Relocating massive structures like entire villages requires meticulous planning, specialized equipment, and precise execution due to complex factors including weight distribution, center of gravity, terrain challenges, and structural integrity concerns. The Malmberget village relocation project demonstrates how engineers must balance multiple competing demands—preserving historic buildings while navigating steep terrain, narrow roads, and unpredictable obstacles—using hydraulic lifting systems, steel girders, and carefully positioned transport trailers to safely move structures weighing up to 210 tons.
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It is the most stunning relocation project in the world.
A whole village in northern Sweden needs a new home.
Without it, Malmberget would simply get swallowed up by the earth.
A mega transport and an incredible rescue mission.
Be careful. I have no good grip now.
A journey that takes the [music] houses and the workers to their limits.
Moving a house on steep hills [music] through the village, that's pretty tight and difficult to manage.
A mega transport that requires mega nerves.
Of course, when the house is bigger, you have to have more focus and a little bit of more nerves, of course.
And must overcome mega obstacles.
Malmberget in Sweden.
In Lapland, [music] to be more precise.
70 km north of the Arctic Circle.
It has 3,200 [music] inhabitants and faces a challenge.
The historic village is literally sinking and must be [music] relocated.
Malmberget is where Swedish steel comes from. One of the biggest [music] iron ore mines on earth is located 1,250 m below the village. [music] Each year, 5 million tons of iron ore and products are extracted.
But, the more rock the mine has cut and carry away, the more the ground sinks.
It looks like the surface [music] of the moon.
The crater landscape separates Malmberget into western and eastern sections.
Soon, there will be no ground here at all.
The mine giveth and the mine taketh away.
But, Malmberget must continue to [music] exist. The village is too important in Sweden's history.
It's historic houses too valuable and precious.
Thus, the state-run mining company attempts [music] the unheard of.
The mega transport of an entire village.
Work is already in full swing on the uppermost street called Östra Kyrkogatan.
All the houses here must make it to their [music] new location intact.
This man prepares every single house for transport.
A Swede in a cowboy hat.
Tommy Nordin, along with his three-man team.
He has been a house mover for 15 years and has even relocated entire train stations.
But never a house like this.
This building [music] in Malmberget is the greatest challenge of Tommy Nordin's life.
The villa at 2A Hjalmar [music] Söderberg's is Malmberget's pride and joy.
It is the tallest and most beautiful house far and wide. [music] And the most difficult to transport.
It weighs as much as 100 SUVs.
The villa is about 100 years old.
14 m wide, 14 m tall, and 14 m long.
In the shape of a T with three chimneys.
Its total weight, 210 tons.
Tommy Nordin's first job, removing the earth around the villa.
That's how it always starts.
The relocation of Malmberget is a long-term project with several stages.
18 buildings are on the agenda for this year. 11 houses and seven sheds.
The peculiar thing about this villa, Tommy must number every individual stone. We're going to save the granite.
The stone and foundation going to be saved for a new spot.
This is really we we have to be really careful with them. We cannot smash them and we have to take them down really carefully and how you take down big granite stone carefully it's a mystery, but we are going to do it and we are going to save them and put them up on the new site.
And this is how the mystery is solved.
Tommy's team drills holes in the mortar between the stones in order to take them out.
Hopefully, the team will manage to reconstruct the foundation exactly at the new location.
But, there's one small problem.
I forgot to document the pictures.
There there were all numbers.
You remember exactly.
There is numbers, but you don't know where the stone if number one is there or there or The villa is the only house in Malmberget [music] that stands on a granite foundation.
Around 200 chunks.
The team must remove each one using drills [music] and crowbars.
Working by hand is gentler, but it requires greater effort.
And this is only the beginning.
The villa will demand much more of the men.
Oh.
Oh, after after after after there.
Go back up back up back up back up.
All of the machine shovels were built by Tommy Nuland himself.
Special house moving equipment simply does not exist.
>> It takes about half an hour to break through the first wall, but that was just a prelude.
Before the actual transport can begin, the team must complete three tasks. The first, making holes in the foundation.
The holes are necessary for the most important step. [music] Namely, the second task, placing eight steel girders under the villa so that it can travel stably. Without them, the heavy chimneys in particular would likely break.
Task number three, using hydraulics to lift the whole villa so that the transporter can drive underneath and take it away.
It all depends on the chimneys.
With them, the whole transport literally stands or falls.
