Injured Dorry the Blue Ogre's Physical Might
The Feat
I mean, if nothing else, Luffy's definitely striking comparably to his giant ass. He may not be able to lift it from the unfavorable position of leverage he was in, but he's not outright outclassed by Dorry after injury.
Dorry = 135 pixels
Clearing = 500 pixels
Clearing/Dorry = 3.704
Dorry = 22.6 meters (here)
Cleaering = 83.71 meters
Clearing = 39 pixels
Skull Top Height/Clearing = 123 pixels
Skull Top Height/Clearing = 3.154
Skull Top Height = 264.021 meters
Skull Top Height = 276 pixels
Skull Length = 589 pixels
Lift Height = 96 pixels
Skull Length/Skull Top Height = 2.134
Lift Height/Skull Top Height = 0.348
SKull Length = 563.421 meters
Lift Height = 91.879 meters
An example (here and here) of a fossilized Trex Skull to work backwards from for the Square Cube Law to do the heavy lifting for me.
Sue's Skull Length = 1.52 meters
Sue's Skull Mass = 272 kilograms
Skull Mass = 272(563.421/1.52)^3
Skull Mass = 13,852,789,358.818 kilograms
Injured Dorry's Physical Might = 12,473,284,248,289 joules or 2.981 kilotons
Short of treating this pair of Sea King like the larger than 5,000 meter variants, not that I can see a reason to make that assumption, can't really think of how else to scale the island without resorting to real life values for shit like the Volcano.
Chessmarimo's Yukiwariso
The Feat
There's honestly a bunch of scans of the Castle being plainly visible on top of the Drum Rock Peak, but this one had the easiest to see details and was plainly a forward view of it. If you want me to sub it out for another, that's fair game too. Bit feat like the rest of the feats in this arc either way though.
Drum Rock's Peak Height = 223 pixels
Castle Diameter = 23 pixels
Castle Tower Diameter = 4 pixels
Castle Diameter/Drum Rock's Peak Height = 0.103
Castle Tower Diameter/Drum Rock's Peak Height = 0.018
Drum Rock's Peak Height = 5,000 meters (here)
Castle Diameter = 515 meters
Castle Tower Diameter = 90 meters
Foreground
Castle Diameter = 630 pixels
Hole Height = 112 pixels
Hole Width = 38 pixels
Hole Depth = 10 pixels
Hole Height/Castle Diameter = 0.178
Hole Width/Castle Diameter = 0.06
Hole Depth/Castle Diameter = 0.016
Hole Height = 91.67 meters
Hole Width = 30.9 meters
Hole Depth = 8.24 meters
Volume = LWH
As they're just a pair of triangular prisms, adding them together gives me a rectangular one anyway.
L = Hole Height
W = Hole Width
H = Hole Depth
Total Hole Volume = 23,340.649 m^3
200 j/cc (the smoke/dust coming from the impact)
Chessmarimo's Yukiwariso Yield = 4,668,129,800,000 joules or 1.116 kilotons
Background
Castle Tower Diameter = 69 pixels
Castle Roof Diameter = 39 pixels
Castle Roof Diameter/Castle Tower Diameter = 0.565
Castle Roof Diameter = 50.85 meters (huh, works out to something approaching what I'd surmise the interior's diameter to have been anyway. Neat)
Wapol's Bero Cannon
Here's the feat
Castle Roof Diameter = 177 pixels
Hole Diameter = 72 pixels
Wall Thickness = 4 pixels
Hole Diameter/Castle Roof Diameter = 0.407
Wall Thickness/Castle Roof Diameter = 0.023
Hole Diameter = 20.696 meters
Wall Thickness = 1.17 meters
Volume = 2(PIr^2*H)
The 2 is because Wapol created 2 holes with his blast
r = Hole Diameter/2
H = Wall Thickness
Total Hole Volume = 786.789 m^3
200 j/cc (all the apparent smoke/dust post explosion and such)
Wapol's Bero Cannon Yield = 157,357,800,000 joules or 37.609 tons
Drum Island Monkey D Luffy's Gomu Gomu no Bazooka Speed
Here's the feat
Panel Height = 850 pixels
Drum Rock's Peak Height = 163 pixels
Drum Rock's Peak Diameter/Drum Rock's Peak Height = 0.583
2*atan(Object_Size/(Panel_Height/tan(FoV/2))) = object degree size
2*atan(163/(850/tan(70/2 deg)))
Drum Rock's Peak Height = 15.295 degrees
Drum Rock's Peak Height = 5,000 meters
Monkey D Luffy's Gomu Gomu No Bazooka Range = 18,619 meters
Time Frame (?) = ~2 seconds (the amount of time it'd take Wapol to spit out his panicked begging as Luffy begins to shout is my best guess at a time frame. Talking is normally free action, but it clearly wasn't here. Make of it what you will either way.)
