Calc Hunter X Hunter Feats - Assorted Bit Feats

The Feat

He punches some kind of concrete pillar


Canary = 282 pixels
Pillar Height = 450 pixels
Pillar Width = 143 pixels

Pillar Height/Canary = 1.596

Pillar Width/Canary = 0.507

Canary = 1.64 meters (official height)
Pillar Height = 2.617 meters
Pillar Width = 0.831 meters


Gon = 524 pixels
Pillar Damage Height = 237 pixels
Pillar Width 2 = 391 pixels

Pillar Damage Height/Gon = 0.452
Pillar Width 2/Gon = 0.746

Gon = 1.54 meters (official height)
Pillar Damage Height = 0.696 meters
Total Height Destroyed = 2.617 - 0.696 = 1.921 meters
Pillar Width 2 = 1.149 meters

Volume = LWH

L = Pillar Width
W = Pillar Width 2
H = Total Height Destroyed

Pillar Volume = 1.834 m^3

6 j/cc

Zoldyck Family Gon's Physical Might = 11,004,000 joules or 2.63 kilograms

Here's the Feat


Gon = 64 pixels
Tile = 200 pixels
Tile Thickness = 13 pixels
Ring Diameter (Background) = 1000 pixels
Ring Diameter (Foreground) = 1286 pixels
Ring Height = 105 pixels

Tile/Gon = 3.125
Tile Thickness/Gon = 0.203
Ring Diameter (Background)/Gon = 15.625
Ring Height/Ring Diameter (Foreground) = 0.082

Gon = 1.54 meters (official height)
Tile = 4.813 meters
Tile Thickness = 0.313 meters
Ring Diameter = 24.063 meters
Ring Height = 1.973 meters (for Chrollo's feat vs Hisoka)

Volume = L^2H

L = Tile
H = Tile Thickness

Tile Volume = 7.251 m^3

Rock Density = 2,700 kg/m^3

Tile Mass = 19,577.7 kilograms or 19.578 tons

8 j/cc

Heaven's Arena Gon's Physical Might = 58,008,000 joules or 13.864 kilograms

The Feat

Basically, Hisoka sends the rock tile into the stands in the time it takes Gon to fall a tiny distance (seems he decided to switch hands when taking the landing)

I have the mass of these tiles in this blog at 19,577.7 kilograms at any rate

How about how far and fast it went flying?


Ring Diameter = 165 pixels
Kick Distance = 314 pixels

Kick Distance/Ring Diameter = 1.903

Ring Diameter = 24.063 meters (also found in this blog)
Kick Distance = 45.792 meters


The perspective actually serves to skew how long Gon is really falling. So this'll end up fairly low end too

Gon = 853 pixels
Distance Above Ground = 51 pixels

Distance Above Ground/Gon = 0.0598

Gon = 1.54 meters (official height)

Distance Above Ground = 0.0921 meters

Time Frame = sqrt(2d/g)

d = Distance Above Ground

g = 9.8 m/s^2

Time Frame = 0.137 seconds

Rock Tile Speed = 45.792/0.137 = 334.248 m/s

KE = 0.5mv^2

m = Tile Mass
v = Rock Tile Speed

Heaven's Arena Hisoka's Casual Physical Might = 1,093,627,213 joules or 0.261 tons

So, that's actually about how strong and durable Gon is at this point in the story too. He didn't do a bad job against Hisoka at any rate. Hisoka sure wasn't going all out, but this feat illustrates how much strength he was actually using at any rate.