The chimney is like a stone column in the center of the house and uh it's the heaviest part of the house, so we need to get a good uh connection with the beam, so we really really are sure that it's uh come with us when we're lifting the house. Otherwise, we have a big mess inside with cracks around the chimneys and uh a lot of issues later.
The difficulty, the team must drill into the chimney in order to place the steel girder underneath that supports it.
But the team may drill away only one side. That is only half of the chimney.
Otherwise, it would collapse.
Thus, the steel girder may only go under one half of the chimney.
The men repeatedly make sure that they are not removing too much.
Then, they discover an iron beam in the ceiling. tied together [music] here. old fireplace or part of the chimney?
A crucial question.
The house movers have to know what it is.
Because if they don't get the chimney along with the iron beam, the whole villa could collapse before it is moved 1 cm.
You can see this is the chimney. Yeah.
And we took that part.
We find the beam under, so we was going up and double-check it, and there is no fireplace. It's only the the shape of the chimney, like the the same shape you see down there. So, that's good for us.
I just I just don't remember exactly, because I'm moving 32 houses up here, and you've been checking everybody, and sometimes you forget if it's a fireplace or not.
In addition to the chimneys, the men must deal with another big problem area.
Oh, you make the marks, also.
This connection between the the stone and the wood is the most most fragile.
So, we have to be really careful, so we not crack this, or getting too much movement between them.
When they lift the villa later, it must remain absolutely level. Otherwise, terrible cracks will immediately appear in every wall.
In the attic, it becomes clear why this villa makes the house movers work much more difficult than all the other houses.
Two chimneys run together [music] up here.
That means one of the three chimneys is in reality a double chimney.
Tommy Lund [music] must make very sure that he actually secures all the chimneys under the house.
Three chimneys are visible on the roof, but there are actually four.
That means more work, greater caution, and more time required.
This makes it a little bit complicated because the other house has only two chimneys in the center line of the house. This house have four chimneys spread out all around the house. So, this is a much more complicated and um it needs more much more time to make sure you have the all the chimneys under the beams.
This villa has stood in this cozy settlement on the hillside for 98 years.
Now, all the houses here must go. In a few months, the mega transport must be complete.
The procedure is similar for all the houses. A team of specialists drives up with a trailer about 30 m long, which they must move under the house.
The team must maneuver the trailer onto a precise spot.
Then, the specialists use hydraulics to lift the trailer bed.
When the building rests precisely on [music] the calculated spot, the epic journey can begin.
It sounds like a routine job.
And, in fact, house moving is nothing new in Malmberget.
The relocation of the church in 1974 marked the beginning of a larger resettlement program.
In quick succession, it was followed by the school, the movie theater, and stores, and also large parts of the village center.
By 2032, 2,000 residential units must be relocated.
250,000 sq m of land will be cleared. That means almost the entire village will disappear.
And be resurrected here in the neighboring town of Koskullskulle, 7 km away. Despite the proximity to the mine, Malmberget's houses can remain here, for the mind extends in the opposite direction.
Kungskurvan [music] will grow tremendously. The old town center is now at the back. In front is a newly created space for the houses from Malmberget.
For the ones that came last [music] October and for all those still to come.
Like [music] the old villa at 2A Höyersbacka.
Preparing this jewel for the [music] move is hard work.
House mover Tommy Nuland and his team are still working on task number two.
Placing the steel girders.
No mistakes may be made now with the chimneys.
This is the marks of the actual chimney.
And this is the stone.
So, if you take this stone out If you take this stone out, this is the only piece that hold the chimney up.
So, that's why we have to cut it here, so we get the 50% free and 50% still on the foundation.
Because this is the this is the chimney now.
So, if you take this stone out, we get a big problem.
Tommy Nuland's tool, a diamond saw.
This chain is not a cutting chain, it's a grinding chain, so it's not a It's not like a chainsaw when it you can stuck and you can get it to flying into your face, because this is not cutting the Actually not the cutting, it's grinding down the stones. It's actually just heavy and a lot of water.
So >> [laughter] >> It's only good when you just finish the cut.
But otherwise it's really shitty.
By that he means incredibly [music] strenuous.
250 L of water are heavy.
What is more, there is no possibility of improving the job [music] or getting a second chance.
If Tommy saws too much away, in the worst case, [music] the chimney can fall through.
If he saws too little away, then later he won't be able to secure the chimney optimally with a steel girder.
