Which is the Strongest Tree? Hydraulic Press Test!

[@HydraulicPressChannel]

If this does well we can try to find more different trees with same dimensions and do part 2 to get more trees tested. I don't have super varied tree selection on our own property but I think I can arrange couple trees if necessary from somewhere :D And here is link to my wife's channel kzbin.infovideos

[@mohsanhussain478]

Try morning wood 😂

[@flavioaugustojose]

Hi Lauri Not sure how to get that in Europe, but doing Brazilian Ironwood would be very interesting. For what I know, it's called iron wood because when there was no metal for tools, people used this wood instead

[@Havreflan]

@@mohsanhussain478 Sensor would break

[@spcpitts]

You should try to find someone with wood lathe to true the ends and make exact diameter. Also find some different hardwoods.

[@DanielWillems1995]

If you could some how get your hands on Australian Bull oak. I think your workshop may fall apart or blowup trying to crush that wood. See Janka hardness values on wikipedia

[@pocoloco8075]

Do it again in one year with well-dried trees and compare the results with the fresh cut ones please!

[@thor97470]

Yes!

[@seekerfractal]

Good suggestion!

[@JPA66]

Excellent suggestion!

[@BuzzinVideography]

Bro. Great idea

[@HydraulicPressChannel]

I have still parts left from these same trees so I am going to wait until they are dry and come back with the results

[@Martipar]

Alternative title: How to juice a tree for beginners.

[@Djbiohazard1991]

Step one: Buy premium Finnish version of Juicero... :P Step two: vat the faaaaaak.

[@citadelofwinds1564]

TheMartipar, You win the internet. Though it was kinda sappy. OK, I'll see myself out...

[@herauthon]

impressive water container opener opened..

[@nunyabidniz2868]

Euell Gibbons would be so proud!

[@hunnerdayEDT]

Me: why did the tree start to sweat? KZbin: it couldn’t handle the pressure.

[@2coixos]

Someone from Canada should send you a maple tree log, so you can press out the maple syrup with the hydraulic press.

[@274727]

There are plenty of maple trees in Finland.

[@innercityracer]

I'm from Canada and the same though went through my mind. I would also like to see them turn the logs sideways and press them to see how much tree juice comes out of each one. Fun fact, you can also make syrup out of birch sap. slightly different taste from maple though.

[@mattsmechanicalssi5833]

And some Douglas Fir

[@tortoise_gaming]

yea, they produce quite a bit in Alaska birch syrup that is.

[@SJ-Equipment]

Its not syrup, its sap. And its like water, not even close to the texture or flavor of syrup. But you can use it for all kinds of stuff like soda and candy

[@redorange]

“Pine and I think this is the tree where pineapples grow in warmer countries.” 🙃 😂😅🤣🙃

[@raplayz3671]

I heard that too

[@eelcohoogendoorn8044]

The Finnish are experts on fru-it

[@aidanmoore9652]

Put an americans head in there. Let's see if our heads are as hard as you Europeans say 😂

[@bucazgolfclash1052]

That was damn epic 🤣🤣

[@TheNevada666]

it was ajoke... A dry one tho xD

[@friendlyspacedragon7250]

The trees sure started sweating when put in the press.

[@chrisfreemesser5707]

A growing tree is roughly 50% water. Once you cut it down and dry the wood for use (like furniture making etc), it's down to 5-7% moisture

[@MrAatami]

Instant firewood, no need to wait for it to dry.

[@XtreeM_FaiL]

Chris Freemesser 5-7%? 20% is considered dry wood.

[@Kujamon]

*When put under the pressure

[@jason-miller]

that's how you know they were guilty

[@GhostinTube]

Me at 3 am: "-- , --" KZbin recommendation: " what is the strongest tree" Me: " yea WHAT is the strongest tree?"

[@frogz]

...it is nearly 4....

[@alcarazforever]

🤣 lo mismo aquí solo que es mas temprano

[@LumenP1023]

Australian Ironwood

[@Black-vt5vb]

@@frogz no

[@MICHIGANhd]

me at 4 am :D

[@msmeyersmd8]

At Oregon State University in ~1978-79, I took a Materials Science class as part of my Engineering Physic degree. They had a giant, 30+ feet press to test wooden Telephone poles for compression strength. It was impressive. Even behind protective glass in a room it was an incredibly loud explosive sound when they failed. We lucky students got to clean up most of the large debris afterwards.

[@jannejohansson3383]

Why they put telephones so giant poles?

