Old World Craft: The Well Builder

Tradition Keepers
9 followers
Sep 17, 2025
About 60 years ago, turning on a tap and getting fresh running water wasn’t something you could take for granted – especially in rural or remote areas. Electricity was unreliable, and there were no centralized water systems. Back then, the work of well builders was in high demand. The trade still exists today, but it has changed dramatically.
Georg Stadler, from Lower Bavaria, is one of the last well builders who still masters the old techniques. He knows how to build a traditional bucket elevator entirely out of wood. But he never begins a job without first consulting a water diviner. Finding the right spot for a well has always been – and still is – a challenge.
When one puts one foot in front of the other with thought,
holds a hazelnut branch firmly in his hands,
and has a lot of thoughts,
then that is perhaps one who is looking for water,
goes to the well builder.
Then there are two together,
who are not surprised when, without doing anything,
the hat begins to turn in the fist.
They have no doubt and no urge for scientific explanation.
They have known of this power since youth.
If there is a water vein, it shows the hat.
But only to those who can.
The well builder Georg Stadler cannot do it,
which surprised him, when he learned all this from his father,
what a good well builder did to one from back then.
But the father could not teach him how to walk the route.
So he needs someone who is looking for, and hopefully will find,
where the client wants a well.
But actually, all this is long past.
Because such a well, as Georg Stadler digs here again,
was already technically outdated in the 1920s.
But it was still built like this until about the 1950s, at least on the land.
The construction of this well was fascinating, simple and functional.
And all the material that was needed for the production,
cost little, because it was supplied by the surrounding nature.
Even today there is still the profession of the well builder.
But he has nothing to do with the activity and the manuals,
as they used to be used and as Georg Stadler learned them.
A well builder today uses drilling machines,
builds complete pump works and lays pipe lines, is a technician.
The most difficult manual work belongs to the past.
There are still outdoor areas in our area,
which are not connected to the long-distance water supply.
If a new well is needed there,
a hole of at most 30 cm is enough.
It is usually drilled exactly where you want the well.
Because at some depth you will bump into water.
It is mechanical work.
A few meters more or less no longer play the role as it did back then.
Without some help it was and is not possible.
And it needed special tools,
which the well builder, who is made of wood, has made himself.
For example, the windmill, or Haspel, as it is also called,
or the Bock, the cranes, as it is called in Lower Bavaria,
the home of Georg Stadler.
Off!
Enough?
Enough!
People often asked me,
how I want to become a schoolboy.
What do you want to do?
I say, what my father is.
My father is a carpenter and a well builder.
But first I did the apprenticeship as a carpenter.
Then I was in the war.
Then I came home from the prison.
Then my father said,
boy, what are you doing now?
Your master is not here.
Will you help me to dig a well?
Then I said, yes.
Then we did an apprenticeship.
My father was recognized as a master carpenter.
I had three and a half years of apprenticeship.
Because the well building is a danger in class 1,
I had to learn for three and a half years.
The most important thing in the well building
is that you have three reliable men,
on whom you can rely,
who also monitor the commandos,
who react when you say,
stop, up, down.
Because if you throw such a drum on the head,
then you don't survive it anymore.
Up now. Stop.
So, man, let it go slowly.
Let it go. Good.
The diameter of the shaft well
is kept as small as possible on the one hand.
This reduces the digging work.
On the other hand, it must be so large
that work can be done in it,
even if it is walled out.
This would not be possible with chisels and shovels
of normal length.
The shaft should be 80 cm long.
Not more.
Stop.
You can leave the wedge further behind.
But if you have room,
you can take the shovel with you.
The shaft is in the way,
you can't stir it.
Cut off the edge.
To eye level.
Vertically.
That's the real art.
The well builder,
who did not master this,
had to bear the spurt of those
who got their crooked well in front of them.
Like the course of a spiral staircase,
the well builder digs himself into the depth
and thus manages,
at least at the beginning of the work,
when mostly humus and lighter soil
make up the material,
three to four meters a day.
