How Much Can Steve From Minecraft Carry
- Search
- Tools
How much weight can Steve carry in 1.11?
- |<<
- <
- >
- >>|
- 1
- 2
- Adjacent
- |<<
- <
- >
- >>|
How Much Can Steve From Minecraft Carry,
Source: https://www.minecraftforum.net/forums/minecraft-java-edition/discussion/2757366-how-much-weight-can-steve-carry-in-1-11
Posted by: hartmanfesion.blogspot.com
#1 Nov 3, 2016
People have calculated this earlier for previous versions, but with shulker boxes and Notch apples' lack of a crafting recipe, I was curious most how much weight Steve could bear now.
Gold continues to exist the densest material in the game. Possibly imaginary materials similar Prismarine are denser, simply the closest analogous materials would propose that they're not. However, gold blocks are not the heaviest stackable single item in the game. That honour would go to anvils. While iron is less dense than gold, the amount of iron in an anvil is heavier than the weight of gilt in a gold block. To find the limit, we will employ gold armor and anvils.
1 k^3 aureate=42,549.217 lbs.
ane gilt ingot, beingness 1/9 of a gilt cake=4727.69 lbs.
Full set of aureate armor, 24 ingots=113,464.579 lbs of golden.
1 anvil=iii m^three atomic number 26+iv fe ingots=59,792.797 lbs
1 stack of anvils (64)=iii,826,738.9796 lbs.
A shulker box contains 27 slots. A shulker box can concord 103,321,952.448 lbs of anvils.
A role player's inventory, including the off-manus slot, tin conduct 37 shulker boxes. This assumes that yous cannot "behave" boxes in the 2x2 crafting area and choice up 4 more boxes that fashion. A player's inventory, so, tin concur 3,822,912,240.58 lbs of anvils.
3,822,912,240.58+ 113,464.579=3,823,025,705.16 lbs.
This doesn't count the weight of the boxes themselves. Of course, shulkers do not exist in reality. So first, let's handle what we tin add together for certain: the weight of the chests that are part of the shulker box recipe.
I don't know what kind of forest jungle wood is, then I cannot include it in my research. Of all the others, it seems oak is the heaviest, at 63 lbs/ft^3, or 2224.82 lbs/m^three. This is for greenish wood, and as Minecraft has no credible methods for drying wood out I'm going to make a guess that oak woods planks have this density. This seems reasonable enough.
Viii wood planks per breast=17,798.56 lbs/chest. For 37 shulker boxes, this means 658,546.72 lbs.
That means that I can say with little doubt, that Steve can carry at to the lowest degree 3,823,025,705.sixteen+658,546.72=3,823,684,251.88 lbs, or 1,734,394,001.94 kg.
At present we enter the realm of speculation and dubiousness. Unfortunately, there'southward no way of knowing for sure how dense a shulker vanquish is. Again, because they don't exist in reality. The closest analogous material is an oyster shell, which at first sight comes in at 1871.72 lbs/thousand^3. A bunch of other inquiry and calculations concludes that this is... probably very low. The best number I can come up with is 5974.527 lb/chiliad^iii, based on the concept that the shell is generally calcium carbonate. It'due south non 100% precise, unfortunately.
Another problem: shulker shells are hollow. Unfortunately, I cannot decide exactly how much of a shulker is just beat. I will assume that only 15% of a shulker is trounce only based on appearances. That means that for every shulker box, we're using 896.179 lbs of shell. Since we have 37, that means 33,158.62 lbs of shell.
That niggling actress that I'm not even sure about the exact value of doesn't mean much for our total, only it'due south notwithstanding an extra 16 tons worth of textile.
Final total: 3,823,717,410.5 lbs, or i,734,409,042.44 kg.
For comparison'south sake, the Empire State Building weighs 730,000,000 lbs. This means that Steve can elevator and walk around with 5.ii Empire State Buildings... minimum.
Rollback Post to Revision RollBack
#2 November 3, 2016
But notwithstanding tin can't jump a fence.
I didn't check the math, but nicely done Chameleonred5
Rollback Postal service to Revision RollBack
#three Nov 3, 2016
Hahaha thank you.
Unfortunately I only discovered that gold blocks aren't the heaviest things in the game. That honor would go to anvils, at 59792.8 lb/anvil (three 1000^3 fe and 4 ingots). While atomic number 26 isn't the densest material, the amount of atomic number 26 in a single anvil is heavier than a single aureate block. I'thou going to have to update everything...
Rollback Post to Revision RollBack
#iv Nov three, 2016
How is the weight here adamant? I mean where does the info come from?