Here is the Feat


Car = 109 pixels

Crater Diameter = 476 pixels

Crater/Car = 4.367

Car = 4.8 meters (takes place near Yorknew, on HxH's American continent analog, apparently our standard for intermediate sized passenger vehicles is about this size)

Crater Diameter = 20.962 meters


Crater Depth = 1098 pixels

Rabid Dog = 269 pixels

Crater Depth/Rabid Dog = 4.082

Rabid Dog = 2 meters (he appears to be that tall here, compare him to the otherwise average looking Leech)

Crater Depth = 8.164 meters

Volume = (2/3)PIr1^2r2

r1 = Crater Diameter/2

r2 = Crater Depth

Crater Volume = 1,878.309 m^3

200 j/cc

Uvogin's Big Bang Impact = 375,861,800,000 joules or 89.833 tons

Here is the Feat


Chrollo = 269 pixels
Ceiling Part = 339 pixels

Ceiling Part/Chrollo = 1.26

Chrollo = 1.77 meters (official height)
Ceiling Part = 2.23 meters


Ceiling Part = 289 pixels
Hole Diameter 1 = 1461 pixels
Hole Diameter 2 = 1205 pixels
Hole Thickness = 141 pixels

Hole Diameter 1/Ceiling Part = 5.055
Hole Diameter 2/Ceiling Part = 4.17
Hole Thickness/Ceiling Part = 0.488

Hole Diameter 1 = 11.273 meters
Hole Diameter 2 = 9.299 meters
Hole Thickness = 1.088 meters

Hole Destruction Volume = 114.052 m^3

Double it to account for the large pile of debris I can't measure in the next room that Silva also clearly destroyed.

Total Destruction Volume = 228.104 m^3

8 j/cc
69 j/cc
200 j/cc (the explosion does expel a bunch of dust like debris on the first floor... probably solid indication that the volume of material destroyed was larger than what we're shown too)

Silva's Explosive Orbs Yield (Low End) = 1,824,832,000 joules or 0.436 tons
Silva's Explosive Orbs Yield (Middle End) = 15,739,176,000 joules or 3.762 tons
Silva's Explosive Orbs Yield (High End) = 45,620,800,000 joules or 10.904 tons

Obviously, Silva powerscales beyond this, but this is what the collateral is worth.

Here's the Feat

About as cut and dry as there has ever been a feat for being "faster than the eye" (Gon even alludes to as much). Basically, Gon is so fast the fucker can't see him move, nor does he see his card was taken until Gon speaks about him being unable to see him move.

Let's establish by posting the full sequence of real life video game fuckery that no one actually moved from the start of the sequence to the end of it from their original position of on panel introduction.

So, now the calc


You're probably wondering while I don't just scale from here

That's due to the weird sloped perspective, thus I'm being a bit more roundabout to get around it

Gon = 410 pixels

Distance to Guy 1 = 1426 pixels

Distance to Guy 1/Gon = 3.478

Gon = 1.54 meters (official height)

Distance to Guy 1 = 5.356 meters


Distance to Guy 1 = 563 pixels

Distance Between Killua = 940 pixels

Distance Between Killua/Distance to Guy 1 = 1.67

Distance Between Killua = 8.945 meters


So, unlike normal?

I don't need to do anything for angular size

I can use the distance I derived between Killua and the fatass to figure out the angular scale of the image instead

Which was kind of annoying to do, but I did it.

Killua = 241 pixels (1.58 meters) (4.41 degrees)
Guy = 459 pixels (1.7 meters) (8.401 degrees)

Guy/Killua = 1.905

Plug them in yourself here

Use the corresponding heights with the corresponding degrees, then subtract the pair of distances you've derived and you'll end up with the 8.945 meters I got above for the distance between the guy and Killua

Total Distance Gon Traveled = 20.518 meters

Time Frame = 0.00833 seconds (at 1/120th of a second)

End of Yorknew/Beginning of Greed Island Gon's Speed = 2,463 m/s or mach 7.238

The Feat

Not bad really, technically just an underdeveloped Ko punch as opposed to the shit he charges later on


Gon = 682 pixels
Rock Height = 1307 pixels
Rock Diameter = 765 pixels

Rock Height/Gon = 1.916
Rock Radius/Gon = 1.122

Gon = 1.54 meters (official height)
Rock Height = 2.951 meters
Rock Radius = 1.728 meters
Rock Diameter = 3.456 meters

