Cost Comparison to Industry Standards: Difference between revisions
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=Radical= | =Radical= | ||
When deployed as full product ecologies (construction set product ecosystem with [[Deep Modularity]]) - then the savings is 10x. Combined with lifetime design (open design, high level of part [[Degeneracy]], [[Design for Disassembly]], simple part sourcing, [[Robust Design]] - then savings are 10x value increase by 10x life extension. | When deployed as full product ecologies (construction set product ecosystem with [[Deep Modularity]]) - then the savings is 10x. Combined with lifetime design (open design, high level of part [[Degeneracy]], [[Design for Disassembly]], simple part sourcing, [[Robust Design]] - then savings are 10x value increase by 10x life extension. Thus, 1% the cost of industry standards. | ||
=Qualitative Tractor Manufacturing Cost Comparison= | =Qualitative Tractor Manufacturing Cost Comparison= | ||
Revision as of 18:42, 29 September 2023
Radical
When deployed as full product ecologies (construction set product ecosystem with Deep Modularity) - then the savings is 10x. Combined with lifetime design (open design, high level of part Degeneracy, Design for Disassembly, simple part sourcing, Robust Design - then savings are 10x value increase by 10x life extension. Thus, 1% the cost of industry standards.
Qualitative Tractor Manufacturing Cost Comparison
See also: http://phibetaiota.net/2017/03/marcin-jakubowskiosee-10-20-percent/
Analysis from 2011