Search results for query: *

Nirvash FINAL (or Nirvash Spec3) fires a beam of love and marks the Moon with Renton & Eurekas names. This will be pretty easy, as the distance to the Moon is 384,400km. However, the beam starts a bit up in space, so we'll have to subtract a bit for that. The new Coral Command Centre is directly above the hole where Oratorio No. 8 destroyed the former Coral Command Center, which is 100k across. 231 pixels = 100km 1 pixel = 100km/231 = 0.432900433km 0.432900433km X 489 = 211.688312km 0.432900433km X 127 = 54.978355km T = 384400km - 211.688312km = 384188.312km Timeframe is 5 seconds and 13 frames (with a framerate of 30 frames a second). T = 1s/30 = 33.3333333ms X 13 = 0.433333333s + 5s = 5.43333333s T = 384188.312km/5.43333333s = 70709505.3/299792458 X 100 = 23.5861522% C Final Results Love Beam = 23.586% C

Redoing an old calc (as unfortunately the links are gone for the original). On top of making sonic booms, Nirvash reacts to and dodges lasers from an airforce plane that travel a great distance in a split second. Izumo-class aircraft have a wingspan of 196.624965m. = 2*atan(169/(605/tan(70/2))) = 0.263180046 rad = 15.0791058878962687 degrees Enter that into the angscaler and we have a distance of 742.79m. Timeframe is 11 frames (with a 30 frames per second framerate). T = 1s/30 = 33.3333333ms X 11 = 0.366666666s T = 742.79m/0.366666666s = 2025.79091/340.29 = Mach 5.95313089 Final Results United Federation Airforce Aircrafts lasers = Mach 5.953

Nirvash Type-Zero Spec-1 in it's vehicle mode can travel at 300km/h (although in mecha mode it can go faster, or at least in sustained bursts). 300km/h is 83.3333333m/s, so that's our calc done for us! But that's not all, we also have the mass of Nirvash (21.4 tons, or 21400kg), so we can also get kinetic energy. KE = (0.5)mv^2 = (0.5) X 21400 X 83.3333333^2 = 74305555.5 joules = 0.0177594539914 tons of TNT But that's not all! We have the values for all of the major LFOs for Gekkostate! Type-R606 has maximum vehicle mode speed of 280km/h (77.7777778m/s), a mass of 21.3 tons (21300kg) and a height of 13.7m (in humanoid form). KE = (0.5)mv^2 = (0.5) X 21300 X 77.778^2 = 64426294.1 joules = 0.01539825384799 tons of TNT Now onto Type-R808, which has a maximum vehicle mode speed of 260km/h (72.2222222m/s), a height of 14.2m and a mass of 23.1 tons (23100kg). KE = (0.5)mv^2 = (0.5) X 23100 X 72.2222222^2 = 60245370.3 joules =...

Project Orange is used to drop special tectonic missiles to penetrate the Scub-Coral and summon a Kute-class coralian as a part of the Ageha Plan. This happens several times. We need to find the distance to the planet. The Eureka Seven planet has a diameter of 13035.5328km, or a radius of 6517.7664km. R = (h/2) + c^2/(8h) = (102/2) + 2505^2/(8 X 102) = 7740.98162 pixels = 2*atan(7740.98162/(1772/tan(70/2))) = 2.24147993 rad = 128.42733985259778 degrees Enter this into the angscaler and we have a distance of 1574.4km. Now all we need is the timeframe. Timeframe is 8 seconds and 8 frames (with a frame rate of 30 frames a second). T = 1s/30 = 33.3333333ms X 8 = 0.266666666s + 8s = 8.26666667s T = 1574.4km/8.26666667s = 190451.613/340.29 = Mach 559.674434 Final Results Project Orange missiles = Mach 559.674

As this is important for other calcs, how long is the Gekko? Thankfully, we have an official measurement for the Gekko (and the Swan); the Swan is 210m long while the Gekko is 250m long. https://web.archive.org/web/20071228131915/http://www.dot-anime.com/tb/tb_eurekaseven/mechanic_03_haku_01.html 769 pixels = 250m 1 pixel = 250m/769 = 0.325097529m 0.325097529m X 714 = 232.119636m 0.325097529m X 1162 = 377.763329m 0.325097529m X 121 = 39.336801m Final Results Length of the Swan = 210m Length of the Gekko = 250m Wingspan of the Gekko = 232.12m Wingspan of the Izumo = 377.763m

Renton & Eureka have tons of impressive feats, but what about Holland, Tahlo and the rest of Gekkostate? The final battle between Gekkostate and Dewey Novak has some incredible feats. There'll be a lot to cover here, so strap yourselves in... 65 pixels = 1.52507676m 1 pixel = 1.52507676m/65 = 0.0234627194m 0.0234627194m X 228 = 5.34950002m 28 pixels = 5.34950002m 1 pixel = 5.34950002m/28 = 0.191053572m 0.191053572m X 877 = 167.553983m 0.191053572m X 602 = 115.01425m 115.01425m/2 = 57.507125m Volume as a cylinder. V = πr^2h = π X 57.507125^2 X 167.553983 = 1740796.24m^3 Weight of air per m^3 is 1.003kg/m^3. M = 1740796.24 X 1.003kg = 1746018.63kg Timeframe is 13 frames. T = 1s/30 = 33.3333333ms = 33.3333333ms X 13 = 0.433333333s T = 167.553983m/0.433333333s = 386.663038m/s KE = (0.5)mv^2 = (0.5) X 1746018.63 X 386.663038^2 = 1.30522143e11 joules = 31.1955408699809 tons of TNT 2. Gekko's laser The Gekko fires a laserbeam at the...