And that could have catastrophic consequences.
Ultimately, Tommy Nuland must improvise.
I change you for a rock.
11 and a half horsepower against granite.
The battle lasts 10 minutes. Then, it's over.
Always hard.
This is a granite and you see no is a lot of a quartz. You see the white stone in it.
It's one of the hardest um stones in the world. So, it's it's really hard with even with the diamond chainsaw.
Tommy takes a short break to catch his breath.
His colleague, Michael, finishes the rest.
>> That's why you the camera man should not stand there.
Yeah, look at the nice cut.
We won't know whether he is sawed properly until the steel girder arrives.
>> [music] >> The next day, the team builds wooden towers for the girders to lie on.
Their crossbeam construction [music] makes them very stable and they provide enough space for the cylinders that will lift the villa.
Now the moment has come for which the team has worked for days. The most dangerous part of the preparations.
You have a guy there directing me.
Whatever he say, I will I must follow his order because he see what's happening under the house.
And this is the the moment with the most risk. If there are any risk in this job, it's now. The goal, eight steel girders must go under the villa and both the house and the team must remain intact.
One girder weighs 2 and 1/2 thousand kilograms.
If it falls, it would be more than enough to kill a worker or to destroy the house.
Michael.
We have to turn it this way because I cannot turn it in front of me. It's too long now.
There is a lot of pressure [music] on the team. Each beam has to be perfect.
Only when all the load-bearing walls and chimneys [music] are faultlessly supported, can the house be moved.
And it is not only the house [music] they must pay attention to.
Be careful, Michael.
This is clearly no routine job.
Suddenly, the steel girder gets caught.
Plastic. What? Plastic pipe.
Ah, it's stuck on the truck.
Wait.
Everything goes wrong today.
Now, there's only one thing they can do.
Push the steel girder further until the end rests on the first wooden tower.
And then, the men on the other side of the villa must somehow lift it onto the second wooden tower.
The girder must lie on it perfectly. It cannot fall in the few minutes during which the men drive to the back side.
And there are other dangers, [music] too.
Be careful. I have no good grip now.
Like I said, be careful.
I have no good grip.
All's well that ends well.
The first steel girder is in.
Seven more to go.
They are 14 m [music] long, a perfect fit under the 14 m wide house.
If the girders jut out too far on the sides, they will impede the transport later.
While working with the steel girders, only one member of the team is allowed to get this close to them.
Tommy's colleague, [music] Michael.
They have been working together for 5 years, and a firm trust has developed between them.
Michael gets ominously [music] close to the girders.
Trust, professionalism, and blind understanding pay off.
Every beam [music] is in its place.
Now, the men must synchronize the girders.
That means making sure they are all exactly horizontal [music] and at exactly the same height.
Otherwise, the villa would [music] ultimately break apart.
On the fourth day, all eight steel girders are bearing their weight.
Task number two is finally complete.
A big part of the job is done.
With the digging and putting the beam and secure the chimneys, so it feels really good because we have come a long way on this lifting project. Project, so this feels really nice now because this is a big step on the journey.
Before the villa can begin its [music] journey, one man wants to say goodbye.
Jens Anderson, who lived in the house [music] for 8 years.
It's amazing.
He has never seen the [music] villa like this before.
He and the other inhabitants moved out 3 months ago to make way for the villa's mega transport.
Feels empty.
Jens really loved this view in particular.
And yet, [music] he is happy that at least the villa will be spared.
We had good times in in this this apartment and um like watching over the town right the town right now, it's um special feeling because the new place we have it's not we don't have any views like this. I think moving the houses is a good thing um because it's an old house, it has lot of history. So, um I'm excited to see the new place and someday I can show my kids where I was staying like for 8 years or something.
So, I think it's a good good thing to take care of all the houses, not not tear them apart.
Malmberget will not disappear entirely [music] as long as its houses attest to its former greatness and significance.
My grandparents told me that Malmberget were the place where everybody wanted to live at.
Normally, it was a lot of people over here and um you see, there were like always traffic on the roads and stuff like that and um maybe in the '90s in the beginning of 2000, it was it was feeling like um it's getting smaller and smaller because the mine were so close to the town.
It feels nowadays like more like a ghost town.
The big villa will also be gone soon.
Today, after nearly 100 years, it will leave its foundation so that the trailer can drive underneath and carry it on its back.
