For this cool web series I’ll include in the future. As I’m writing this, only 3/8 episodes are available.
The Worker Drones Survive Humanity Getting Destroyed[]
Copper 9: 370 px/12742000 meters (Basing its size off of Earth)
Explosion: 178 px/6129935.13514 meters (radius is 3064967.56757 meters)
3064967.56757^3*((27136*1.37895+8649)^(1/2)/13568-93/13568)^2 is 2.313999e15 tons/2.313998999999999917 petatons, or Continent level
That’s just the explosion, though. We see visible chunks flying out of the explosion, so this can be viable for KE. Near the end of the episode, we can get a good glimpse of the crater formed from Copper 9’s planet core exploding, so that will be the volume of the chunks that were flung.
Earlier in the video (0:29), the monitor of Copper 9 during the Planet Core Collapse warning implies that the crater is as deep as the core, so I may as well use 6371000 meters for the depth.
(Ignore the yellow line)
Copper 9: 474 px/12742000 meters
Crater diameter: 224 px/6021535.86498 meters (radius is 3010767.93249 meters)
Crater depth: 6391000 meters
Volume (Cone): (Pi*3010767.93249^2)(6391000/3) is 6.0666927e19 m^3
Density of earth is 5520 kg/m^3
5520*6.0666927e19 is is 3.3488144e23 kg
(Ignore the yellow and green lines)
Copper 9: 353 px/12742000 meters
Distance debris launched: 174 px/6280759.2068 meters
Timeframe (using a frame by frame player): 0.48 seconds
6280759.2068/0.48 is 13084915.0142 m/s, or 4.364657837456338% SoL
KE (Relativistic): 28709388599897536519436862860645301313 joules/6.8617085563808641382 ronnatons, or Large Planet level
EDIT: The Worker Drones were not in the direct epicenter of the explosion, so we need to account for surface area.
Human: 95 px/1.755 meters
Worker Drone: 75 px/1.38552631579 meters
A man around this height would therefore have a weight of 28.5 kg. Inputting the height and weight values to a human surface area calculator, their surface area would be 1.26 m^2 (meaning half of that would be 0.63 m^2).
They were pretty much a whole planet radius away from the explosion.
(28709388599897536519436862860645301313) / (4π((6391000)^2)) is 5.5934073e22 joules per m^2
0.63*5.5934073e22 is 3.5238466e22 joules/8.4221955066921605493 teratons, or Country level
Worker Drones Outspeed Missile Explosions[]
Uzi: 1427 px/1.27 meters
Uzi’s head: 425 px/0.37824106517 meters
Uzi’s head: 209 px/0.37824106517 meters
N’s head: 212 px/0.38367036275 meters
N’s head: 175 px/0.38367036275 meters
Missile height: 201 px/0.44067281664 meters
Missile diameter: 72 px/0.15785294924 meters (radius is 0.07892647462 meters)
Volume (Cylinder): (Pi*0.07892647462^2)*0.44067281664 is 0.00862405551 m^3
Accounting for 50% hollowness to account for the gaps, the real volume is 0.00431202775 m^3
Density of TNT is 1654 kg/m^3
1654*0.00431202775 is 7.1320938985 kg
Worker Drone’s head: 220 px/0.37824106517 meters (Going off of Uzi’s head height given they seem to have the same head size)
Distance to the explosion (Assuming it’s the epicenter): 512 px/0.8802701153 meters
Plugging the distance and missile weight into this calculator, the speed of the explosion is 2317.06 m/s, or Mach 6.755276968, which is Hypersonic
N Prys Open A Metal Door[]
Uzi’s head: 164 px/0.37824106517 meters
Door width: 177 px/0.40822358862 meters
Uzi: 59 px/1.27 meters
Door length: 433 px/9.32050847458 meters
Door height: 292 px/6.28542372881 meters
Volume: 0.40822358862*9.32050847458*6.28542372881 is 23.9151033826 m^3
Based on its appearance, steel seems to be the best to use, which has a density of 7850 kg/m^3
7850*23.9151033826 is 187733.561553 kg, or Class K
Doll Snaps A Worker Drone’s Neck[]
Worker Drone: 222 px/1.27 meters (As a teenage worker drone, they all look to be around Uzi’s height)
Neck diameter: 10 px/0.0572072072 meters (radius is 0.0286036036 meters)
Neck area: Pi*0.0286036036^2 is 0.00257034473 m^2
Tensile strength of steel is 400 MPa
0.00257034473*1e6*400 is 1028137.892 N/104840.88776515 kgf, or Class K