One of the best feats in the series, so absolutely worth a recalc (the images of the original are unfortunately broken). THEEND unleashes a Bascude Crisis before Anemone realises that Dominic is there, and the explosion of water reaches the ceiling of the Scub-Coral where Dominic just fell through in seconds. The scub-coral covering the Earth is 162.94416km high (162944.16m). Volume as a hemisphere. V = 4/3πr^3 = 4/3 X π X 162944.16^3 = 1.81219534e16/2 = 9.0609767e15m^3 For our low end we'll go with sea mist (which would weigh the same as clouds do, that being 1.003kg/m^3) M = 9.0609767e15 X 1.003kg = 9.08815963e15kg As for our high end, we'll use the ocean itself. The depth of the ocean on average is 3688m. Volume as a cylinder. V = πr^2h = π X 162944.16^2 X 3688 = 3.07622703e14m^3 Mass of water is 1000kg/m^3. M = 3.07622703e14 X 1000 = 3.07622703e17kg With both our low end and high end mass values, let's find our time frame (frame rate is 30...

Some of the best feats in the series are scaled from the size of Eureka Seven's Earth, so we'll need to make a new calc for the planets size. The diameter of the Earth is 12756.2km. 1096 pixels = 12756.2km 1 pixel = 12756.2km/1096 = 11.6388686km 11.6388686km X 1120 = 13035.5328km 11.6388686km X 14 = 162.94416km Final Results Planet size = 13035.533km Coral Control Center height = 162.944km

Another calc which was unfortunately lost with the PostImage crash, but thankfully it's pretty straightforward so I'll redo here. Charles Beams in his Spearhead chases after Nirvash Type-Zero but fails to catch up. Nirvash is 14.7m tall and weighs 21.4 tons (or 21400kg). Once again, we'll start off with a reminder that the framerate is 30 frames a second... ...now onto the scaling! 10 pixels = 14.7m 1 pixel = 14.7m/10 = 1.47m 1.47m X 344 = 505.68m Timeframe is 1 frame (with 30 frames a second). 1.47m X 449 = 660.03m 660.03m - 505.68m = 154.35m T = 1s/30 = 33.3333333ms T = 154.35m/33.3333333ms = 4630.5/340.29 = Mach 13.6075112 That's not all though, we can also get the kinetic energy as we have our mass. KE = (0.5)mv^2 = (0.5) X 21400 X 4630.5^2 = 229424373675 joules = 54.8337413181166 tons of TNT Final Results Spearhead chases Nirvash Type-Zero = Mach 13.608 Kinetic energy of Nirvash = 54.834 tons of TNT

A giant red anti-body coralian flies into the sky and destroys multiple Air Force planes with a barrage of lasers. Keep in mind that the Air Force planes are huge, and ergo, the anti-body is also huge. It 's hard to scale it in a single image, so I stitched a few images of it together to get a complete picture of it. The end of a standard Air Force command plane's wing is 39.336801m. 160 pixels = 39.336801m 1 pixel = 39.336801m/160 = 0.245855006m 0.245855006m X 2027 = 498.348097m 0.245855006m X 124 = 30.4860207m 30.4860207m/2 = 15.2430104m 0.245855006m X 161 = 39.582656m 0.245855006m X 552 = 135.711963m 135.711963m/2 = 67.8559815m 0.245855006m X 1202 = 295.517717m 295.517717m/2 = 147.758859m 0.245855006m X 167 = 41.057786m 0.245855006m X 466 = 114.568433m 0.245855006m X 299 = 73.5106468m We'll have to get the thickness of it's body with other scaling, but we can at least get the end of it (I dunno if that's its tail or what). Volume of the end of its body as a cone. V = πr^2h/3...

I calced this before, but unfortunately, the site hosting the images had a crash. It's one of the best feats in the series though, so it's worth recovering. Renton & Eureka trigger a Seven Swell, which destroys a mountain and parts the clouds around for miles. There will be a ton of scaling here, so let's get into it. 146 pixels = 232.12m 1 pixel = 232.12m/146 = 1.58986301m 1.58986301m X 457 = 726.567396m 88 pixels = 726.567396m 1 pixel = 726.567396m/88 = 8.25644768m 8.25644768m X 824 = 6803.31289m 8.25644768m X 938 = 7744.54792m 6803.31289m + 7744.54792m = 14547.8608m 8.25644768m X 39 = 322.00146m 8.25644768m X 232 = 1915.49586m 1915.49586m/2 = 957.74793m Next we'll need to subtract the height of the part that was blown off, so as to find the length of the area hollowed out, as well as get the bottom length for the area blown off. 8.25644768m X 626 = 5168.53625m 8.25644768m X 571 = 4714.43163m 4714.43163m/2 = 2357.21582m 7744.54792m - 5168.53625m = 2576.01167m 14547.8608m -...