It sounds easy and Tommy says he only needs a few cylinders for it.
But of course, it's not that easy.
This is a normal standard lifting cylinder. It's a high pressure cylinder. It can stand 700 bars.
It's lift 30 ton when you put 100 bars pressure on it. And the pump is an electric powered hydraulic pump with uh some control valves and a really nice drawing how we're going to put the >> [laughter] >> how we're going to put the hoses.
Just some >> [laughter] >> something for the guys to look at it.
Not special, but Not makes no sense for a normal person, but for us it's kind of how it's going to be.
16 cylinders, all operated in sync with one another.
Each one can lift 30 tons. That means about twice as much power as necessary for the 200-ton house.
The men plan to lift the villa in four or five stages. A few years ago, it worked very differently.
In the beginning when I first year I worked, I just hand-pumped all the houses with the with the hand-pump jacks.
I would use small ones.
Then it take maybe 2 days lifting a house, but you had doesn't need to go to the gym after.
>> [snorts] >> More of more to the chiropractor.
If everything goes well today, they'll be done in a couple of [music] hours.
Hey guys, you all ready? Yep. Perfect.
The first stopping point is reached at 350 bar, which translates to 10 cm.
Now the team must continue working quickly. The villa's weight is entirely on the cylinders. If one of them lost pressure, the others would adjust as rapidly as possible.
The villa would certainly suffer [music] heavy damage.
This is the critical part of the lifting.
When it's hanging on the hikers, it's good to finish this. You don't go to break now or take a coffee or something.
You finish this.
Centimeter by centimeter, the hydraulics lift the villa [music] into the air until it is only balancing on the thin girders.
Only now may they all breathe easy.
The steel beams [music] are placed correctly.
Task number three is complete.
Perfect. Finished. 1,300 mm.
All of the difficult tasks of the preparation phase are done. Now, >> [music] >> the remaining stones must be removed.
And a road must be created for the trailer.
Then, after a week, this very special villa will be ready for the mega transport.
It feels great now when the house is prepared and lifted and everything.
And I'm really proud of my team that we managed this challenge job with all the chimneys. So, it feels really nice.
The villa is ready for a new home.
With the smaller neighboring houses, things go as follows.
After about an hour's drive, the mega transport reaches its destination of Koskullskulle.
Depending on how long the house has been uninhabited before the move, it will be about 1 year before people can move back in.
That's how much time is necessary for renovations.
Setting a house back down [music] works similarly to lifting it up.
The trailer must drive over the foundation and place the house precisely above the wooden towers.
Then, the trailer bed is lowered and the building is set [music] down.
A whole row of houses is already missing in Maun Berget.
But today, the moment has come for the biggest and heaviest house.
For Maun Berget's pride and joy.
After exactly 98 years, today it will leave its birthplace for the first and probably only time.
And the route [music] has now also been carefully prepared.
For a mega transport means far more than simply bringing a house from point [music] A to point B.
Street signs must be removed, streets must be closed, everything in the way of the columns path must go.
So that everything will run exactly according to plan today.
Now the transport team moves in.
Experts in the conveyance of truly large objects.
This monster on wheels is necessary to bring heavyweights safely to their destination.
The experts have already succeeded in moving many smaller houses.
But today, they must tackle the biggest and heaviest.
>> This man is in charge of making sure that everything goes smoothly.
Project manager, Rick Kalyao.
We got a 28 m long trailer here. Um which can be lifted with hydraulics.
So, we can drive under the house when we're low, and then we can lift the house up.
The trailer can be extended piece by piece.
It has 18 axles.
Each can carry 36 tons and is supported by hydraulic cylinders that allow the trailer bed to be raised and lowered.
This is important for loading and unloading, but also during the move.
It allows the trailer to stay level even when driving over an uneven or bumpy surface.
This is what makes it possible to transport a house without damaging it.
The hydraulics are controlled directly on the trailer.
So, while we do the operation, there will be one operator in here. One will be in a truck. And that one uh is going to um use the the the sticks to uh keep the the the trailers level as possible, and he keeps uh the trailer within the stroke.
The trailer's 144 wheels have a special feature that is important when loading and during transport.
They can be steered by remote control.
This helps the bulky trailer get around narrow curves.
Heavy-duty transports are nothing new for them.
But, the relocation of Maalmberget is something special, even for Ren.