I wish I could use literally anything else as a time frame, even like the free fall of fabric on his sleeve, something, anything. Oda gave me nothing :lmao
Drum Island Monkey D Luffy's Gomu Gomu No Bazooka Speed = 9,309.5 m/s or mach 27.358
Only other feat of note I can think of from Little Garden or Drum Island arc is Dorry and Brogy's Hakoku that split the sea and kills the Island Eater. I won't be doing that right now.
Lassoo's Exploding Baseballs
The Feat
So, Usopp survives this combo, albeit heavily wounded. Also just the bomb on its own once or twice.
Mind you, this all scales to better on account of what this shit was doing to Chopper.
Also Usopp's Hammer Comet does Mr 4 in, so that's neat.
Mr 4 = 106 pixels
Pillar Diameter = 188 pixels
Pillar Diameter/Mr 4 = 1.774
Mr 4 = 2.18 meters (here)
Pillar Diameter = 3.867 meters
Pillar Diameter = 7 pixels
Explosion Diameter = 663 pixels
Explosion Diameter/Pillar Diameter = 94.714
Explosion Diameter = 366.26 meters
Explosion Radius = 183.13 meters
The calculator doesn't go below 1 kiloton (Near-Total Fatalities Radius of 280 meters), so I have to work backwards via Square Cube Law
Playing with it a bit, I found that 0.002243 (2.243 kilotons) has a Near-Total Fatalities Radius of 366 meters. Works for my purposes as you divide that by 2 once over to get the explosion Radius of the feat. Means I divide that 2.243 kilotons by 8 and get a yield of?
Lassoo's Exploding Baseball Yield = 280.375 tons
Various Alabasta Monkey D Luffy and Crocodile Feats
Crocodile's Desert Spada
The Feat
Crocodile's Ground Death
So here's the entire sequence of the feat
Alabasta Monkey D Luffy's Gomu Gomu no Storm
So here is the entire sequence of the final feat and the aftermath
Explosion Radius (Red Line) = 341 pixels
Palace Diameter (Green Line) = 98 pixels
Hole Diameter (Blue Line) = 15 pixels
Palace Walkway (Near Intersection of Red and Green Lines) = 2 pixels
Palace Front Wall Length (Light Green Line) = 64 pixels
Courtyard Trapezoid Length (Grey Blue Line) = 19 pixels
Courtyard Length w/o Trapezoid Length (Pink Line) = 57 pixels
Inner Palace Diameter 1 (Purple Line) = 51 pixels
Inner Palace Diameter 2 (Light Blue Line) = 44 pixels
Palace Diameter/Explosion Radius = 0.287
Hole Diameter/Palace Diameter = 0.044
Palace Walkway/Explosion Radius = 0.006
Palace Front Wall Length/Explosion Radius = 0.188
Courtyard Trapezoid Length/Explosion Radius = 0.056
Courtyard Length w/o Trapezoid Length/Explosion Radius = 0.167
Inner Palace Diameter 1/Explosion Radius = 0.15
Inner Palace Diameter 2/Explosion Radius = 0.129
Explosion Radius (Red Line) = 2,500 meters (as explained here)
Palace Diameter (Green Line) = 717.5 meters
Palace Radius = 358.75 meters