Volume = (2/3)PIr1^2r2

r1 = Rock Radius
r2 = Rock Height

Rock Volume = 18.455 m^3

8 j/cc

Greed Island Gon's 1st Jajanken Yield = 147,640,000 joules or 35.287 kilograms

Here's the Feat


Gon = 228 pixels
Rock Diameter = 533 pixels

Rock Diameter/Gon = 2.338

Gon = 1.54 meters (official height)
Rock Diameter = 3.6 meters

Hemisphere Volume = (2/3)PIr1^2r2

r1 = Rock Diameter/2
r2 = Rock Diameter

Boulder Volume = 24.429 m^3

8 j/cc

Greed Island Gon's 2nd Jajanken Yield = 195,432,000 joules or 46.709 kilograms

Here is the Feat

This one was annoying.

I tried accounting for the mass of Tree Branches and the rest of the Trunk obscured by the numerous leaves at any rate


Not perfect, everyone to measure is too far into the foreground, but it'll do

Killua = 165 pixels
Tree Diameter = 1163 pixels

Tree Diameter/Killua = 7.048

Killua = 1.58 meters (official height)
Tree Diameter = 11.136 meters


Tree Diameter = 73 pixels
Tree Height = 355 pixels
Tree Top Height = 406 pixels
Tree Top Diameter = 778 pixels

Tree Height/Tree Diameter = 4.863
Tree Top Height/Tree Diameter = 5.562
Tree Top Diameter/Tree Diameter = 10.658

Tree Height = 54.154 meters

Volume = PIr^2*H

r = Tree Diameter/2

H = Tree Height

Tree Trunk Volume = 5,274.47 m^3

Tree Top Height = 61.938 meters
Tree Top Diameter = 118.687 meters

Volume = 0.2((4/3)PIr1^2r2)

Much like a building, I figure the network of branches and extraneous tree trunk obscured by the vast amount of leaves would account for about 20% of the space and I'll treat the rest of it as if it were empty.

This is good example of why I chose that would be on page 16 of 20 in this particular article regarding, funnily enough, finding the number of leaves on a given tree.

r1 = Tree Top Diameter/2
r2 = Tree Top Height/2

Tree Top Volume = 91,367.575 m^3
Total Tree Volume = 96,642.045 m^3

Average Oak Density = 750 kg/m^3 (the range seems to be between 600 to 900 kg/m^3 with the other represented variants sitting in the middle)

Total Tree Mass = 72,481,533.75 kilograms


As you can see by the red circled shaken off tree branch debris, odds are I undercut the speed fairly significantly as odds are the violence of the shaking sent the shit off the tree at speeds greater than acceleration due to gravity and at non-severe angles

I think the blue line would functionally be where the center of mass for the entire tree including hidden branches and trunk are too.

And at the very least, as the after image of the shaking tells us, the Tree shook back and forth both ways, thus indicating the total distance is double what I measured in total at least, if not higher.

No tree works like this, but hey, its a simulated video game in reality where Nen is used to install game mechanics onto the real world, so fuck if I know how durable the thing really is.

Tree Diameter = 50 pixels
Debris Fall = 115 pixels
Swaying = 262 pixels

Debris Fall/Tree Diameter = 2.3
Swaying/Tree Diameter = 5.24

Debris Fall = 25.613 meters

Time Frame = sqrt(2d/g)

d = Debris Fall
g = 9.8 m/s^2

Time Frame = 2.286 seconds

Swaying = 58.353 meters

Remember, multiply this by 2 to get how far it traveled per the after image it leaves behind

Total Sway = 116.706 meters

Speed of Sway = 51.052 m/s

KE = 0.5mv^2

m = Total Tree Mass
v = Speed of Sway

Greed Island Gon's Restrained Jajanken Yield = 94,454,553,664 joules or 22.575 tons

