Worlds Adrift Wing Science

	B	C	D	E	F	G	H	J	K	M
1	Aileron							Casing
2	Material	Pivot Speed		Power		Total Increase	Mass Efficiency	Material	Health	Mass Efficiency
3	Tin	34.8%	(+20.0%)	76.9%	(+48.8%)	+34.6%	1.728	Copper	66.7%	0.531
4	Titanium	39.1%	(+22.5%)	92.3%	(+58.5%)	+40.7%	2.263	Aluminium	69.4%	0.751
5	Iron	39.1%	(+22.5%)	80.8%	(+51.2%)	+37.0%	1.684	Bronze	69.4%	0.606
6	Copper	43.5%	(+25.0%)	84.6%	(+53.7%)	+39.5%	1.362	Tin	72.2%	0.698
7	Gold	52.2%	(+30.0%)	84.6%	(+53.7%)	+42.0%	1.024	Titanium	72.2%	0.737
8	Nickel	56.5%	(+32.5%)	80.8%	(+51.2%)	+42.0%	1.555	Iron	75.0%	0.688
9	Tungsten	56.5%	(+32.5%)	92.3%	(+58.5%)	+45.7%	1.062	Silver	77.8%	0.587
10	Steel	65.2%	(+37.5%)	100.0%	(+63.4%)	+50.6%	2.201	Steel	77.8%	0.696
11	Silver	69.6%	(+40.0%)	80.8%	(+51.2%)	+45.7%	1.427	Gold	83.3%	0.549
12	Lead	73.9%	(+42.5%)	76.9%	(+48.8%)	+45.7%	1.305	Nickel	88.9%	0.740
13	Bronze	87.0%	(+50.0%)	80.8%	(+51.2%)	+50.6%	2.025	Lead	97.2%	0.698
14	Aluminium	100.0%	(+57.5%)	80.8%	(+51.2%)	+54.3%	3.621	Tungsten	100.0%	0.630
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17	Mechanical Internals							Wing Materials Sheet
18	Material	Power		Pivot Speed		Total Increase	Mass Efficiency	Worlds Adrift Closed Beta 0.1.3.3
19	Tin	33.3%	(+19.5%)	76.0%	(+47.5%)	+33.3%	1.754
20	Titanium	41.7%	(+24.4%)	92.0%	(+57.5%)	+40.7%	2.397	made by Gouki (Morrow#9503)
21	Iron	41.7%	(+24.4%)	80.0%	(+50.0%)	+37.0%	1.764	based on Fallout's Cannon Materials Sheet
22	Copper	45.8%	(+26.8%)	84.0%	(+52.5%)	+39.5%	1.411	https://docs.google.com/spreadsheets/d/1cUHxiOTPgDWxLzJOLGpnrfjLxQUY-MnqEGsn58QDdfg/edit?usp=sharing
23	Gold	50.0%	(+29.3%)	84.0%	(+52.5%)	+40.7%	1.045
24	Nickel	58.3%	(+34.1%)	80.0%	(+50.0%)	+42.0%	1.614	All wings were crafted with the same quality material to keep the results consistent.
25	Tungsten	58.3%	(+34.1%)	92.0%	(+57.5%)	+45.7%	1.088	The best performing material of each attribute in each slot was then identified and all other materials in that attribute put into relation with it.
26	Steel	62.5%	(+36.6%)	100.0%	(+62.5%)	+49.4%	2.147	Example: Aluminium performed best for pivot speed in the Aileron with a resulting wing with 63 pivot speed, in comparison iron created a wing with 49 pivot speed.
27	Silver	70.8%	(+41.5%)	80.0%	(+50.0%)	+45.7%	1.474	Substracting the base pivot speed of the engine (40) that leaves aluminium with 23 added pivot speed and iron with with 9.
28	Lead	75.0%	(+43.9%)	76.0%	(+47.5%)	+45.7%	1.344	Aluminium's 23 added pivot speed being 100% makes iron's added pivot speed in relation 39.1% (rounded).
29	Bronze	87.5%	(+51.2%)	80.0%	(+50.0%)	+50.6%	2.109	Base stats are substracted to increase the scalability of the results with wings other than the one used in testing.
30	Aluminium	100.0%	(+58.5%)	80.0%	(+50.0%)	+54.3%	3.621
31								Engine Materials Sheet
32								https://docs.google.com/spreadsheets/d/1lUYA9dYvxLYVlJUQ6GRrWMl-0ptKT3ASj3-rnhmYr3U/edit?usp=sharing
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