Hole Diameter (Blue Line) = 110 meters (given the bulk of the hole here is obscured by a bunch of dust, the homes, and a slanted viewing angle between the blue and brown home I measured respectively, its fair to say measuring from the above view is fair game as the ground burst scan doesn't contradict it even measuring from Crocodile)
Palace Walkway (Near Intersection of Red and Green Lines) = 15 meters
Palace Front Wall Length (Light Green Line) = 470 meters
Courtyard Trapezoid Length (Grey Blue Line) = 140 meters
Courtyard Length w/o Trapezoid Length (Pink Line) = 417.5 meters
Inner Palace Diameter 1 (Purple Line) = 375 meters
Inner Palace Diameter 2 (Light Blue Line) = 322.5 meters
Area = LW
L = Courtyard Length w/o Trapezoid Length
W = Palace Diameter
Palace Rectangular Surface Area = 299,556.25 m^2
Area = H((A+B)/2)
H = Courtyard Trapezoid Length
A = Palace Diameter
B = Palace Front Wall Length
Palace Trapezoidal Surface Area = 83,125 m^2
Area = LW
L = Inner Palace Diameter 1
W = Inner Palace Diameter 2
Inner Palace Area = 120,937.5 m^2
Total Surface Area = Palace Courtyard Trapezoid Area + Palace Rectangular Courtyard Area - Inner Palace Area
Total Surface Area = 261,743.75 m^2
Top Panel
Palace Radius = 270 pixels
Desert Spada Depth = 60 pixels
Desert Spada Depth/Palace Radius = 0.222
Desert Spada Depth = 79.643 meters
Bottom Panel
Palace Walkway = 224 pixels
Desert Spada Width = 70 pixels
Minimum Lawn Depth = 85 pixels
Desert Spada Width/Palace Walkway = 0.313
Minumum Lawn Depth/Palace Walkway = 0.379
Desert Spada Width = 4.695 meters
Volume = LWH
L = Palace Radius (Crocodile doesn't really move from here until after he uses Desert Spada)
W = Desert Spada Width
H = Desert Spada Depth
Desert Spada Volume = 134,145.194 m^3
200 j/cc (the whole dust cloud thing)
Crocodile's Desert Spada Yield = 26,829,038,800,000 joules or 6.412 kilotons
Now for Crocodile's Ground Death.
Minimum Lawn Depth = 5.685 meters
Volume = Total Surface Area * Minimum Lawn Depth
Total Palace Lawn Volume = 1,488,013.219 m^3
200 j/cc (Crocodile literally reduced the lawn to sand)
Crocodile's Ground Death Yield = 297,602,643,800,000 joules or 71.129 kilotons
Panel Height = 470 pixels
Hole Diameter (Background) = 10 pixels
Hole Diameter (Foreground) = 184 pixels
2*atan(Object_Size/(Panel_Height/tan(FoV/2))) = object degree size
2*atan(10/(470/tan(70/2 deg)))
2*atan(184/(470/tan(70/2 deg)))
Hole Diameter (Background) = 1.707 degrees
Hole Diameter (Foreground) = 30.659 degrees
Distance to Hole Diameter (Background) = 3,691.9 meters
Distance to Hole Diameter (Foreground) = 200.64 meters
Depth of Bedrock = 3,491.26 meters
Notice the rocks that have fallen to around Luffy's position in the air? They'd have been thrown into freefall from the Hole's mouth fairly early in Crocodile's ascent above. They serve as something of a time frame for the feat as Luffy's inhaled air apparently was sufficient to act as a counter force to gravity?