[@deemcgann1695]

@@jannejohansson3383 gotta keep the wires up high so they’re less likely to be damaged

[@FrietjeOorlog]

*"The wood is slightly curved"* Don't worry, that's totally normal :D

[@andyroid5028]

Haha. I see what you did there. ✓

[@henrikmonkee]

I know what you mean 😏

[@CWINDOWSsystem32]

@Queena Yang Don't worry, it's a joke only guys will understand.

[@silmupelaa6349]

@Queena Yang Morning wood ;)

[@idvarhurd7804]

werd wood but ok

[@triot2127]

Now we know why shipyards use timber blocks to hold up ships to this day.

[@longlivegarybusey6409]

To punish trees for killing Jesus.

[@normhiscock352]

@@longlivegarybusey6409 I was going to say that!

[@Yora21]

Wood is great for this purpose because it doesn't make scratches or dents in metal.

[@mikemcmikemcyeahok4977]

@@Yora21 except when a tree falls on your vehicle

[@dd-jm1md]

It’s got ‘give’…

[@JonathanTot]

"pine, where the pineapple grows in the warmer climate" XD

[@Steveman27]

"My old Christmas tree looks very nice, but it is extremely dangerous and may attack at anytime, so we must deal with it."

[@chillaah2000]

Fun fact: it's impossible for trees to grow higher than 200 metres, because the capillary action is only able to pull the water up to 200 metres.

[@Boogie_the_cat]

Fun fact: in space, no one can hear you scream.

[@MrAlex3461]

Faf: sees

[@JiNxGamesTv]

Fun fact: Who asked?

[@dessertlocust]

if no one is there to witness it does water even pull up in the tree

[@ROKuberski]

Years ago I worked briefly in a materials testing lab for the U. S. Army Corps of Engineers. We had a press to calculate the strength of concrete by breaking standard size samples prepared just for the machine. One day we put in a piece of dry red oak, 12" long and it failed by folding over the wood grain, but the failure was about 6,200 PSI, or about 50,000 pounds, it was a rough 2" x 4" board. Knowing the strength per unit area allows for a more uniform comparison between samples.

[@GrapeyGrapes]

Mmmmm fresh squeezed tree juice, just like the old days.

[@killerb255]

Not from concentrate.

[@StreuB1]

The water from trees is usually full of sugar as well!

[@juststeve5542]

Not sure if you're joking, but it's actually a thing, you can tap birch trees, and even ferment it if you like.

[@zachaliles]

Like Mama used to make.

[@eventsotherthingswithchris9019]

And, for the bravest, added pulp too!

[@rward875]

I'm from Kansas and we have a tree here known as Osage Orange. Many people refer to it as a "hedge tree." Its wood is known for its incredible density and its propensity to break tempered glass in fireplace inserts. I'd really like to see you test a log from one of these trees as I'm curious as to how it would stack up to its Finnish counterparts.

[@johnbarron4265]

Missourian here. Osage orange is also used extensively in making bows because it's strong and bends a long way before breaking.

[@shdj1105]

Spikey, heavy, poisonous sap. I hate these trees 😂

[@yakir11114]

may i suggest to add a table with all the results in the end of the videos? great stuff btw

[@andyroid5028]

My same thoughts!

[@WhereWhatHuh]

Should they build the table from the same wood? .... Oh, you meant... Yeah, never mind.

[@lukearts2954]

A very useful and interesting video =) This shows exactly why strength is determined by hardness and toughness, and that the best materials for building are not the hardest. The pine woods were most flexible, and after massive deformation they flexed back to nearly their original shape. That makes it excellent for wooden support structures. It was also interesting to see how the willow remained hard (vertically) even after being out of shape. I'm preparing to use a lot of willow in a construction (I have a lot of willow on my land, no pines) and this video has taught me a couple of things that I will have to keep in mind. Thanks!!

[@niko4628]

Spruce = Leak Goat willow = Craaack Pine = Goosh Birch = Smoosh Alder = Croosh

[@Starchface]

Wood Weight Force Spruce (1785g) - 11820kg Alder (1200g) - 14000kg Pine (2100g) - 17900kg Willow (1815g) - 23600kg Birch (2190g) - 26860kg

[@Sam-op7qz]

“I was too afraid to remember” lol this is why the HPC is one of the all time greatest on yt. Great vid as always!

[@randyc5650]

I was too afraid to remember what my wife told me to do.

[@verdatum]

Seeing the sap/resin drop out was SUPER satisfying. I would like to see more trees...please.