Rollback Post to Revision RollBack
#5 Nov 3, 2016
1 yard^3 aureate=42,549.217 lbs. It'south in the post. Same one I used for iron. I double-checked the number confronting a few other sites to brand sure.
Rollback Post to Revision RollBack
#6 Nov iii, 2016
No i mean the number for a fictional weight lol.
Somewhere you have to know where to start. I'm guessing the get-go is the golden block. How is the weight determined for the block?
Rollback Post to Revision RollBack
#vii November 3, 2016
Rollback Post to Revision RollBack
#8 Nov 3, 2016
Do y'all hateful the weight of an ingot? At that place's nine in a meter cubed of gilded. Every ingot is identical. Therefore, one must have one-ninth the weight of a meter cubed of gold.
If that's not it I take no idea what you're talking about.
Rollback Post to Revision RollBack
#nine Nov four, 2016
And then let me get the straight. You employ an actual aureate weight, for a block that is not appropriate calibration, only you have ingots, which is a real thing, and do not apply the existent weight of a real ingot? Does that non make more sense when there is no proper scaling in minecraft? A gold block would weigh the equiv of 9 actual gold ingots? That's my point. If to utilize actual real life weight, wouldn't you utilize the thing represented in game that isn't calibration required?
Rollback Postal service to Revision RollBack
#ten Nov 4, 2016
At that place is a proper scaling in Minecraft. One block=one meter. Mojang agrees, the wiki agrees in several places, the fans agree, and the achievement "On a Rail" has a requirement that yous go "1 km" distance by rail, which is achieved when yous go 1000 blocks by rail.
That'due south how I know that one gold block is ane cubic meter of gold. None of this could be measured otherwise.
Rollback Post to Revision RollBack
#eleven Nov 4, 2016
Yes thats fine. Yet, a gold block fabricated from 9 ingots, isnt 1 meter cubed in real life. (Information technology would be closer to a third of it) If you are going to use existent life measurements of gilded, y'all would use the real life equiv in minecraft. Which would be the ingot. Not the block. The block is a meter so y'all can build with it, and it keeps up with the meter motif of other blocks. Besides, 9 iron ingots do not make a meter cubed cake. You would use the weight of the ingot x 9. Scale in minecraft is stretched or shrunk to run across meter requirements. You dont non measure out weight past the scale in MC if y'all are looking at bodily real life weight.
Gilded blocks are made from 9 ingots yes? You become past the ingot weight.
1 ingot weights 27.33732 pounds
nine ingots/1 cake weighs 246.03588 pounds
That, is the real life weight of a MC golden cake, which is as well about a tertiary smaller than a meter cubed. And the calibration, is still skewed. Thats why I asked about the "fictional" weight. If you use the aureate block as the standard, it is indeed a fictional weight.
Rollback Post to Revision RollBack
#12 Nov 4, 2016
All the blocks made from combining 9 or iv of a material (golden, diamond, red/glowstone, cord, etc.) are greater than the sum of their parts. The calculations were based on the output block. non the individual parts.
Too, your assumption that a golden bar = a gold ingot is dubious. A "gold bar" has a standard of 400 troy-ounces and would issue in the outputs you described. An "ingot" is just a block cast in whatever form is needed for whatever process it's being made for. At that place is no regulated standard. It is possible that the gold ingots in game are exactly 1/9 of a cubic meter.
Rollback Post to Revision RollBack
#xiii Nov 4, 2016
I agree that if nosotros institute the weight of nine ingots nosotros'd take the weight of a gold block. Unfortunately, nosotros don't know how big of an ingot nosotros have without knowing the size of the gilt block. Ingots tin can be whatsoever weight, and whatsoever standardization of ingots on earth aren't in Minecraft. The merely comparable measure out we take is that a golden block is a cube of gold that is 1 cubic meter in size.
Because 9 ingots together makes a 1 thou^3 block, each ingot must be 1/9 m^three. Volume doesn't but vanish because you lot cut something into pieces.
I don't know where y'all're getting those numbers, but I'm going by the Minecraft scale, the only one that can work for something similar this. And if we moved an ingot from minecraft to real life, provided it's real gilt, information technology'd weigh 4727.69 lbs.
Rollback Post to Revision RollBack
#fifteen Nov 4, 2016
And stuffing a few also many shovels in that back pocket won't allow him pick upward a feather.
Rollback Post to Revision RollBack
#sixteen Nov vii, 2016
It's not assured that Steve can carry the weight of whatever fits inside an inventory's worth of shulker shells. Shulkers shoot (and presumably can independently create) projectiles that impart a levitation effect. Whatever substance creates the levitation outcome must be manufactured by the shulker and presumably is a part of their metabolism. There's no reason to think a shulker breast might not do good from levitation furnishings, and in fact it would brand a lot of sense if it did, since that is the but way Steve can carry that much material. Makes sense!