Stop.
Wide enough.
When I did my self-examination,
in 1949,
I was the only well builder.
There was no one else.
And then they put me
at the wall during the self-examination.
And then I noticed
that the old craft
was slowly coming to an end,
because there were pumps
and water pipes.
And my father,
who didn't want to change anymore,
as I knew,
said to me,
let's drill into the well.
Depending on the firmness of the earth,
the wall must be secured
at least half a meter
and at most two meters.
There were different methods for this.
One,
to cover the wall with boards
and to hold it with an adjustable iron ring
and wooden wedges.
The other,
older,
to dig the shaft square
and to secure the four walls
which meant much more
excavation and wood construction.
A scale,
strength, endurance,
eye size and experience,
that's what the well builder needed.
If we don't put in a shell,
the electricity should stop.
Because rainwater
that flows down behind the shell
softens the walls.
Yes, we have difficulties here.
Here we already have a hole,
here we already have a hole.
We have to dig it down.
Where is the shell and where are the boards?
Here are the boards.
Good,
let's dig it down.
And off we go.
Yes,
I remember,
we were once at the well.
It was a long time ago.
We dug four or five meters down,
dug it out cleanly,
then I shouted,
let's dig it up.
I was already 60, 70 centimeters
under the shell.
Suddenly I saw
how the wall was bulging,
how it was crumbling,
how it was collapsing.
And the moment it collapsed,
the water came out
already in such strength.
Then I shouted,
let's dig it up.
Then my father said,
look if you can get an iron ring out.
Then I quickly hung it up
and dug up five meters of water.
We couldn't do anything else.
We had to pour it in again.
Why pour it in?
The answer surprised.
That well would have had too much water,
far more than would have been used by the farm.
The water would have started to stink.
The water here now worries others.
Unexpectedly much surface water
has made its way into the well
and has begun to wash away the shell.
But the rain is over
and Georg Stadler has everything under control.
But there were problems like these
that forced him to give up
There was always bread time
for Georg Stadler and his men,
even if the times were bad.
Then maybe not so much.
Sometimes, as he remembers,
there was only an edge of bread
and a scheps, a thin beer.
But that was a long time ago.
I don't know exactly,
a little bit of wetness is already coming.
Don't you care anymore?
Yes, I do.
Try another one,
because he says the others are so good.
Let's try the teppelzinner.
These are good.
Stop.
Come on, you can do it,
now the water is already coming in.
No waterfall,
just a small gutter.
Just right
to fill the water.
So that the stock for the day is enough.
So the water will always be fresh.
The problem is,
when the water comes,
that the wall can collapse.
And then of course you have to make sure
that you dig a water reservoir.
And you do that first with a wooden rake.
It comes in,
then a brick is put on it
and then we dig the wooden rake
and then it sags slowly.
And then,
when it's time,
we put a brick on it.
And I can't do that with a brick,
that's what the bricklayer does.
Water reservoir digging,
the term for when digging
and securing the walls hand in hand.
The stones support the wall
and the wooden ring prevents
that the wall collapses when digging.
The bricks and later also the brick stones
are walled without mortar,
a drywall.
It holds out the wall pressure,
because the stones cannot escape inwards,
because the radius becomes narrower.
One and a half meters
has Georg Stadler dug the water reservoir
and walled it.
That's how high the water will collect here.
Exactly the right amount
to supply this property.
I'm in the front.
We're in the back.
Now you can pull me up.
Greetings.
Yes, greetings.
Now you can bend down a little.
I have to look at the dive.
Go.
What is a well builder looking for in the forest?
He is looking for a tree
for the wooden pump.
It must be a pine tree
with the finest bark,
so a tree can stand in the water
for 15 to 20 years.
You go on.
Pines,
in Lower Bavaria
they are called pines,
wooden pipes with a pump mechanism.