Time Frame = sqrt(2d/g)
d = Distance to Hole Diameter (Foreground)
g = 9.8 m/s^2
Time Frame = 6.399 seconds
Speed of Displaced Bedrock = 545.595 m/s
Volume = PIr^2*H
r = Hole Diameter/2
H = Depth of Bedrock
Bedrock Destruction Volume = 33,161,733.11 m^3
Bedrock Density = 2,700 kg/m^3
Displaced Bedrock Mass = 89,536,679,397 kilograms
KE = 0.5mv^2
m = Displaced Bedrock Mass
v = Speed of Displaced Bedrock
Alabasta Monkey D Luffy's Gomu Gomu No Storm Yield = 13,326,366,454,769,890 joules or 3.185 megatons
Can derive a speed for his punches too, using the above time frame.
Number of Total Punches = 50 (at least that's what it seems to be at my count. Feel free to do so yourself, my eyes could have been off. Either way, could be more, but we're not really given sufficient evidence to work with here)
Number of Punches per Arm = 25
Obviously, his punches will increase in distance to travel up and back for each punch following, thus I'll use the average distance they'd be traveling per punch to get the total distance a given Arm of Luffy's is traveling. That'd be at about the halfway point between Luffy near us in the foreground and the top of the hole he punched into the Bedrock in Alabasta above... which is basically just the Distance to Hole Diameter (Background; 3,691.9 meters) I derived above
Average Distance Traveled Per Punch = 3,691.9 meters
Total Punch Travel = 92,297.5 meters
Alabasta Monkey D Luffy's Gomu Gomu No Storm Speed = 14,424 m/s or mach 42.387
Only other feats of note to really consider would be Crocodile creating a sandstorm (not that I can think of a time frame for that), some of Daz Bones feats, Zoro lifting and chucking a section of cut building, a Bananawani biting a chunk of large staircase, and Ms. Doublefinger's wall vaporization. None of which I feel like trying to cover right now.
The Feat
I mean, if nothing else, Luffy's definitely striking comparably to his giant ass. He may not be able to lift it from the unfavorable position of leverage he was in, but he's not outright outclassed by Dorry after injury.
Dorry = 135 pixels
Clearing = 500 pixels
Clearing/Dorry = 3.704
Dorry = 22.6 meters (here)
Cleaering = 83.71 meters
Clearing = 39 pixels
Skull Top Height/Clearing = 123 pixels
Skull Top Height/Clearing = 3.154
Skull Top Height = 264.021 meters
Skull Top Height = 276 pixels
Skull Length = 589 pixels
Lift Height = 96 pixels
Skull Length/Skull Top Height = 2.134
Lift Height/Skull Top Height = 0.348
SKull Length = 563.421 meters
Lift Height = 91.879 meters
An example (here and here) of a fossilized Trex Skull to work backwards from for the Square Cube Law to do the heavy lifting for me.
Sue's Skull Length = 1.52 meters
Sue's Skull Mass = 272 kilograms
Skull Mass = 272(563.421/1.52)^3
Skull Mass = 13,852,789,358.818 kilograms
Injured Dorry's Physical Might = 12,473,284,248,289 joules or 2.981 kilotons
Short of treating this pair of Sea King like the larger than 5,000 meter variants, not that I can see a reason to make that assumption, can't really think of how else to scale the island without resorting to real life values for shit like the Volcano.
Chessmarimo's Yukiwariso
The Feat
There's honestly a bunch of scans of the Castle being plainly visible on top of the Drum Rock Peak, but this one had the easiest to see details and was plainly a forward view of it. If you want me to sub it out for another, that's fair game too. Bit feat like the rest of the feats in this arc either way though.
Drum Rock's Peak Height = 223 pixels
Castle Diameter = 23 pixels
Castle Tower Diameter = 4 pixels
Castle Diameter/Drum Rock's Peak Height = 0.103
Castle Tower Diameter/Drum Rock's Peak Height = 0.018
Drum Rock's Peak Height = 5,000 meters (here)
Castle Diameter = 515 meters
Castle Tower Diameter = 90 meters
Foreground
Castle Diameter = 630 pixels
Hole Height = 112 pixels
Hole Width = 38 pixels
Hole Depth = 10 pixels
Hole Height/Castle Diameter = 0.178
Hole Width/Castle Diameter = 0.06
Hole Depth/Castle Diameter = 0.016
Hole Height = 91.67 meters
Hole Width = 30.9 meters
Hole Depth = 8.24 meters
Volume = LWH
As they're just a pair of triangular prisms, adding them together gives me a rectangular one anyway.