[@jjohnston94]

"Yield" strengths in psi for our American engineers who just have to know: Spruce 1765 Goat willow 3530 Pine 2647 Birch 4005 Alder 2104 Probably some strength lost due to non-square-cut ends and other eccentricities and P-delta effects.

[@drunkenroundtable]

Would the fact that all these woods were green instaed of dried have made a difference?

[@daftnord4957]

@@drunkenroundtable i would say so. Splitting green wood is waaay tougher than dry w

[@pflaffik]

@@drunkenroundtable Yes, spruce stays strong and is used to build houses that last 50+ years but birch will be extremely weak within a few years time, thats why birch can only be used for firewood.

[@pflaffik]

@@daftnord4957 Goat willor can be split fresh just by touching it with an axe, almost. Its hard to break, the fibers are straight, strong and flexible but the bond between fibers is weak.

[@hpekristiansen]

@@daftnord4957 NO. Dry wood is harder.

[@beorlingo]

As a Swede my bet and my heart were with the birch tree. Now I'll build my own birch sky scraper!

[@superdriver777]

I like how you put the Finnish word there, too. You should do that more often! It's cool to hear both *edit because I know how to spell "Finnish" but somehow didn't catch my typo before, my apologies!

[@jonathanfeller]

You should check your spelling after you finnish typing.

[@superdriver777]

@@jonathanfeller Very nice 👌😅

[@TheJonesLP1]

Oak Trees be like: "You gotta pump those numbers up, those are rookie numbers"

[@noahway13]

Hold my beer...

[@infidel1993]

Hickory Trees: “Am I a joke to you?”

[@electronicsNmore]

Not too surprised, wood is very strong. Great testing video!

[@crypastesomemore8348]

Go away buddy- everyone knows you’re just advertising your channel by commenting

[@electronicsNmore]

@@crypastesomemore8348 Another degenerate, sadly many exist. I've been watching his videos for YEARS. Get lost.

[@joshuagibson2520]

Lol. Here you are again on a channel I watch! Love it.

[@naturalharmoniagropius4486]

That's why wood is one of the reliable materials for construction

[@sfyrisvasileios7799]

Especially in the morning.

[@elliotw5918]

I would love to see this test performed with dry wood. And I would warrant a bet that it's almost double the strength.

[@romulusnr]

People should send you logs of local wood types from around the world. I'm sure it will be pricey but there's got to be someone who would do it. There's a scale for wood hardness called the Janka scale, look it up, you can see some things like Brazilian cherry, mahogany, maple and pecan are near the top. Also you can sell the extracted sap as "freshly squeezed tree juice"

[@Danbatio]

If I have the money I would send a piece of quebracho colorado (Schinopsis balansae) the second o third hardest wood in the world. I'll love to see how it goes in the press. BTW, "quebracho" means "axe breaker" :-)

[@empichel5690]

Hard to get through customs due to the risk of transmitting bugs or disease.

[@hoganmchugh]

It’s actually not easy to transport wood internationally. Pallets that go international have to be heat treated to make sure anything inside is dead, there can be bad ecological results if not

[@imho2278]

Mahogany!

[@Edwardlewis18]

Great video! One improvement is that you could measure the stress in pounds per square inch (psi) or the equivalent International System unit to compare the wood of different sizes. Take the pounds applied by the press and divide that by the cross sectional area of each log (pie*r^2) to get the stress (r= log radius in inches). Then the force exerted on logs of different sizes can be accounted for in the wood comparison.

[@codychickadee5095]

Your Willow definitely had some rot inside of it! It was very surprisingly strong. You will have to do this again with a better slice of willow. Thank you! This was very fun for me to watch as an arborist living in Canada. I believe my climate here is pretty similar to yours. We have the same kind of trees, for example.

[@curtisjmurphy]

I've never seen a willow here in Newfoundland (outside of a city park). Also alder are just bushes here, I don't think I've ever come across one bigger that about 10cm diameter.

[@codychickadee5095]

Yeah Canada is a pretty big country I would not suggest you have the same timber as the west or other regions. Where I live we have all of the trees here, yes Alder don't get real big where I'm from either.

[@greglinski2208]

When my son was about 11 years old he entered a Jaycee Relay Race. He’d never ran track before and didn’t know everybody wore shorts. He came in jeans, to everyone’s amusement. He ran the last leg for his team - and came away the fastest runner of the day, and made up considerable distance to win. This video made me think of that day. How I wish I had been able to see it, instead of only hear and read about it. I was a single mom and had to work. My son was an amazing athlete. ❤️

[@GhostOdyssey]

The title of this video should have been, "How To Milk Trees!? Which Tree Has The Best Yield!"