Here is the Feat

It's worth something, you obviously need some kind of force to break the cover over the pit and all


Killua = 74 pixels
Boulder Diameter = 1050 pixels

Boulder Diameter/Killua = 14.189

Killua = 1.58 meters (official height)
Boulder Diameter = 22.419 meters


Boulder Diameter = 484 pixels
Pit Height = 994 pixels

Boulder Diameter/Pit Height = 2.054

Pit Height = 46.049 meters


Pit Height = 1784 pixels
Height of Trap = 551 pixels

Height of Trap/Pit Height = 0.309

Height of Trap = 14.229 meters

Volume = PIr^2*H

r = Boulder Diameter/2
H = Height of Trap

Volume of Pit Trap Cover = 5,616.901 m^3

1 j/cc

I mean, it makes sense as a low end to dislodge/break the chunks of earth and wood underneath them *shrugs*

Gon's Final Greed Island Jajanken Yield = 5,616,901,000 joules or 1.342 tons

The Feat

Notice, his arm moves about 1/6th a circumference between firing the bolt and it reaching the Chimera Ant Soldier.

So he's moving some decent fraction the speed of his lightning in Base


Killua = 128 pixels

Arm Movement Diameter = 162 pixels

Lightning = 1300 pixels

Arm Movement Diameter/Killua = 1.266

Lightning/Killua = 10.156

Killua = 1.58 meters (official height)

Arm Movement Diameter = 2 meters

Half Circumference = (PId)/2

d = Arm Movement Diameter

Arm Movement Half Circumference = 3.14 meters

Of the 180 degrees of movement made (hence half circumference), Killua from our skewed perspective appears as if he moved about 60 degrees (1/3rd the half circumference)

Killua's Arm Movement = 3.14/3 = 1.0467 meters

Lightning = 16.046 meters

Killua's Arm Movement/Lightning = 0.0652

Now, what about the speed? In lieu of continuously just appealing to the research of Negima's author and his 150 km/sec (if you've been wonder why we use that, that's pretty much been why for the past decade)? I figured let's update them all with something more scholarly?

Wikipedia cites some study that found an average speed for a stepped leader to be about 440 km/sec. While I can only get the abstract for it without paying for the damn thing, I miss being a student as a tangent, but this other article (web and pdf views) appears to corroborate it as well as listing a minor meta analysis worth of other corroborative past research findings in both its introduction and its own later findings presented in the results/discussion.

As an aside, I find it amusing they give a range of values for the distances they're discussing as of course capturing video to measure the speed of lightning won't have some kind of convenient measuring stick the strikes always land near and in the same field of visual depth for.

All that to say? I'm all for 440 km/sec if only because I can actually cite and find it beyond the research findings of a harem mangaka's bullshit.

Lightning = 440,000 m/s

End of Greed Island/Beginning of Chimera Ant Killua's Speed = 28,688 m/s or mach 84.305

Now some of you fuckers may ask "Chaos, why do you think this is real electricity in speed?"

Other than similar transmutation of Aura from Meruem converting his own into fucking Photons?

Killua's power is derived from charging it up from real electrical power sources. When his gathered charge runs out, he can no longer turn his Aura into electricity.

Here's the Feat


Killua = 46 pixels
Tree = 67 pixels

Tree/Killua = 1.457

Killua = 1.58 meters (his official height)
Tree = 2.302 meters

Thick trees. These are also in the area just before the explosion.