L = Hole Height
W = Hole Width
H = Hole Depth
Total Hole Volume = 23,340.649 m^3
200 j/cc (the smoke/dust coming from the impact)
Chessmarimo's Yukiwariso Yield = 4,668,129,800,000 joules or 1.116 kilotons
Background
Castle Tower Diameter = 69 pixels
Castle Roof Diameter = 39 pixels
Castle Roof Diameter/Castle Tower Diameter = 0.565
Castle Roof Diameter = 50.85 meters (huh, works out to something approaching what I'd surmise the interior's diameter to have been anyway. Neat)
Wapol's Bero Cannon
Here's the feat
Castle Roof Diameter = 177 pixels
Hole Diameter = 72 pixels
Wall Thickness = 4 pixels
Hole Diameter/Castle Roof Diameter = 0.407
Wall Thickness/Castle Roof Diameter = 0.023
Hole Diameter = 20.696 meters
Wall Thickness = 1.17 meters
Volume = 2(PIr^2*H)
The 2 is because Wapol created 2 holes with his blast
r = Hole Diameter/2
H = Wall Thickness
Total Hole Volume = 786.789 m^3
200 j/cc (all the apparent smoke/dust post explosion and such)
Wapol's Bero Cannon Yield = 157,357,800,000 joules or 37.609 tons
Drum Island Monkey D Luffy's Gomu Gomu no Bazooka Speed
Here's the feat
Panel Height = 850 pixels
Drum Rock's Peak Height = 163 pixels
Drum Rock's Peak Diameter/Drum Rock's Peak Height = 0.583
2*atan(Object_Size/(Panel_Height/tan(FoV/2))) = object degree size
2*atan(163/(850/tan(70/2 deg)))
Drum Rock's Peak Height = 15.295 degrees
Drum Rock's Peak Height = 5,000 meters
Monkey D Luffy's Gomu Gomu No Bazooka Range = 18,619 meters
Time Frame (?) = ~2 seconds (the amount of time it'd take Wapol to spit out his panicked begging as Luffy begins to shout is my best guess at a time frame. Talking is normally free action, but it clearly wasn't here. Make of it what you will either way.)
I wish I could use literally anything else as a time frame, even like the free fall of fabric on his sleeve, something, anything. Oda gave me nothing :lmao
Drum Island Monkey D Luffy's Gomu Gomu No Bazooka Speed = 9,309.5 m/s or mach 27.358
Only other feat of note I can think of from Little Garden or Drum Island arc is Dorry and Brogy's Hakoku that split the sea and kills the Island Eater. I won't be doing that right now.
Lassoo's Exploding Baseballs
The Feat
So, Usopp survives this combo, albeit heavily wounded. Also just the bomb on its own once or twice.
Mind you, this all scales to better on account of what this shit was doing to Chopper.
Also Usopp's Hammer Comet does Mr 4 in, so that's neat.
Mr 4 = 106 pixels
Pillar Diameter = 188 pixels
Pillar Diameter/Mr 4 = 1.774
Mr 4 = 2.18 meters (here)
Pillar Diameter = 3.867 meters
Pillar Diameter = 7 pixels
Explosion Diameter = 663 pixels
Explosion Diameter/Pillar Diameter = 94.714
Explosion Diameter = 366.26 meters
Explosion Radius = 183.13 meters
The calculator doesn't go below 1 kiloton (Near-Total Fatalities Radius of 280 meters), so I have to work backwards via Square Cube Law
Playing with it a bit, I found that 0.002243 (2.243 kilotons) has a Near-Total Fatalities Radius of 366 meters. Works for my purposes as you divide that by 2 once over to get the explosion Radius of the feat. Means I divide that 2.243 kilotons by 8 and get a yield of?