[@menotu000]

I would love to see a selection of fully cured hardwoods like Oak, Purpleheart, etc.

[@ugurylmaz144]

Don't waste purpleheart. It would become fingerboard of atleast 10 guitars :)

[@fredspofford]

Forever tackling the most burning questions of our generation! 🤔🧐😝

[@HydraulicPressChannel]

Somebody has to find all the these answers :D

[@disht2]

Just one drop of the mead of Suttungr.

[@jakefromstatefarm8964]

Imagine breaking into their house and in the dark you hear them say *"Throw em in the Hydraulic Press"*

[@JuliaCV9]

*"in this video we will see how much weight a burgular can take before dying"*

[@MegaBEEF89]

"I was too scared too remember." Classic haha

[@phoenixjim0527]

This vid confirms the startling strength of the bold skeletons of old barns (and such). Fantastic vid

[@alyssaburrell9866]

Thank you for putting in Pounds for us people who don’t use Kilograms! Also with the goat willow you gave the Finnish name. Is it bad I jsut realized you guys are Finnish?

[@andyroid5028]

Nah. Same here. I just always assumed they are from Russia (or somewhere close by). And then I read the description today. Go Finland!

[@Saareem]

At least you definitely don't watch Anni's channel as she has Finnish Friday videos occasionally. 😄

[@carpediemarts705]

They've kept their nationality a secret for a long time!

[@Wutzmename]

What's the strongest wood in the world? Viagra: Hold my beer.

[@ericcote132]

So now I know what Saku Koivu means Saku's family name was birch 😁😁😁

[@rastislavzima]

Yeah, just put the same comment before I've read yours. :-D

[@janiwallin482]

How many Saku can you stack on top of each other before the bottom crumbles?

[@hdahlia]

Fun fact, Saku Koivu used to make xylitol ads (for dental care) since xylitol is birch sugar and he called it his relative. XD

[@RoastedMarshmelon]

HaynieDahlia Haha, good to know :)

[@bertbergers9171]

It was great to see the trees getting back in shape after releasing the pressure😁

[@gwood696969]

Although I love the way you do everything, I have an idea that might make the tree crush comparison more 'fair'. Since tree grow naturally and are affected by environmental conditions, they can develop differences and anomalies while growing. The longer the piece of wood, the more likely differences (such as limbs growing out the side, damage from insects, or damage from environmental factors) in the wood will exist. I would suggest using shorter pieces of wood (perhaps 10 cm each), so each piece will be closer in quality and you can probably crush them further, since they will be less likely to fly out of the press. Thank you for all of your videos including Beyond the Press and Anni's channel. They are all great.

[@muddydave01]

The maximum height of the tree is limited by the capillary draw/negative pressure head rather than the structural strength of the wood. There comes a point when no matter how much moisture is in the ground, the xylem just can't get water and nutrients any higher.

[@ericwright8592]

Oh man, now I want to see Southern Live Oak. Those trees are stupid dense.

[@FullOilBarrel]

Yeah even an oak would be nice. Quebracho too

[@joshuacornett8769]

hickory is tough wood.

[@ozwhistles]

Live oak is super dense. It's a slow growing thorny "weed" but the wood is amazing if you can get it.

[@jubuttib]

Would be cool if we could get samples of all kinds of wood together for testing. Something like ebony would be damn interesting. And for a much more difficult one to pull off, different ages of trees. Like fresh oak, dried oak, and some hundreds of years old oak from an old door or something... =)

[@johnnycovenant2286]

I'd like to see hickory a non endangered ash red oak white oak black walnut beech and cherry

[@bigoldgrizzly]

I spent my whole career trusting my life to timber posts in coal mines. Gave ideal support and gave you a lot of warning to take action or get clear, when the weight came on

[@legrandebadger]

Sir, I think your trees are leaking. I really enjoyed this video, interesting to watch! I’d love to see more „back-to-the-basics“ videos, where you just crush different stuff really hard. The Pancake-inator 5 000 000!

[@petersmythe6462]

"I think this is the tree where 🍍 *pineapples* 🍍 grow in warmer countries" Biology 💯

[@TheRealGuywithoutaMustache]

It's crazy how strong wood is, if you think about it

[@pvic6959]

i mean, trees are pretty damn heavy. wood/trees need to be strong to be able to support all that weight

[@johndowe7003]

Wood can support up to 100tons without exploding not standing but on it side

[@robertpatterson7182]

It's crazy how strong trees are even if you don't think about it

[@DarkFrozenDepths]

Thought you were going to make them explode. Oh well. Good way to extract tree juices for syrup though!