Georg Stadler is one of the last
to master the construction
of this ingeniously simple device.
Come here a little bit.
Put on the core mark.
Now let me have a look.
Here we go.
Each well needs
a so-called suction pond.
With this tree
of a maximum length of 5.5 meters
the water is sucked in
and depending on the depth of the well
it needs one or more pump ponds
in which the sucked water
is then pulled up from the piston.
The art is
to always let the tip of the drill
follow the core mark
that runs through the tree
like a black line.
After every second drill
Georg Stadler checks
if he really holds the direction.
Here we are a little lower.
Ideally, the black point
lies exactly at the tip.
If it deviates,
the bearing of the drill
must be corrected accordingly.
The beauty of the job
is that there are
different types of work.
One with earth,
the other with wood.
It is not good
if you need such shavings.
If the trunk is drilled
over the total length
with a 40 mm hole
and here the short piece
that forms the suction pond
has been cut off from it,
the hole must be increased
to at least 95 mm
There are three drilling uses
of 20, 40 and 60 mm.
In order to be able to drill
the suction pond
the drill must be precise
so that the piston
can be placed close to it
and can do its pumping work.
Georg Stadler says
that this work section
is the easier one
but the strength
cannot be brought up
by one person
in the long run.
It is clear
what effort
was put into this craft.
Stop!
If you look at
such a heat pump section
you can see
the swing around it.
These are two
heat pipes.
We call them
pipes.
The lower pipe
is drilled
with a 40 mm hole
and the upper one
is drilled
with a 95 mm hole.
The pump pond
is sharpened
in order to be able
later with the suction pond
airtightly.
Only now
is the trunk cut
because the bark
has provided
more support
on the bumps.
The piston is made of
maple wood.
Georg Stadler does not
need any machines
Everything is handcrafted.
A fountain builder
had to be able
to work with wood
like digging,
even if he did not
learn the chamber craft
like Georg Stadler.
The valve is
in the hole
and in between
is the valve cover.
The piston goes up
and closes the cover
and pulls the water
up with it.
This valve
is also
a simple construction.
A piece of leather
made of a small
wooden block
is a gasket
and can be
repaired.
The gasket
is part of the pump pond
and must be taken into account
when calculating the length.
To shape it
Georg Stadler
needs an axe,
a saw,
a chisel
and a knife.
The leather gasket
is nailed
to the piston
with a hammer.
The hammer
does not fit.
I need a flat one.
While Georg Stadler
is busy with the creation,
the brick wall
is growing.
It seems too easy
but the construction
of a drywall
requires special skill.
Put the shingles on.
In the past,
the works of the different
For example,
the well builder
had to go to the blacksmith.
Even if there were
only a few parts
he had to make.
Rings of different
diameters are needed.
One for the lower end
of the pump pond
two small rings for the piston
and a fork and bolts.
All special craftsmanship.
In the past,
this was the normal case.
Today, it is a nightmare
because of the costs.
The suction pond
is short.
One person can carry it.
But the pump pond
is heavy
because the wood
has to be fresh.
Are you ready?
Yes, I am.
Ready, lift up!
Lift up!
A little more!
Stop!
Do you have it?
Stop!
This is a critical moment.
If the pump pond
is not lowered
vertically,
the connection
between the two
will not be tight.
I once
climbed up a log
and when I lifted
my first foot
I broke
the log.
The well was
7 meters deep
3 meters of water
and I was
lucky
that I did not fall on the ponds.
Otherwise, it would have looked worse.
You can see
that the well construction
is a dangerous job
and I can tell you
more about it.
Some more hits
and the connection
between the two ponds
will remain tight
as long as the wood
does not wrinkle.
A little more!
Stop!
I can't hold it.
I am sure
that this is my last well
when the time is over.
But I don't know
if I would be so shy
when I was young
to be a well builder.
But back then
it was like that.
What you learned
you did
and you did it
conscientiously
as good as you could.
