partVolume math

[zer0Kerbal]

X-1

		diameter (m)	height (m)	math	radius (m)	m²	Liters
X1-body	cylinder	1.77	2.39	πr²h	0.885	5.88077	5880.78
X1-crew	cylinder	1.25	2.64	πr²h	0.625	3.23977	3239.77
X1-engine	cylinder	0.625	0.74	πr²h	0.3125	0.22703	227.03
X1-tail	cone	1.25	3.28	(πr²h)/3	0.625	1.34172	1341.73

[zer0Kerbal]

Bumper

		diameter (m)	height (m)	width (m)	math	radius (m)	m²	Liters
bumper-body	cylinder	0.625	1.09		πr²h	0.3125	0.33441	334.41
bumper-control	cylinder	0.625	0.09		πr²h	0.3125	0.02761	27.62
bumper-engine	cylinder	0.625	1.34		πr²h	0.3125	0.41111	411.11
bumper-engine-unclad	cylinder	0.625	1.33		πr²h	0.3125	0.40804	408.04
bumper-fin	rectangle	0.46	1.42	0.02	LHW	0.23	0.01306	13.07
bumper-nose	cone	0.625	2.36		(πr²h)/3	0.3125	0.24135	241.35

[zer0Kerbal]

Taerobee		diameter (m)	height (m)	width (m)	math	radius (m)	m²	Liters
taerobee-adapter-short	trunc.cone	0.625	0.1	0.15625	(1/3)πh (r²+rR+R²)	0.3125	0.01790	17.9
taerobee-adapter-tall	trunc.cone	0.625	0.3	0.15625	(1/3)πh (r²+rR+R²)	0.3125	0.05369	53.69
taerobee-aerobee	cylinder	0.625	0.43		πr²h	0.3125	0.13192	131.93
taerobee-control	cylinder	0.625	0.1		πr²h	0.3125	0.03068	30.68
taerobee-decoupler	cylinder	0.625	0.19		πr²h	0.3125	0.05829	58.3
taerobee-despin	cylinder	0.625	0.1		πr²h	0.3125	0.03068	30.68
taerobee-fin-large	rectangle	0.36	0.72	0.02	LHW	0.1800	0.00518	5.19
taerobee-fin-small	rectangle	0.37	0.16	0.04	LHW	0.1850	0.00237	2.37
taerobee-nosecone	cone	0.625	0.98		(πr²h)/3	0.3125	0.10022	100.23
taerobee-parachute	cone	0.625	0.3		(πr²h)/3	0.3125	0.03068	30.68
taerobee-science	cylinder	0.625	0.3		πr²h	0.3125	0.09204	92.04
taerobee-sustainertank-3	cylinder	0.625	2.88		πr²h	0.3125	0.88357	883.58
taerobee-tinytim	cylinder	0.625	1.14		πr²h

[zer0Kerbal]

what do you think @JamesErvin-5 and @staticalliam7?

[ghost]

I'm not too experienced with part volumes...

[vghfr]

I'll take a look in a little while, I've gotta finish up some homework

[zer0Kerbal]

the biggest outliers

X1-body, X1-tail

along with taerobee-nosecone,

cause of release delay

there was much more work than I had suspected, including attempting to add two new parts.

[zer0Kerbal]

found the math for the adapters - volume of a truncated cone.

[zer0Kerbal]