Lassoo's Exploding Baseball Yield = 280.375 tons
Various Alabasta Monkey D Luffy and Crocodile Feats
Crocodile's Desert Spada
The Feat
Crocodile's Ground Death
So here's the entire sequence of the feat
Alabasta Monkey D Luffy's Gomu Gomu no Storm
So here is the entire sequence of the final feat and the aftermath
Explosion Radius (Red Line) = 341 pixels
Palace Diameter (Green Line) = 98 pixels
Hole Diameter (Blue Line) = 15 pixels
Palace Walkway (Near Intersection of Red and Green Lines) = 2 pixels
Palace Front Wall Length (Light Green Line) = 64 pixels
Courtyard Trapezoid Length (Grey Blue Line) = 19 pixels
Courtyard Length w/o Trapezoid Length (Pink Line) = 57 pixels
Inner Palace Diameter 1 (Purple Line) = 51 pixels
Inner Palace Diameter 2 (Light Blue Line) = 44 pixels
Palace Diameter/Explosion Radius = 0.287
Hole Diameter/Palace Diameter = 0.044
Palace Walkway/Explosion Radius = 0.006
Palace Front Wall Length/Explosion Radius = 0.188
Courtyard Trapezoid Length/Explosion Radius = 0.056
Courtyard Length w/o Trapezoid Length/Explosion Radius = 0.167
Inner Palace Diameter 1/Explosion Radius = 0.15
Inner Palace Diameter 2/Explosion Radius = 0.129
Explosion Radius (Red Line) = 2,500 meters (as explained here)
Palace Diameter (Green Line) = 717.5 meters
Palace Radius = 358.75 meters
Hole Diameter (Blue Line) = 110 meters (given the bulk of the hole here is obscured by a bunch of dust, the homes, and a slanted viewing angle between the blue and brown home I measured respectively, its fair to say measuring from the above view is fair game as the ground burst scan doesn't contradict it even measuring from Crocodile)
Palace Walkway (Near Intersection of Red and Green Lines) = 15 meters
Palace Front Wall Length (Light Green Line) = 470 meters
Courtyard Trapezoid Length (Grey Blue Line) = 140 meters
Courtyard Length w/o Trapezoid Length (Pink Line) = 417.5 meters
Inner Palace Diameter 1 (Purple Line) = 375 meters
Inner Palace Diameter 2 (Light Blue Line) = 322.5 meters
Area = LW
L = Courtyard Length w/o Trapezoid Length
W = Palace Diameter
Palace Rectangular Surface Area = 299,556.25 m^2
Area = H((A+B)/2)
H = Courtyard Trapezoid Length
A = Palace Diameter
B = Palace Front Wall Length
Palace Trapezoidal Surface Area = 83,125 m^2
Area = LW
L = Inner Palace Diameter 1
W = Inner Palace Diameter 2
Inner Palace Area = 120,937.5 m^2
Total Surface Area = Palace Courtyard Trapezoid Area + Palace Rectangular Courtyard Area - Inner Palace Area
Total Surface Area = 261,743.75 m^2
Top Panel
Palace Radius = 270 pixels
Desert Spada Depth = 60 pixels
Desert Spada Depth/Palace Radius = 0.222
Desert Spada Depth = 79.643 meters
Bottom Panel
Palace Walkway = 224 pixels
Desert Spada Width = 70 pixels
Minimum Lawn Depth = 85 pixels
Desert Spada Width/Palace Walkway = 0.313
Minumum Lawn Depth/Palace Walkway = 0.379
Desert Spada Width = 4.695 meters
Volume = LWH
L = Palace Radius (Crocodile doesn't really move from here until after he uses Desert Spada)
W = Desert Spada Width
H = Desert Spada Depth
Desert Spada Volume = 134,145.194 m^3
200 j/cc (the whole dust cloud thing)
Crocodile's Desert Spada Yield = 26,829,038,800,000 joules or 6.412 kilotons
Now for Crocodile's Ground Death.