A pair of Air Force missiles destroy the Thurston Garage. I'm not sure if this was a KLF or a plane, but still, it's impressive. Previously, I put the width of the Thurston Garage windows at between 1.55100m and 2.2907077m. (Low end) 97 pixels = 1.55100m 1 pixel = 1.55100m/97 = 0.0159896907m (High end) 97 pixels = 2.2907077m 1 pixel = 2.2907077m/97 = 0.0236155433m (Low end) 0.0159896907m X 2201 = 35.1933092m 35.1933092m/2 = 17.5966546m (High end) 0.0236155433m X 2201 = 51.9778108m 51.9778108m/2 = 25.9889054m We have the radius for our low end and our high end, so let's use the low end and high end nuke calculators! With Nukemap (for fireball radius), we get a low end yield of 15 tons of TNT and a high end yield of 39 tons of TNT (it only goes by divisions of 10 for such low numbers, but by getting the lowest and highest ratings of 20m, those being 0.016 kilotons and 0.55 kilotons we can roughly determine where the middle is). As this was two missiles, we divide the yield by...

After the Ageha Squads strike, a Kute-class Coralian manifests and Anti-Body Coralians attack. There's a good many calcs here, so let's fly onwards! 1. Kute-class Coralian size (again) The Kute-class Coralian is clearly visible from 720km away. Thankfully, this will make the rest of the calcs easy. = 2*atan(145/(1421/tan(70/2))) = 0.0966216419 rad = 5.536012290508129041 degrees Enter that through the angscaler and we get a diameter of 69.622km, or 69622m (which is actually quite close to the first Kute-class we saw). 2. Ferris City Tower height Each tower is also ridiculously large, and thankfully we have a chance to scale this one. This will be very straightforward. 345 pixels = 69.622km 1 pixel = 69.622km/345 = 0.201802899km 0.201802899km X 70 = 14.1262029km That's bigger than Mount Everest. Each tower is an immense technological wonder. 4. Coralian collapses The Coralian collapses (much like the first one). Once again, volume is obviously as a sphere. R = 69622m/2...

Unfortunately, the images for the original calc have been lost. As this is a relatively easy calc, and brings some satisfying results, let's have a go at redoing this. 1. Coralian manifests A Kute-class Coralian manifests as a colossal sphere of clouds. First of all, why not find the energy for it to condense the vapor into water droplets? = 2*atan(3081/(1577/tan(70/2))) = 1.49366392 rad = 85.580638627178516 The angscaler gives us a diameter of 55.542km, and a radius of 27.77100km, or 27771.00m. The volumes as a sphere, obviously. V = 4/3πr^3 = 4/3 X π X 27771.00^3 = 8.97146082e13m^3 Density of a cumulus cloud is around 0.5 grams/m^3. M = 8.97146082e13 X 0.5 = 4.48573041e13g Condensation of water vapour to liquid is 2260 joules/gram. E = 4.48573041e13 X 2260 = 1.01377507e17 joules = 24.229805688336519154 megatons 2. The Coralian collapses The Kute-class Coralian collapses in on itself and explodes, with Nirvash Type-Zero and Nirvash Type-THEEND both...

It may seem like pretty lights, but don't mess with Eureka Seven if you know what's good for you. 1:23 The effects of the Seven Swell can be seen below. 7:50 We can scale from the LFOs. Going with the average height of 1.77m. 175 pixels = 1.77m 1 pixel = 1.77m/175 = 0.0101142857m 0.0101142857m X 674 = 6.81702856m Now onto the Seven Swells flower effect. 6 pixels = 6.81702856m 1 pixel = 6.81702856m/6 = 1.13617143m 1.13617143m X 702 = m The depth of the ground is a bit hard to see, but it destroys even the canyons. Thankfully we have some nice scaling from the episode before hand (this'll also be a handy scale for any future Eureka 7 calcs I decide to make). 14:55 Standard door is 2m tall. 65 pixels = 2m 1 pixel = 2m/65 = 0.0307692308m 0.0307692308m X 468 = 14.4m 0.0307692308m X 232 = 7.13846155m 0.0307692308m X 490 = 15.0769231m 0.0307692308m X 47 = 1.44615385m 0.0307692308m X 61 = 1.87692308m We can scale from Nirvash's head to the window. 125 pixels = 1.44615385m 1...

A compilation of calcs from Eureka Seven (mainly Psalm of Planets). Energy Type-R606's vehicle mode kinetic energy = 0.015 tons of TNT Type-R808's vehicle mode kinetic energy = 0.014 tons of TNT Nirvash Type-Zero Spec-1 vehicle mode kinetic energy = 0.018 tons of TNT Type-R909's kinetic energy...