For us it's I won't say a daily job, but we do it all the time. But if you drive that house through the village, all people are standing there. They're stopping cars. They're making photographs. That's like you you you can imagine what the impact of moving a house is.
Today is the big day.
For the residents of Malmberget, for the transport team, but also for Tommy Nuolainen. Now we'll see whether his team did good work.
It feels really nice after all these weeks of working. And now we're going to take the trailer under and make the first test lift.
So, but I have to be there under and see what's happening.
Is the house mover somewhat nervous?
No, not nervous, but excited.
Of course.
The villa [music] must sit properly on the trailer in order to be transported.
So, the team must put it exactly in the right [music] position.
Which is not simply in the middle.
Instead, the trailer has to go under the house's center [music] of gravity.
This doesn't work at the drop of a hat.
The men must drive the trailer in and out again in order to hit the [music] center of gravity.
Workers at the front and back help to position the trailer optimally.
They can't see each other, so they communicate by walkie-talkie.
All right, if you're ready, Paul, then we can go backwards again.
Yep, if you want.
If you want.
Then, after 30 minutes, the trailer is finally in the perfect position.
It's time to raise the house.
The trailer bed can be raised to a maximum height of 155 cm.
That is the height at which the team will drive the house away from the wooden towers.
The trailer bed's lowest height is 90 cm.
During the move, the team will transport the villa at an average height of 110 cm.
The trailer must be able to make adjustments for hills and holes. That means the trailer bed must be raised 65 cm.
Here are people inside the house to look if everything uh going smooth right in the house.
And we're just doing uh a step-by-step.
So, we're putting 20 bars more, and we'll just lift it up. See if nothing going to happen, then get a little bit more and a little bit more. So, that's step-by-step the procedure of the lifting the house.
A cumbersome and cautious approach, but it's the only way the men can know that 200 tons are sitting properly on the trailer.
Only then can they judge how the house will react during the transport.
A procedure full of suspense.
So far, the experts have been working on the basis of theoretical calculations.
Total weight, mass distribution, center of gravity.
If they have miscalculated anywhere, >> [music] >> they will notice it immediately.
This is uh this part of our whole operation is the most delicate part because we need to lift the house and we don't know where the exact COG or what the exact weight is. The house was already built, so um due to changes uh old plans uh renovations the the um the COG uh uh or the center of gravity will always be an estimation. So, it's not a new built fabrication product where we can have point out the COG. Um so, it's that's make house moving a lot more difficult.
After 4 hours, it is done.
The villa rests on the trailer and not on the wooden towers.
The team still has to fasten the steel girders with chains.
They are the only means of securing the building.
>> [music] >> Its own weight takes care of the rest.
A big step has been taken, but now a path full of obstacles lies ahead.
When you move a house, you probably are in really uh small villages, tight areas uh with a wide load. So, we can move like um stuff that's twice uh as heavy as the house, but it's probably uh a little less wide and it's pretty straightforward.
With moving a house in steep hills through the village with houses on your left uh trees on your right, that's that's pretty tight and difficult to manage. We cannot just go home and wait for the next day. Everything has to be 100% today.
The mega transport has a tricky 7-km road ahead of it.
It must tackle many difficulties.
Right at the beginning, the slope of the street as it [music] descends the hill.
The street has a gradient of 8 to 10%.
The road is gravel and is not completely [music] level.
Then, there are a few curves in Maunbergit.
And finally, three roundabouts lie in wait.
The problem, the transport must always be moving.
But, with a top speed of 10 km/h and as straight as possible, any uncontrolled movement, like braking, must be avoided as it could damage the villa.
Centimeter by centimeter, the Colossa starts moving and must immediately turn so that it can go down the hill backwards.
But, as soon as it gets going, the weather turns bad.
It looks like rain.
That could put an end to the journey before it has even begun.
In order to make the turn properly, the trailer must drive on the these steel plates.
The team has laid them on the grass so that the trailer does not sink into the ground.
But, the plates must be dry. Otherwise, the trailer loses traction.
Thus, at all costs, it has to be on the plates before it starts raining.
A critical situation right at the beginning of the transport. Now, it is all about millimeters, seconds, and above all, strong nerves.
>> [music] >> The trailer makes it onto the steel plates just in time.
But, they can't relax yet.
>> [music] >> For now, the first challenge is at hand.
The steep hill, a major problem for the villa's stability.
For the first time in almost 100 years, [music] the old wooden house is tilting forward.