Tree (Red Lines) = 10 pixels
Explosion (Green Line) = 1580 pixels
Tree Fragment Diameter = 10 pixels
Tree Fragment Length = 59 pixels

Explosion/Tree = 158
Tree Fragment Diameter/Tree = 1
Tree Fragment Length/Tree = 5.9

Explosion = 363.716 meters

We can do some surface area ratio stuff now to get a yield too

Surface Area of Sphere = 4PIr^2

r = Explosion/2

Explosion Surface Area = 415,388.492 m^2

Now, all around the edge of the explosion appears to be some large fragments of various trees that were at the edge of the blast's expansion

Doesn't particularly matter which tbh

Tree Fragment Diameter = 2.302 meters
Tree Fragment Length = 13.582 meters

Surface Area = LW

L = Tree Fragment Diameter
W = Tree Fragment Length

Tree Fragment Cross-sectional Surface Area = 31.266 m^2

Explosion/Tree Fragment = 13,285.63

Cylinder Volume = PIr^2*H

r = Tree Fragment Diameter/2
H = Tree Fragment Length

Tree Fragment Volume = 56.499 m^3

8.34 j/cc
18.34 j/cc

Tree Fragment Destruction (Low End) = 471,201,660 joules
Tree Fragment Destruction (High End) = 1,036,191,660 joules

Now multiply these by our previously derived Explosion/Tree Fragment ratio

Bombardier Beetle Chimera Ant Exothermic Reaction Explosion Yield (Low End) = 6,260,210,910,146 joules or 1.496 kilotons
Bombardier Beetle Chimera Ant Exothermic Reaction Explosion Yield (High End) = 13,766,459,003,846 joules or 3.29 kilotons

Here's the Feat


Well, he shot Ponzu in the head, so I can scale from this shot at any rate

Ponzu = 872 pixels

Chimera Ant = 1227/8 pixels

Chimera Ant/Ponzu = 1.407

Ponzu = 1.71 meters (about as tall as Pokkle who's about as tall as Kurapika [his official height])

Chimera Ant = 2.406 meters


Chimera Ant = 63 pixels

Crater = 893 pixels

Crater/Chimera Ant = 14.175

Crater = 34.105 meters

Volume = (2/3)PIr1^2r2

r1 = Crater/2

r2 = Crater/4

Crater Volume = 5,192.695 m^3
200 j/cc

Bonolenov's Jupiter Yield = 1,038,539,000,000 joules or 248.217 tons

Here's The Feat


Zeno = 181 pixels
Crater Diameter = 1187 pixels
Crater Depth = 671 pixels

Crater Diameter/Zeno = 6.558
Crater Depth/Zeno = 3.707

Zeno = 1.61 meters (official height)
Crater Diameter = 10.558 meters
Crater Depth = 5.968 meters

Crater Volume = 348.153 m^3

200 j/cc

Silva's Casual Physical Might = 69,630,600,000 joules or 16.642 tons

Here is the Feat and Result

What we know of the Ring's parameters from Heaven's Arena Gon's Physical Might feat?

Ring Diameter = 24.063 meters
Ring Height = 1.973 meters

Thus?

Volume = (L^2)H

L = Ring
H = Ring Height

Ring Volume = 1,142.422 m^3


Ring = 165 pixels
Arena Radius = 213 pixels

Arena Radius/Ring = 1.291

Arena Radius = 31.065 meters


Arena Radius = 501 pixels
Hole Diameter = 491 pixels
Hole Thickness = 49 pixels

Hole Diameter/Arena Radius = 0.98
Hole Thickness/Arena Radius = 0.098

Hole Diameter = 30.444 meters
Hole Thickness = 3.044 meters

Volume = PIr^2*H

r = Hole Diameter/2
H = Hole Thickness

Hole Volume = 2,214.714 m^3

Total Destruction Volume = 3,357.136 m^3

8 j/cc
200 j/cc
8509.43 j/cc (after all, it appears as though the people crowding Hisoka were also incinerated)

Chrollo's The Sun and Moon Yield (Low End) = 26,857,088,000 joules or 6.419 tons
Chrollo's The Sun and Moon Yield (Middle End) = 671,427,200,000 joules or 160.475 tons
Chrollo's The Sun and Moon Yield (Middle End) = 28,567,313,792,480 joules or 6.828 kilotons