Minimum Lawn Depth = 5.685 meters
Volume = Total Surface Area * Minimum Lawn Depth
Total Palace Lawn Volume = 1,488,013.219 m^3
200 j/cc (Crocodile literally reduced the lawn to sand)
Crocodile's Ground Death Yield = 297,602,643,800,000 joules or 71.129 kilotons
Panel Height = 470 pixels
Hole Diameter (Background) = 10 pixels
Hole Diameter (Foreground) = 184 pixels
2*atan(Object_Size/(Panel_Height/tan(FoV/2))) = object degree size
2*atan(10/(470/tan(70/2 deg)))
2*atan(184/(470/tan(70/2 deg)))
Hole Diameter (Background) = 1.707 degrees
Hole Diameter (Foreground) = 30.659 degrees
Distance to Hole Diameter (Background) = 3,691.9 meters
Distance to Hole Diameter (Foreground) = 200.64 meters
Depth of Bedrock = 3,491.26 meters
Notice the rocks that have fallen to around Luffy's position in the air? They'd have been thrown into freefall from the Hole's mouth fairly early in Crocodile's ascent above. They serve as something of a time frame for the feat as Luffy's inhaled air apparently was sufficient to act as a counter force to gravity?
Time Frame = sqrt(2d/g)
d = Distance to Hole Diameter (Foreground)
g = 9.8 m/s^2
Time Frame = 6.399 seconds
Speed of Displaced Bedrock = 545.595 m/s
Volume = PIr^2*H
r = Hole Diameter/2
H = Depth of Bedrock
Bedrock Destruction Volume = 33,161,733.11 m^3
Bedrock Density = 2,700 kg/m^3
Displaced Bedrock Mass = 89,536,679,397 kilograms
KE = 0.5mv^2
m = Displaced Bedrock Mass
v = Speed of Displaced Bedrock
Alabasta Monkey D Luffy's Gomu Gomu No Storm Yield = 13,326,366,454,769,890 joules or 3.185 megatons
Can derive a speed for his punches too, using the above time frame.
Number of Total Punches = 50 (at least that's what it seems to be at my count. Feel free to do so yourself, my eyes could have been off. Either way, could be more, but we're not really given sufficient evidence to work with here)
Number of Punches per Arm = 25
Obviously, his punches will increase in distance to travel up and back for each punch following, thus I'll use the average distance they'd be traveling per punch to get the total distance a given Arm of Luffy's is traveling. That'd be at about the halfway point between Luffy near us in the foreground and the top of the hole he punched into the Bedrock in Alabasta above... which is basically just the Distance to Hole Diameter (Background; 3,691.9 meters) I derived above
Average Distance Traveled Per Punch = 3,691.9 meters
Total Punch Travel = 92,297.5 meters
Alabasta Monkey D Luffy's Gomu Gomu No Storm Speed = 14,424 m/s or mach 42.387
Only other feats of note to really consider would be Crocodile creating a sandstorm (not that I can think of a time frame for that), some of Daz Bones feats, Zoro lifting and chucking a section of cut building, a Bananawani biting a chunk of large staircase, and Ms. Doublefinger's wall vaporization. None of which I feel like trying to cover right now.
Final Tally
Injured Dorry's Physical Might = 2.981 kilotons
Chessmarimo's Yukiwariso Yield = 1.116 kilotons
Wapol's Bero Cannon Yield = 37.609 tons
Drum Island Monkey D Luffy's Gomu Gomu No Bazooka Speed = 9,309.5 m/s
Lassoo's Exploding Baseball Yield = 280.375 tons
Crocodile's Desert Spada Yield = 6.412 kilotons
Crocodile's Ground Death Yield = 71.129 kilotons
Alabasta Monkey D Luffy's Gomu Gomu No Storm Yield = 3.185 megatons
Alabasta Monkey D Luffy's Gomu Gomu No Storm Speed = 14,424 m/s
