https://youtu.be/d6SPV4GZp-U
https://youtu.be/d6SPV4GZp-U
On 17/09/2026 16:13, Jethro wrote:
https://youtu.be/d6SPV4GZp-U
The classic example was the Singer sewing machine. It was so well engineered that it passed from grandmother to daughter to
granddaughter and so on. Once everybody who wanted one had one, the
business collapsed.
On 17/09/2026 16:13, Jethro wrote:
https://youtu.be/d6SPV4GZp-U
The classic example was the Singer sewing machine. It was so well >engineered that it passed from grandmother to daughter to granddaughter
and so on. Once everybody who wanted one had one, the business collapsed.
On Fri, 18 Sep 2026 10:12:54 +0100
Indy Jess John <bathwatchdog@OMITTHISgooglemail.com> wrote:
On 17/09/2026 16:13, Jethro wrote:
https://youtu.be/d6SPV4GZp-U
The classic example was the Singer sewing machine. It was so well
engineered that it passed from grandmother to daughter to
granddaughter and so on. Once everybody who wanted one had one, the
business collapsed.
There are other factors: most people prioritise buy price over likely
length of life or maintenance needed i.e. will not generally pay more
for something more robust.
Also, the cheapest production methods do not allow for repair. A
control stalk on a car's steering column could usually be dismantled
and individual switches changed. Now there are no parts available
smaller than the entire stalk, and then it is likely to be a major job
to exchange it, as it will have been fitted before the surrounding
covers were riveted into place. And so on. The 'right to repair' is all
very well, but it will lead to more expensive products, which will not
sell easily against items with less repairability.
On 18/09/2026 12:04, Joe wrote:
On Fri, 18 Sep 2026 10:12:54 +0100
Indy Jess John <bathwatchdog@OMITTHISgooglemail.com> wrote:
On 17/09/2026 16:13, Jethro wrote:
https://youtu.be/d6SPV4GZp-U
The classic example was the Singer sewing machine. It was so well
engineered that it passed from grandmother to daughter to
granddaughter and so on. Once everybody who wanted one had one,
the business collapsed.
There are other factors: most people prioritise buy price over
likely length of life or maintenance needed i.e. will not generally
pay more for something more robust.
Also, the cheapest production methods do not allow for repair. A
control stalk on a car's steering column could usually be dismantled
and individual switches changed. Now there are no parts available
smaller than the entire stalk, and then it is likely to be a major
job to exchange it, as it will have been fitted before the
surrounding covers were riveted into place. And so on. The 'right
to repair' is all very well, but it will lead to more expensive
products, which will not sell easily against items with less
repairability.
The right to repair doesn't necessarily mean down the smallest
component, nor does it mean by the DIYer.
On Fri, 18 Sep 2026 13:23:50 +0100
alan_m <junk@admac.myzen.co.uk> wrote:
On 18/09/2026 12:04, Joe wrote:
On Fri, 18 Sep 2026 10:12:54 +0100
Indy Jess John <bathwatchdog@OMITTHISgooglemail.com> wrote:
On 17/09/2026 16:13, Jethro wrote:
https://youtu.be/d6SPV4GZp-U
The classic example was the Singer sewing machine. It was so well
engineered that it passed from grandmother to daughter to
granddaughter and so on. Once everybody who wanted one had one,
the business collapsed.
There are other factors: most people prioritise buy price over
likely length of life or maintenance needed i.e. will not generally
pay more for something more robust.
Also, the cheapest production methods do not allow for repair. A
control stalk on a car's steering column could usually be dismantled
and individual switches changed. Now there are no parts available
smaller than the entire stalk, and then it is likely to be a major
job to exchange it, as it will have been fitted before the
surrounding covers were riveted into place. And so on. The 'right
to repair' is all very well, but it will lead to more expensive
products, which will not sell easily against items with less
repairability.
The right to repair doesn't necessarily mean down the smallest
component, nor does it mean by the DIYer.