[@vustvaleo8068]

well we have wood being used as "cushions" for massive ships and submarines when they are placed in a dry dock and damn those things are super strong.

[@jjohnston94]

Not-so-fun fact: the Titanic was unlucky even before it left the shipyard. When they launched it, they knocked out the wooden supports so it would slide down the ramp. One of the supports flew out and hit and killed a shipyard worker.

[@gsheac]

No idea why this is satisfying to watch, but it is!

[@romulusnr]

He's joking about pine trees and pineapples right? He's joking. Definitely joking. Is he joking?

[@johndododoe1411]

Pine trees provide pine cones, from which pineapples are named.

[@thelaw_00]

​@kyndakrazy most of my American friends thinks so that's why I mentioned it lol Could be just my group of friends or could be because pineapples aren't native in their place

[@quasicroissant]

@@thelaw_00 That may say more about you and your friends than any general group of people

[@drivernephi2212]

They're only called "pineapples" in English. It's ananas in most languages.

[@markuskoivisto]

Is joke, wife laugh

[@kylemossi]

Good video but 2 things. 1 You should use dried processed wood as its used in construction. 2. You should test hard woods; Hickory, Brazilian Cherry, Maple, Oak.

[@ethelip5239]

I wanted to taste some of that fresh-squeezed tree-water! 💦

[@NCrdwlf]

Birch water is very good !

[@omegafighters]

I was impressed with the amount of moisture that came out. Have you tried kiln dried dimensional lumber or engineered wood?

[@tracybowling97]

What!?! No pineapples from your Pine trees? That's not right. All of your Pine trees must be broken.😜

[@Leightr]

Watching this right now in western Washington state next to my woodstove. Red alder is my favorite local firewood. It grows everywhere here and once it dries out it makes a decently hot fire with little smoke. It also splits easy, doesn't gum up your tools with pitch, and doesn't build up creosote in your chimney.

[@hinz1]

Holy shit, willow was strong. Usually it's shit wood, so I was surprised there.

[@brucewayne4585]

It split very readily. But the Cambium was a lot harder than the pine and spruce

[@vladimirolujic6637]

I've been looking for a proper juicer for years. Finally!

[@tiltha]

"The tree where _pine_ _ables_ grow" 😂

[@marcovtjev]

Pinus Sylvestri was planted here in the Netherlands for mining wood in the late 19th century up till the hydraulic jacks of the fifties, mostly because of fast growth and good vertical compression qualities.

[@TomPauls007]

squash a maple and make sure Anni’s pancakes are ready!

[@Clan501-Scotland]

0:37 "These are from our youtube filming field construction site" 😂😂😂 What even is that?

[@tonygold1239]

Love all your content it's always truly fantastic

[@msamour]

I am shocked. I can't believe you underestimated Spruce. My dad built his house with this in the early 80's. I have to go demolish the attached garage which was made of pine. The house has been sitting empty unheated for 10 year. The garage rotted, but the house is still mint. All I need to do is remove the drywall and insulation and start over again.

[@xTheSweetyMan]

"Not that strong.. I'm gonna say it'll give at 15 tons of pressure"

[@VortechBand]

On an average day at a Finnish office, you feel 80 tons of pressure :D

[@crawford323]

Interesting that Sitka Spruce, clear grained, is used for aircraft wing spars. Having said that, not much usage or the wood in compression. Most stresses would be bending or shear. Also a Jury Strut which is used to prevent premature bending, certain improves the compression performance especially in longer and thinner structures. Thank you this was quite enjoyable. One other note is that on sailboat mast, the rigging must be greater than 15° or the compression loads from the rigging will damage the mass. This is why sailboats have out Riggers on the mast to insure the rigging is greater than 15 degrees.

[@imacks]

Fantastic video! greetings from Norway :D

[@HydraulicPressChannel]

Thanks!

[@popcorns6472]

You didn't have time to watch it by the time you posted this.

[@imacks]

@@popcorns6472 Yeah i realized that now, i've watched the video now :)

[@imacks]

@Timo I agree!

[@what1111]

Very GLAD to see that it’s the same intro after all this time

[@John_Notmylastname]

It started to squeeze the water out of it. Wow!

[@yako0000]

just for people that don't handle firewood.....that birch tree is so hard that you can hit it as much as you want with a hammer and it would barely make a mark. amazing to see it squish like that!

