Story Thesis
The transformation began because Boeing wanted a lighter composite aircraft while reducing internal capital and sharing development work across global partners.
Causal Chain
composite architecture → global design/build partners → outsourced major structures → integration/delay problems → supplier acquisitions/control changes → mature production systemEconomic Consequence
the 787 became a successful widebody but taught Boeing that system integration and supplier capability are strategic engineering responsibilities that cannot be fully outsourced
Why It Was Hard
Aerospace transitions combine:
- engineering uncertainty;
- certification;
- suppliers;
- workforce;
- fixed assets;
- long customer contracts.
Each decision can create consequences for years after the original design or contract is signed.
Counterfactual
A more vertically integrated 787 might have required more upfront Boeing capital but potentially reduced some schedule/integration risk.
What Changed in Boeing's Business Model
The transition changed one or more of:
- vertical integration;
- program risk;
- certification authority;
- production rate;
- cash conversion;
- service opportunity;
- contract structure;
- balance-sheet risk.
That causal change is distinct from current program detail.
Evidence
Outsourcing Theory
The 787 model attempted to let major partners design and build more complete sections.
In theory:
supplier specialization
+
shared investment
↓
lower Boeing capital
+
faster developmentIn practice, Boeing still needed deep visibility into partner engineering and manufacturing.
Organizational Lesson
System integrators cannot outsource systems knowledge.
If an OEM does not understand the supplier's work deeply enough, late integration reveals problems when they are most expensive to fix.