I also disagree with adding up the crafting ingredients to compute the weight of an anvil. Surely some of the fe is wasted and discarded in the process of shaping the anvil. If not, repeaters, comparators, and brewing stands would all be heavier than three blocks of stone, and the heaviest particular in the game would probably exist a notch apple. Call up virtually it! Instead I think gold blocks are probable the heaviest single detail.
Rollback Post to Revision RollBack
#17 Nov seven, 2016
I'g pretty sure that clam shulker shells are non role of the shulker's metabolism. Any more than shells, spines, exoskeletons, chitin, or cartilage have whatever metabolic ability in real life. When a shulker turns to smoke, all that'south left is a difficult shell. At that place aren't whatsoever organs. And unless shulkers shoot themselves, they don't levitate. They only burn down things that crusade other things to levitate. And would you say that shulker boxes can teleport, simply because shulkers can?
Besides which, even without the shulker boxes, Steven tin can acquit a ludicrous amount of weight. You can't say that it's the just way when Steve already does things that are physically incommunicable for a normal human. Of course at that place'southward a possibility that he can actually carry all that weight.
Is material discarded? Information technology doesn't seem to be. Otherwise I could just pick it upward and use that material for something else. Just... I tin can't. So all of the atomic number 26 must be used. So yes, repeaters, comparators, and brewing stands are very heavy. I didn't use Notch apples because they no longer have a crafting recipe. I don't consider them to take eight actual blocks of gold in them because it can no longer be proven.
If you want to know how much he carry if we replace anvils with aureate blocks, I calculated it out earlier to about 3.7 Empire Land Buildings, or 2,701,000,000 lbs. I don't remember the verbal number.
Rollback Post to Revision RollBack
#18 November vii, 2016
Steve: Capable of pulling off multiple superhuman feats such equally being stiff plenty to blast square meters of fabric in seconds, and belongings enough weight to bear multiple large skyscrapers, is incapable of punching a skeleton's caput clean off.
Anyways, thank you for the calcs. Overnice to take something interesting spring up in the Word area every now so.
Rollback Postal service to Revision RollBack
Figured information technology was time for a change.
#19 November 7, 2016
Hahaha yeah no problem.
Rollback Post to Revision RollBack
#22 October nineteen, 2018
I just did all the calculations from scratch myself for a Youtube comment section, and my findings for 36 inventory slots came out slightly lower than OP's... I was using purely metric units so it's not so easy to compare my calculations and OP's, but I might bank check to see what the differences are when I have a chance. For now, here are my numbers:
Gold has an gauge density of
nineteen.32 grams/centimeter^3. This equates to 19.32 metric tons/meter^3. Assuming smelted gold in Minecraft has no impurities, nosotros can have this to be the mass of ane gold block.
Iron has an guess density of 7.86 grams/centimeter^three. This equates to 7.86 metric tons/meter^3. Assuming smelted iron in Minecraft has no impurities, we can take this to exist the mass of i iron cake. At that place are 3 and 4/9ths or 3.444... iron blocks in an anvil, which works out to 27.07333... metric tons or 140.131124914% of the weight of a gold block. This means that to reach the maximum possible inventory weight, we must use stacks of anvils instead of gold blocks. (unless there's a heavier stackable particular I've missed)
In vanilla survival Minecraft, the most efficient way to utilize inventory infinite is with shulker boxes. They essentially human activity in the aforementioned style equally the chests with metadata Austin mentions in the video, with the caveat that you cannot put one shulker box inside another. With a total number of 27 inventory slots per shulker box, this means the Minecraft graphic symbol can comport
i,728 (27*64) anvils in a single inventory slot. This works out to 46,782.72 (1728*27.07333...) metric tons of anvils per shulker box.
Each shulker box contains i chest and ii shulker shells. Let'due south starting time with the chest. Oak woods serves equally the default wood blazon in Minecraft, and the type the breast's color seems to exist based on to boot. Since the unfinished oak that all-time resembles oak wood planks in Minecraft is white oak, I volition be using this as an example. Oak planks practice non look untreated in the default vanilla resource pack, and so I volition consider untreated 'light-green' woods a non-possibility. Co-ordinate to both wood-database.com and engineeringtoolbox.com, seasoned white oak forest has an average density of
47 pounds/anxiety^3 or 0.7529 metric tons/meter^3. It takes 8 oak planks at 1 meter^3 each to make a chest, then this works out to 6.0232 metric tons (0.7529*8) per chest.
