirror box, which prevents the small aperture values from forming. In addition, a scratching noise can be heard when you press the stop down button. The camera has to be heavily dismantled for cleaning and lubrication...www.photrio.com
They don't sell parts, they don't sell tools and knowledge, they invoke copyright and intellectual property instead of providing you with a repair manual.
I think F4 is one of the best looking cameras. Many times I'm tempted to buy one just for the looks!
You just use your cameras until it breaks. When it breaks you can't repair it and even in the case of less than 10 years and the factory still repair it, the cost of repair is higher than replacement cost. So basically you just buy the camera and use until it breaks. But to many people that doesn't matter as they get rid of their cameras way before they have any problems at all.
I'm more anchored in the 70's, my most recent camera is an AE1P and it's not the most used.
The admirer and collector becomes sad. High-tech as a disposable product.
Yup, times have changed. And often not to the benefit of end users.Of course, you will search in vain for repair documents for current devices.
This also depends on your age and what you grew up with
Agreed, therefore what's stopping the DIY repairs is a 180° shift in culture and corporate greed rather the lack of skill and often misinvoked "impossibility" to repair these in small shops: just give us repair manual, chips, parts and PCB/flex modules, and that's all it takes.A bit of good news is that most capacitors on PCBs nowadays are not electrolytic (which dry out), but are a new invention called MLCC -- Multi-Layer Ceramic Capacitor. I doubt they will fail in a couple of decades due to drying out or decay. ICs and resistors seldom fail. These suggest that the most common problems in electronics will be cracks in flex-PCBs, bad connections, and poor contacts in buttons and potentiometers. Plus acid from leaking batteries destroying wires and connections. Most of those failures can be found and fixed DIY.
A bit of good news is that most capacitors on PCBs nowadays are not electrolytic (which dry out), but are a new invention called MLCC -- Multi-Layer Ceramic Capacitor. I doubt they will fail in a couple of decades due to drying out or decay. ICs and resistors seldom fail. These suggest that the most common problems in electronics will be cracks in flex-PCBs, bad connections, and poor contacts in buttons and potentiometers. Plus acid from leaking batteries destroying wires and connections. Most of those failures can be found and fixed DIY.
Agreed, therefore what's stopping the DIY repairs is a 180° shift in culture and corporate greed rather the lack of skill and often misinvoked "impossibility" to repair these in small shops: just give us repair manual, chips, parts and PCB/flex modules, and that's all it takes.
I can fix my camera.
I'm stuck in the 1920's.
As transition-era products, they're kind of a messy hodge-podge of old and new, the X700 more so than the Pentax.
what's stopping the DIY repairs is a 180° shift in culture and corporate greed
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