Delays at Logan Airport Custom Case Solution & Analysis

1. Evidence Brief (Case Researcher)

Financial Metrics

• Logan Airport (BOS) passenger volume: 22.9 million (1998, Exhibit 1).
• Average annual growth rate (1994-1998): 5.1% (Exhibit 1).
• Estimated cost of flight delays: $100 per minute per aircraft (Industry standard, Paragraph 14).
• Total annual delay cost impact at BOS: Estimated at $150 million annually (Para 15).

Operational Facts

• Infrastructure: Runways 4R/22L and 9/27 are the primary assets (Exhibit 2).
• Capacity: Runway 4R/22L handles 60% of arrivals; 9/27 handles the remainder (Para 8).
• Weather Dependency: Visibility below 0.5 miles forces a shift to instrument landing systems (ILS), cutting throughput by 40% (Para 12).
• Congestion: BOS ranked as the 7th most delayed airport in the US (Para 3).

Stakeholder Positions

• Massport (Airport Authority): Focused on balancing growth with community noise complaints and operational efficiency (Para 5).
• Airlines (Delta, US Airways, etc.): Demand increased throughput; prioritize slot reliability (Para 19).
• FAA: Controls Air Traffic Control (ATC) protocols; hesitant to alter established approach paths (Para 22).
• Local Residents: High political pressure regarding noise pollution from low-altitude flight paths (Para 25).

Information Gaps

• Specific cost-benefit analysis for Runway 14/32 construction.
• Quantified impact of noise-abatement procedures on actual runway throughput.
• Detailed breakdown of delay causes: weather vs. taxiway congestion vs. gate availability.

2. Strategic Analysis (Strategic Analyst)

Core Strategic Question

• How can Massport increase runway throughput by 20% to meet projected demand while remaining compliant with federal noise regulations and maintaining community support?

Structural Analysis

• Value Chain: The bottleneck is not terminal capacity but airside throughput. Every minute of ground delay creates a cascade of costs for carriers.
• PESTEL: Political and social factors (noise) are as restrictive as physical infrastructure.

Strategic Options

• Option A: Build Runway 14/32. Rationale: Increases capacity by 25%. Trade-offs: High capital cost ($300M+), significant community opposition, multi-year environmental review.
• Option B: Optimized Air Traffic Management (ATM). Rationale: Implement precision navigation (RNAV) to reduce noise and increase landing frequency. Trade-offs: Requires FAA buy-in, lower capacity gain (8-10%) than new concrete.
• Option C: Demand Management (Peak Pricing). Rationale: Shift traffic to off-peak hours. Trade-offs: Airlines will resist; risks diverting traffic to T.F. Green (PVD) or Manchester (MHT).

Preliminary Recommendation

Pursue Option B immediately while initiating the feasibility study for Option A. Option B provides near-term relief without the political capital expenditure of new construction.

3. Implementation Roadmap (Implementation Specialist)

Critical Path

• Month 1-3: Negotiate with FAA for revised approach procedures (RNAV implementation).
• Month 3-6: Community outreach campaign using flight simulators to demonstrate noise reduction.
• Month 6-12: Pilot test of new arrival patterns during off-peak hours.

Key Constraints

• FAA Regulatory Approval: Federal bureaucracy is the primary delay factor.
• Community Trust: Residents perceive noise as a zero-sum game; any change is viewed as a negative.

Risk-Adjusted Implementation

If FAA approval stalls, immediately pivot to a slot-auction system to monetize existing capacity and fund community noise-mitigation grants (double-paned windows, home insulation). This shifts the conversation from noise volume to financial compensation.

4. Executive Review and BLUF

BLUF

Massport is managing a capacity crisis with 1970s protocols. The current strategy of incrementalism is failing; the airport is losing $150 million annually in delay costs. Massport must move from an airport operator to a demand manager. Immediate implementation of precision navigation (RNAV) is required to capture the low-hanging efficiency, but this will not solve the long-term throughput deficit. Massport must secure approval for Runway 14/32 within 24 months, or the regional economy will bleed traffic to secondary airports. The board must stop treating noise as a PR issue and start treating it as a capital-allocation problem. If you cannot pay the community for the noise, you cannot build the capacity to grow.

Dangerous Assumption

The assumption that the FAA will prioritize Logan’s efficiency over national airspace standardization is flawed. The FAA is structurally incentivized to maintain uniformity, not local throughput optimization.

Unaddressed Risks

• Competitive Diversion: If BOS becomes too expensive or unreliable, short-haul carriers will shift to secondary regional airports (PVD/MHT). Probability: High. Consequence: Long-term revenue erosion.
• Political Backlash: Any increase in throughput will trigger litigation from local municipalities. Probability: Certain. Consequence: Multi-year injunctions.

Unconsidered Alternative

A regional airport authority model. Instead of fighting for throughput at BOS, Massport should formalize a regional alliance with PVD and MHT to distribute demand, effectively creating a multi-airport system that shares slot capacity.

Verdict: APPROVED FOR LEADERSHIP REVIEW.