The shell is a slightly more catchy one. Since shulkers only be in the globe of Minecraft, at that place is no way to be sure of their trounce's density. I'd say the closest real-world approximation would be molluscs such as oysters. Mollusc shells are made almost entirely of calcium carbonate, then I'll use that as my starting point. Calcium carbonate has an approximate density of
2.71 grams/centimeter^3, or 2.71 metric tons/meter^3.
In the default vanilla Minecraft resource pack, a 1 meter cake is 16 pixels^3. This means one pixel^3 works out to 0.00024414062 meter^3 (1/(sixteen^iii)). The shulker shell in both the shulker and shulker box appears to be one pixel thick, pregnant subtracting all of the shulker box except the outer layer will give the states the total number of pixels^3: 1352 (xvi^three-14^3). Now we but have to multiply the volume of one pixel^3 past the number of pixels^iii and again past the mass of one meter^3 of calcium carbonate, so add the weight of the chest to requite u.s. six.91771170043 (0.00024414062*1352*
2.71+6.0232) metric tons per empty shulker box, and 46,789.6377117 ( 6.91771170043+46,782.72 ) metric tons per full shulker box.
In add-on to this, the Minecraft character has infinite for a total set of armor. A total set of gilt armor takes 24 ingots or 2 6/9ths or two.666... gold blocks, and since we've already calculated the mass of a gold block we can figure out that a full conform of aureate armor has a mass of
51.52 metric tons (19.32*two.666...).
The Minecraft character has 27 inventory slot and 9 hotbar slots, plus an additional 4 crafting slots that can simply be used while the inventory UI is onscreen. This works out to 36 slots that can be used while moving, or forty slots without moving. At present we tin plug in all our numbers!
Without moving, a vanilla Minecraft character in the survival game mode tin can carry 1,871,637.02847 (
46789.6377117*40+51.52) metric tons (1,871,637,028.47 kilograms or four,126,253,332.854783 pounds) in its inventory.
and
While retaining full thespian move, a vanilla Minecraft grapheme in the survival game mode tin can carry 1,684,478.47762 (
46789.6377117*36+51.52) metric tons (1,684,478,477.62 kilograms or 3,713,639,357.778439 pounds) in its inventory.
Rollback Post to Revision RollBack
#23 October xix, 2018
This sounds silly. The base used for assessing the weight seems to be to exist yous calculating the weight of a solid 1m by 1m block and applying the 'real world weight' of the given material (like gilt) and then dividing/adding/subtracting from that number to get detail values- that is total nonsense. Have gold for example: Gold bullion is a regulated commodity and an ingot is 400 troy ounces (about 27 one/2lbs) not iv,727lbs. Gold blocks are a method if ingot compression that represents 9 combined ingots and would weight about 250lbs which is much MUCH less than the 42,500+lbs your basing your calculations on. You have a suit of gold armor you calculated to weigh over 50 tons which should've been an instant ruby-red flag that your method of adding is heavily flawed. This cloth/meter calculation makes fifty-fifty less sense when you're talking most an anvil. You use the 'size of block' as an argument for determining the weight of fe and retroactively apply it to make up one's mind the weight of the ingot (once again ignoring standard systems of measurement for ingots). Later determining what you wanted the weight of iron to exist you then dismiss the whole 'size of cake' argument and add together together the building materials to come up with a whopping 59,700+lbs which is considerably more than the 'iron block' despite the fact that the anvil is made of iron and smaller than the atomic number 26 block (Also feel like it'south worth noting bodily anvils range in weight from about 300-i,200lbs depending on what you're using it for). If you are going to try to utilize 'mass of block practical to weight of material' as your calculation method, despite the glaring flaws, so you could at to the lowest degree maintain consistency and calculate crafted block/items in the same manner which would make the anvil weigh less than a block of iron, not more.
Weight is an aspect of the real world never applied to minecraft so all of this is an practice in futility. I'thousand sure you could decide the actual 'realistic' weight of the items Steve can have in his inventory and come up with an authentic weight measurement but that number would be the weight of those items in OUR earth, not in Minecraft. Fifty-fifty if you said "a aureate ingot weighs 27 1/2 lbs and then a golden block is 250lbs" I'd accept to enquire: Is that on Earth, the Moon, or Minecraft? Since an objects weight is an expression of gravity on its mass and the gravity is spotty, at best, in minecraft we don't accept the foundation to determine weight even with an thought of mass and material.
EDIT: I just saw how former this thread is- why do people keep necro-posting to threads that haven't had action in years? Practice these things never lock out of inactivity? I keep going to answer to requests for aid only to realize the thread is years old and someone is just posting a random comment or suggestion to a dead issue.
Rollback Postal service to Revision RollBack