No, but it means details like being able to dismantle the thing without damaging it, and if necessary the manufacturer making available
instructions as to how. Example: VTech make toy cars and other toys
that talk and do clever things. They can all be dismantled with at most,
a few screwdrivers, without damage. Everyone elses' plastic toys, no
matter how sophisticated, are assembled with glue or one-way plastic
clips.
Because its fast and lowers labour costs
I had a freelander that got water into its light cluster and some of the lights no longer worked
I removed the cluster and discovered the edge connector on a PCB was
eaten away with corrosion. Both the board, and the connector that went
on it.
Total replacement loom with connector loom and cluster and labour around -u1000
I couldn't get just the connector. anywhere.
Neither could I understand why there was a connector there at all, and I realised is was so they could fit the loom first and then spend 5 secs plugging the cluster in and one more clicking it into place...
I removed the connector and soldered the wires onto the PCB
Took 20 minutes and 5p of solder
Worked perfectly forever as far as I know
(I asked here about it a while ago, the other sources turned out to be not
a great deal cheaper than $1/clip from Japan)
Theo
On 17/09/2026 16:13, Jethro wrote:
https://youtu.be/d6SPV4GZp-U
The classic example was the Singer sewing machine. It was so well engineered that it passed from grandmother to daughter to granddaughter
and so on. Once everybody who wanted one had one, the business
collapsed.
(I asked here about it a while ago, the other sources turned out to be not a great deal cheaper than $1/clip from Japan)
Theo
No luck tracking down that box of goodies from Lidl then ? and ....
did you speak to a human at Woolies ?
On 18/09/2026 17:32, Joe wrote:
On Fri, 18 Sep 2026 13:23:50 +0100
alan_m <junk@admac.myzen.co.uk> wrote:
The right to repair doesn't necessarily mean down the smallest
component, nor does it mean by the DIYer.
No, but it means details like being able to dismantle the thingBecause its fast and lowers labour costs
without damaging it, and if necessary the manufacturer making
available instructions as to how. Example: VTech make toy cars and
other toys that talk and do clever things. They can all be
dismantled with at most, a few screwdrivers, without damage.
Everyone elses' plastic toys, no matter how sophisticated, are
assembled with glue or one-way plastic clips.
The Natural Philosopher <tnp@invalid.invalid> wrote:
[quoted text muted]
So much on $%&! cars is quick to install at the factory and a PITA when
it's 20 years old and you need to get it off.
On Fri, 18 Sep 2026 17:58:22 +0100, Theo wrote:
The Natural Philosopher <tnp@invalid.invalid> wrote:
[quoted text muted]
So much on $%&! cars is quick to install at the factory and a PITA when
it's 20 years old and you need to get it off.
I am convinced that they build cars around the loom and the heater
matrix. I have visions of them being held in place in the factory as the panels are welded around them
On 19/09/2026 16:04, Jethro wrote:
On Fri, 18 Sep 2026 17:58:22 +0100, Theo wrote:
The Natural Philosopher <tnp@invalid.invalid> wrote:
[quoted text muted]
So much on $%&! cars is quick to install at the factory and a PITA
when it's 20 years old and you need to get it off.
I am convinced that they build cars around the loom and the heater
matrix. I have visions of them being held in place in the factory as
the panels are welded around them
No, the wiring loom is wound separately and fed through holes in the bodywork.
On 19/09/2026 16:04, Jethro wrote:
On Fri, 18 Sep 2026 17:58:22 +0100, Theo wrote:
The Natural Philosopher <tnp@invalid.invalid> wrote:
[quoted text muted]
So much on $%&!-a cars is quick to install at the factory and a PITA when >>> it's 20 years old and you need to get it off.
I am convinced that they build cars around the loom and the heater
matrix. I have visions of them being held in place in the factory as the
panels are welded around them
No, the wiring loom is wound separately and fed through holes in the bodywork.
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