[@bbybby91]

This was definitely on the list of things that I didn’t know I needed to know

[@clip386]

ok

[@Lumberzach1983]

you should do this exact same experiment, only with completely cured/dried logs and the crosscuts perfectly parallel with eachother

[@BOB_AI.08]

So so cool 😎

[@TehButterflyEffect]

Huh. 29.5 tons for the Birch. I really thought the Spruce was going to be stronger. It's also amazing the number of people in the comments that don't understand your test. Thank you for NOT testing dried wood.

[@onebackzach]

I'd like to see some live oak tested. Whenever a live oak gets cut down in my area, people don't even save it for firewood because it is impossible to split, even with a hydraulic log splitter.

[@Jaqen-HGhar]

must not live in Texas cause that is burned for firewood all the time. Though it's mostly just for campfires.

[@onebackzach]

@@Jaqen-HGhar I mean it does get burnt if it's just laying there and you don't really need to split it, but if you heat your house with firewood, it's probably not worth the time to fool with it. You could easily find someone cutting down a different kind of oak or hickory that's going to be much easier to process.

[@johndowe7003]

Yup, during the cival war they used white oak as armor on boats they would make 4incj thick slabs and they would bounce cannon balls off them all day

[@TheMeanBean322]

I was just thinking that. Oak is one of the strongest, heaviest trees in North America, maybe even the world.

[@S3l3ct1ve]

Oak in general are the one of the strongest trees, they grow slow and they live long, the logs provide a lot of heat when burned, they are really heavy, compared to others. Of course you can split them, but its hard... Oak logs or wood in general are more expensive and I am not sure if its worth to use them as logs for heating, but they burn longer. We use them mainly for barbecue in an open fire stool, because the oak logs are a clean wood, no residue or resin in the logs and when they burn they provide a lot of embers so we grill the meat over them. Of course the best use is probably for planks or structural carcass of a house, because planks or rafters are very strong, although heavy...

[@blazwings1021]

I don't know where in Finland you guys are but if you have Maple, Oak, Ash , cherry, apple or Locust. Those would be interesting to see

[@lanswyfte]

fun fact: pineapples grow on the ground, and not in pine trees

[@herrakaarme]

Lies. It's called a pineapple, so they are harvested from pines. The Finnish summer is just so short that the pines over here can't grow the fruits. Such a pity. I'm sure in southern Poland they already get plenty of small pineapples from pine forests.

[@redorange]

Pineapples come from a shrub not a tree.

[@herrakaarme]

@@redorange I don't know how it's in your parts, but over here pines are mighty trees. They can grow taller than 40m. Hardly a shrub.

[@ducewags]

@@herrakaarme I guess you have never had pineapple, it's a fuit that grows on a small shrub, or bush. It does not grow on a tree.

[@herrakaarme]

@@ducewags Yeah, since our summers are too short for our pines to produce them, I haven't. However, I've had plenty of cloudberries! You just need to pick an especially cloudy day, hire an airplane pilot, and have them drop you on a cloud. Usually it's more economic to gather a big bunch of people so that per person the airplane cost is less. Personally I've found cumulonimbus is the best for the berries, although the downside is the extremely challenging vertical dimension of the cloud.

[@CrowSkeleton]

Thank you for showing the Finnish names as well, I feel super-educated now. ^_^

[@offdagrid877]

You need an well seasoned English oak log to test. Even stronger when it’s a few centuries old.

[@silmupelaa6349]

100+ years old oak is not wood any more, it's more like iron LOL

[@vlad3k]

30s econds into the presentation, made so well i can allready tell im gona like this video

[@Wilshirebs]

Really makes you think of all the fresh water trapped in forests.

[@howlingcommandose]