The hillside is too steep.
The cylinder's hydraulics cannot offset [music] the slope enough to keep the villa upright.
Will the old villa play along?
And then, [music] the passage gets very, very narrow. To the right and to the left.
>> [music] >> 15 minutes later, the descent [music] is finished.
But, there are still many more difficulties.
Even on a flat stretch, the building is extremely awkward to transport.
This is because of its high center of gravity.
The stability with this house is more challenging because it's way shorter than the rest and um the COG is is like just beneath the the upper window.
And if you can imagine how higher COG is, uh how harder it is to balance. So, it's harder to find for the trailer to find its stability. So, you can imagine with a pen, if I hold it like this, I won't put any pressure with my fingers. But, if this will be twice as long or three times as long, I will need have more muscle power in my fingers to keep it stable.
The truck's 620 horsepower is no longer sufficient.
A second is necessary.
The second truck is obligatory when the total weight of the transport is over 250 tons.
The main job of the second truck, to help with braking.
The mega transport continues.
But soon, an obstacle will crop up with which no one has reckoned.
For the spectators, it is quite a show.
For the transport experts, a mammoth job.
In Malmberget alone, they have already relocated 45 buildings, but none as complicated as this one.
The house mover, Tommy Nuland, monitors the transport from behind. He drives behind the second truck.
Of course, when the house is bigger, you have to have more focus and more planning and a little bit of more nerves, of course.
And he needs them now.
For a bunch of lamp posts lie ahead.
They are not an obstacle in themselves, but they can become one very quickly.
We have already turned them 180°. You see the lamp post pointing out out from the road.
So, they are already prepared it, so are we measuring at least twice, so we know we're going to pass them, but we have to do it exactly as we planned.
Despite all the planning, what shouldn't happen happens.
You're not going to get it. The lamp post bent and leaning in.
Get it?
No, we need to be further over by about 1/2 m.
One moment.
The mega transport cannot get past this lamp post.
They're going backwards.
The worst case scenario has happened.
The transport must go in reverse.
Despite the fact that braking and backtracking could cause terrible damage to the building.
You're clear.
I'm okay. You can put back down on the right side.
They were lucky.
Another [music] obstacle overcome.
Now there is a stretch of road without any curves.
Yeah, I bent a bit to the left.
But even a straight road is a challenge.
Because straight only means no curves.
But it doesn't mean that everything is even.
So sometimes when the road will lean to the left, he compensate it and it looks like it lean to the right.
Because the road is always tilting to one or to the right or the left and he make sure the house is always leveled.
So when it's raining like this, he kind of have a crappy job.
It is only 7 km, but at 10 km/h.
Finally, the beginning of the last difficulty is reached. The first roundabout.
The trailer drives left.
The house mover assists the road patrol and secures the exit.
The only short break for Tommy Nuland to catch his breath.
Then the journey continues.
If it were up to him, the villa could not reach its destination fast enough.
Not yet. This This is the biggest house, and this is the rainiest day, and it's a weekend tomorrow, so everything with putting this house down is going to be good.
The mega transport has reached the last roundabout.
Now, it enters the final stretch.
A house on its way home.
It was built [music] nearly 100 years ago.
5 weeks ago, Tommy Nulan and his team [music] began to prepare it for the transport.
1 hour ago, the villa was moved from its foundation for the first time.
And now, it is arriving at its new home, fully intact.
The villa will remain here for the rest of its [music] days.
In about 3 months, the villa from Hjo Bäck will stand on its old granite foundation.
It will be filled with new life, and everything will be as if the villa had always been here.
But, the transport team will never [music] forget this trip.
We feel relieved. It's been quite of a long day.
Uh we had some challenges, but we managed quite good. We're all safe. The house is down and uh I'm content with it.
The villa remains the pride and joy of the village.
Only now the village is Koskullskulle.
At the end, the Swedish sky sheds more tears.
But no one [music] else joins in.
This is a really great moment. The trailer is out. The house is on the cribbings.
So the the the most of the job is finished now. So we are this feels really good.
This was a really nice trip except for all this raining.
So this is nice. We're happy.
Let's go for celebration.
Something. Maybe for a couple of beers.
The biggest [music] and heaviest house in Malmberget has found its new location.
As long as it is profitable to dig [music] Swedish steel out of the ground up here in Lapland, houses will be on the move on stunning mega transports like this.
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