Boeing 787: Manufacturing a Dream Custom Case Solution & Analysis

Evidence Brief

Financial Metrics

• Original development budget: 6 billion dollars. (Source: Paragraph 4)
• Estimated total development cost at case end: Approximately 32 billion dollars. (Source: Exhibit 1)
• Firm orders at launch: 800 plus units from 50 plus customers. (Source: Paragraph 12)
• List price per unit: 150 million to 200 million dollars depending on configuration. (Source: Exhibit 5)
• Penalty payments for delays: Estimated in the hundreds of millions for launch customers like ANA. (Source: Paragraph 42)

Operational Facts

• Outsourcing level: 70 percent of the airframe and systems manufactured by external partners. (Source: Paragraph 8)
• Supply chain structure: 50 Tier 1 partners responsible for managing Tier 2 and Tier 3 suppliers. (Source: Paragraph 15)
• Material innovation: Use of carbon fiber composites for 50 percent of the primary structure. (Source: Paragraph 6)
• Assembly time target: 3 days for final assembly compared to 11 days for previous models. (Source: Paragraph 22)
• Geographic footprint: Major components sourced from Italy, Japan, and the United States. (Source: Exhibit 3)

Stakeholder Positions

• Jim McNerney (CEO): Focused on reducing capital intensity and shifting risk to partners. (Source: Paragraph 10)
• Mike Bair (VP): Initial lead who championed the Tier 1 partnership model. (Source: Paragraph 18)
• Pat Shanahan (VP): Brought in to stabilize the program after the first three major delays. (Source: Paragraph 35)
• Suppliers (Alenia, Vought, Spirit): Stated difficulty in managing complex engineering requirements without Boeing oversight. (Source: Paragraph 28)
• Airline Customers: Expressed frustration over three years of schedule slippage. (Source: Paragraph 44)

Information Gaps

• Specific internal rate of return calculations for the revised 32 billion dollar investment.
• Detailed breakdown of technical failure causes within the Tier 2 supply chain.
• Exact headcount of Boeing engineers embedded at supplier sites during the recovery phase.

Strategic Analysis

Core Strategic Question

• Can Boeing function as a systems integrator while relinquishing direct control over the engineering and manufacturing processes of its Tier 1 partners?

Structural Analysis

The transition from a traditional manufacturer to a global orchestrator failed due to a fundamental misalignment in Transaction Cost Economics. Boeing externalized the financial risk but also externalized the critical institutional knowledge required for complex aerospace integration. The Value Chain analysis reveals that Boeing primary activities in Inbound Logistics and Operations were compromised by a lack of visibility into Tier 2 and Tier 3 suppliers. The Tier 1 partners were not equipped to act as mini-Boeings. They lacked the project management maturity and engineering depth to oversee a global web of contributors. Consequently, the cost savings expected from outsourcing were erased by the costs of coordination, rework, and delay penalties.

Strategic Options

Preliminary Recommendation

Boeing must adopt the Hybrid Managed Oversight model immediately. The program is too far advanced for total vertical integration of all partners, but the current hands-off approach is untenable. Boeing must reclaim its role as the lead engineer by placing its own staff inside supplier facilities to validate quality gates in real time. This restores the command-and-control structure necessary for flight safety and schedule adherence without the immediate need for massive acquisitions.

Implementation Roadmap

Critical Path

• Month 1: Audit all Tier 1 partner visibility into Tier 2 and Tier 3 schedules.
• Month 2: Deploy Boeing engineering task forces to the three most behind-schedule supplier sites.
• Month 3: Establish a unified digital dashboard for real-time tracking of every major component shipment.
• Month 6: Renegotiate risk-sharing contracts to include performance-based incentives rather than just penalty clauses.

Key Constraints

• Engineering Talent: Boeing faces a shortage of experienced systems integrators capable of working in foreign environments.
• Supplier Liquidity: Several Tier 1 partners are financially strained by the delays and may require cash infusions to stay operational.

Risk-Adjusted Implementation Strategy

The strategy assumes that technical issues like the battery failures and fastener shortages are symptoms of poor oversight rather than insoluble engineering flaws. To mitigate the risk of supplier bankruptcy, Boeing should prepare a contingency fund to take over operations at critical nodes if a partner fails. Success depends on the ability of Boeing leadership to admit that the original partnership model was flawed and requires a return to hands-on management.

Executive Review and BLUF

BLUF

Boeing traded its engineering soul for a financial mirage. The 787 program demonstrates that in high-complexity industries, you cannot outsource responsibility for integration. To save the Dreamliner, Boeing must pivot from an assembler to an active manager. This requires embedding 2,000 engineers at supplier sites to force visibility and quality. The 6 billion dollar budget is gone; the 32 billion dollar reality requires protecting the remaining 800 orders at any cost. Speed and control are the only metrics that matter now.

Dangerous Assumption

The most dangerous premise is that Tier 1 partners possess the management capability to oversee Tier 2 and Tier 3 suppliers. The evidence shows these partners cannot manage their own internal schedules, let alone a global sub-network.

Unaddressed Risks

• Customer Attrition: If the delay exceeds 42 months, the risk of mass order cancellations by major carriers becomes high. Consequence: 10 billion dollars in lost revenue.
• Regulatory Scrutiny: The FAA may lose confidence in the Boeing self-certification process due to repeated quality escapes. Consequence: Indefinite grounding of the test fleet.

Unconsidered Alternative

The analysis did not fully explore a total program reset. Boeing could halt the 787-8 production entirely for six months to fix the global supply chain once, rather than continuing to iterate through expensive, piecemeal repairs on the assembly line in Everett.

VERDICT: APPROVED FOR LEADERSHIP REVIEW