Hi this is a list of the 125 hardest known woods: Australian Buloke[3] 5,060 lbf (22,500 N) Schinopsis brasiliensis, Quebracho, Barauna, Chamacoco[4] 4,800 lbf (21,000 N) Schinopsis balansae, Quebracho Colorado, Red Quebracho[5] 4,570 lbf (20,300 N) Lignum vitae, Guayacan, Pockenholz 4,500 lbf (20,000 N) Piptadenia Macrocarpa, Curupay, Angico Preto, Brazilian Tiger Mahogany 3,840 lbf (17,100 N) Snakewood, Letterhout, Piratinera Guinensis 3,800 lbf (17,000 N) Brazilian Olivewood 3,700 lbf (16,000 N) Brazilian Ebony 3,700 lbf (16,000 N) Ipê, Brazilian Walnut, Handroanthus lapacho 3,684 lbf (16,390 N) African Pearwood, Moabi 3,680 lbf (16,400 N) Grey Ironbark 3,664 lbf (16,300 N) Bolivian Cherry 3,650 lbf (16,200 N) Lapacho 3,640 lbf (16,200 N) Sucupira, Brazilian Chestnut, Tiete Chestnut 3,417 lbf (15,200 N) Kingwood[6] 3,340 lbf (14,900 N) Ironwood 3,260 lbf (14,500 N) Ebony 3,220 lbf (14,300 N) Massaranduba, Brazilian Redwood, Paraju 3,190 lbf (14,200 N) Yvyraro 3,040 lbf (13,500 N) Strand Woven Bamboo 3,000 lbf (13,000 N) Cocobolo 2,960 lbf (13,200 N) Bloodwood (Brosimum rubescens) 2,900 lbf (13,000 N) Boxwood 2,840 lbf (12,600 N) Red Mahogany, Turpentine 2,697 lbf (12,000 N) Live Oak 2,680 lbf (11,900 N) Southern Chestnut 2,670 lbf (11,900 N) Spotted Gum 2,473 lbf (11,000 N) Brazilian Cherry, Jatoba 2,350 lbf (10,500 N) Mesquite 2,345 lbf (10,430 N) Golden Teak 2,330 lbf (10,400 N) Guatambú, Kyrandy, Balfourodendron riedelianum 2,240 lbf (10,000 N) Santos Mahogany, Bocote, Cabreuva, Honduran Rosewood 2,200 lbf (9,800 N) Pradoo 2,170 lbf (9,700 N) Brazilian Koa 2,160 lbf (9,600 N) Brushbox 2,135 lbf (9,500 N) Osage Orange[7] 2,040 lbf (9,100 N) Karri 2,030 lbf (9,000 N) Sydney Blue Gum 2,023 lbf (9,000 N) Bubinga 1,980 lbf (8,800 N) Cameron 1,940 lbf (8,600 N) Tallowwood 1,933 lbf (8,600 N) Merbau 1,925 lbf (8,560 N) Amendoim 1,912 lbf (8,500 N) Jarrah 1,910 lbf (8,500 N) Purpleheart 1,860 lbf (8,300 N) Goncalo Alves, Tigerwood 1,850 lbf (8,200 N) Hickory, Pecan, Satinwood 1,820 lbf (8,100 N) Afzelia, Doussie, Australian Wormy Chestnut 1,810 lbf (8,100 N) Castello boxwood 1,810 lbf (8,100 N) Bangkirai 1,798 lbf (8,000 N) Rosewood 1,780 lbf (7,900 N) African Padauk 1,725 lbf (7,670 N) Blackwood 1,720 lbf (7,700 N) Merbau 1,712 lbf (7,620 N) Kempas 1,710 lbf (7,600 N) Black Locust 1,700 lbf (7,600 N) Highland Beech 1,686 lbf (7,500 N) Red Mulberry 1,680 lbf (7,500 N) Wenge, Red Pine, Hornbeam 1,630 lbf (7,300 N) Tualang 1,624 lbf (7,220 N) Zebrawood 1,575 lbf (7,010 N) True Pine, Timborana 1,570 lbf (7,000 N) Peroba 1,557 lbf (6,930 N) Sapele, Sapelli, Kupa'y 1,510 lbf (6,700 N) Curupixa 1,490 lbf (6,600 N) Sweet Birch 1,470 lbf (6,500 N) Hard maple, Sugar Maple 1,450 lbf (6,400 N) Caribbean Walnut 1,390 lbf (6,200 N) Kentucky coffeetree 1,390 lbf (6,200 N) Natural Bamboo (represents one species) 1,380 lbf (6,100 N) Australian Cypress 1,375 lbf (6,120 N) White Oak 1,360 lbf (6,000 N) Tasmanian oak 1,350 lbf (6,000 N) Ribbon Gum 1,349 lbf (6,000 N) Ash (White) 1,320 lbf (5,900 N) American Beech 1,300 lbf (5,800 N) Red Oak (Northern) 1,290 lbf (5,700 N) Caribbean Heart Pine 1,280 lbf (5,700 N) Keruing 1,270 lbf (5,600 N) Yellow Birch, Iroko 1,260 lbf (5,600 N) Movingui 1,230 lbf (5,500 N) Heart pine 1,225 lbf (5,450 N) Carapa guianensis, Brazilian Mesquite 1,220 lbf (5,400 N) Larch 1,200 lbf (5,300 N) Carbonized Bamboo (represents one species) 1,180 lbf (5,200 N) Teak 1,155 lbf (5,140 N) Brazilian Eucalyptus, Rose Gum 1,125 lbf (5,000 N) English Oak[8] 1,120 lbf (5,000 N) Makore 1,100 lbf (4,900 N) Siberian Larch 1,100 lbf (4,900 N) Peruvian Walnut 1,080 lbf (4,800 N) Boreal 1,023 lbf (4,550 N) Black Walnut, North American Walnut 1,010 lbf (4,500 N) Cherry 995 lbf (4,430 N) Black Cherry, Imbuia 950 lbf (4,200 N) Red Maple[9] 950 lbf (4,200 N) Boire 940 lbf (4,200 N) Paper Birch 910 lbf (4,000 N) Eastern Red Cedar 900 lbf (4,000 N) Southern Yellow Pine (Longleaf) 870 lbf (3,900 N) Lacewood, Leopardwood 840 lbf (3,700 N) African Mahogany 830 lbf (3,700 N) Mahogany, Honduran Mahogany 800 lbf (3,600 N) Parana 780 lbf (3,500 N) Sycamore 770 lbf (3,400 N) Box Elder 720 lbf (3,200 N) Shedua 710 lbf (3,200 N) Radiata Pine[10] 710 lbf (3,200 N) Silver Maple[11] 700 lbf (3,100 N) Southern Yellow Pine (Loblolly and Shortleaf) 690 lbf (3,100 N) Douglas Fir 660 lbf (2,900 N) Western Juniper 626 lbf (2,780 N) Alder (Red) 590 lbf (2,600 N) Larch 590 lbf (2,600 N) Chestnut 540 lbf (2,400 N) Yellow Poplar, Poplar 540 lbf (2,400 N) Hemlock 500 lbf (2,200 N) Western White Pine 420 lbf (1,900 N) Basswood 410 lbf (1,800 N) Eastern White Pine 380 lbf (1,700 N) Cuipo[12] 75 lbf (330 N) Balsa[12] 70 lbf (310 N) Balsa, softest wood ever measured: single unusual example[12] 22 lbf (98 N)

[@Brutalford]

If u could get some southern live oak from Georgia....

[@andyroid5028]

*To be clear, Georgia, USA!*

[@S3l3ct1ve]

This is one of the best videos :) we don`t really realize how much water there is in a log :)

[@FuckYooToob]

Man if i could id send yall some mesquite an ironwood from down in Arizona

[@allenshepard7992]

Birch: 3 KM tall tree - great calculation. Sadly wind force break it down. Trees can already raise sap over eleven meters - higher than a vacuum can raise water. Water or sap pressure would be enormous. Sequoia trees have a special base to handle the pressure.

[@stevenleslie8557]

Wood is too moist. Go to lumber yard and get 6"x 6" Pieces not more than 8" high and dried. Include oak, walnut, etc.

[@mojammer]

Yeh, if they're not cut straight on top and bottom that'll reduce the force they'll take before splitting as well

[@geminidemon2582]

These videos help me with my anxiety.

[@MerrickKing]

My friend said that when she dies she wants to donate her body to you to crush

[@trinitymodz7663]

Ima act like I didn’t just read that..

[@kitsuneofwarhello3634]

SnapCrackleJeff same

[@someone2703_]

@@trinitymodz7663 same

[@nayhem]

2.3 tons

[@Nintendude2013]

Wtf ahahhaha

[@realchilldude1271]

Your workshop must smell AMAZING after this video. With all the water being squeezed outta the trees. haha

[@HercadosP]

Just here, juicing the backyard trees

[@109Rage]

A 3km tree would be quite the sight. Only problem is that side-ways motion would knock it over before compression did.

[@Linoran85]

I'd like to see bamboo!

[@tomrogers9467]

Me: cutting firewood and stack drying it for a year. HPC: we just squeeze out the water and burn it same day!

[@BWater-yq3jx]

Be interesting to see how they go on their sides... 🤔

[@MrBilld75]

"Aspen is really good in saunas" is the most Finnish thing I've heard in a while, hehehe. Greetings from a half Finn Canadian who had also never seen one of those strange Pines anywhere here. Lol. I think you're right, they are those Pineapple trees we never get to see in the North, hahahaha.

[@BlackTeaChannel]

"Berry sooouprizing", indeed.

[@ButterBallTheOpossum]

I used to work at a steel mill that manufactured steel rolls that rolled out and made sheet metal. Some of the large ones weighed well over 1 million pounds and could only be transported by modified trains. When we stored them we would set them on wooden blocks. Imagine a cylinder larger than a school bus that is made of solid steel.