Tesla Motors (in 2009) and the U.S. Auto Industry (Case A) Custom Case Solution & Analysis

Evidence Brief: Tesla Motors and the U.S. Auto Industry (2009)

Financial Metrics

• Capital Injection: Secured 465 million dollars in Department of Energy (DOE) loans under the Advanced Technology Vehicles Manufacturing Program in June 2009.
• Revenue Generation: Roadster retail price set at 109,000 dollars. Approximately 500 units delivered by mid-2009 with a backlog of 1,100 orders.
• Strategic Investment: Daimler AG acquired a 10 percent stake for 50 million dollars in May 2009, providing a critical liquidity lifeline.
• Target Price Point: Model S projected base price of 57,400 dollars (49,900 dollars after federal tax credits).
• Historical Context: Tesla reached the brink of bankruptcy in late 2008, saved by a 40 million dollar internal funding round led by Elon Musk.

Operational Facts

• Product Strategy: Roadster utilizes a Lotus Elise chassis and 6,831 lithium-ion commodity cells.
• Manufacturing Transition: Shift from low-volume assembly (Roadster) to high-volume manufacturing (Model S) requires a dedicated facility.
• Technology Core: Proprietary battery pack cooling and management systems; motor and power electronics developed in-house.
• Distribution Model: Direct-to-consumer sales through company-owned galleries, bypassing the traditional franchise dealership network.
• Supply Chain: Heavy reliance on Panasonic for battery cells and Lotus for Roadster glider assembly.

Stakeholder Positions

• Elon Musk (CEO/Product Architect): Committed personal fortune; views Tesla as a catalyst for the global transition to sustainable energy.
• Daimler AG: Seeking battery and powertrain expertise to accelerate their own electric vehicle programs.
• Department of Energy: Providing low-interest capital conditional on meeting specific technical and production milestones for the Model S.
• U.S. Auto Incumbents: GM and Chrysler in post-bankruptcy restructuring; Ford focused on the EcoBoost transition; all skeptical of pure-play EV viability.
• Early Adopters: High-net-worth individuals in Silicon Valley and Southern California providing initial proof of concept.

Information Gaps

• Unit Economics: Exact margin per Roadster unit after accounting for R&D and warranty reserves is not specified.
• Model S Bill of Materials: Detailed cost breakdown for the Model S powertrain versus the target 57,400 dollar MSRP.
• Infrastructure Costs: Projected capital expenditure for the Supercharger network (not yet fully conceptualized in 2009).
• Battery Degradation: Long-term performance data for commodity lithium-ion cells in automotive duty cycles.

Strategic Analysis

Core Strategic Question

• Can Tesla successfully transition from a low-volume, high-margin niche luxury manufacturer to a high-volume, mass-market competitor while navigating extreme capital intensity and incumbent skepticism?

Structural Analysis

The U.S. auto industry in 2009 presents high barriers to entry due to capital requirements and regulatory hurdles. However, the structural shift toward electrification creates a window of opportunity. Supplier power is high for specialized components like lithium-ion cells, but Tesla mitigates this by using commodity laptop batteries. Buyer power is low in the luxury niche but will increase as Tesla moves down-market. Competitive rivalry is currently low in the pure EV space but will intensify as incumbents like Nissan (Leaf) and GM (Volt) enter the market.

Strategic Options

Preliminary Recommendation

Tesla must execute the High-Volume Pivot via the Model S. The DOE loan and Daimler investment provide the necessary capital bridge. To mitigate risk, Tesla should maintain its powertrain supply business to Daimler as a secondary revenue stream and R&D laboratory. The direct-to-consumer model is non-negotiable as it preserves margins and controls the customer experience during a period of high product uncertainty.

Implementation Roadmap

Critical Path

• Phase 1 (Months 1-6): Finalize Model S design and secure a manufacturing site (NUMMI facility evaluation).
• Phase 2 (Months 6-12): Begin tooling and supply chain sourcing for the Model S powertrain.
• Phase 3 (Months 12-24): Prototype testing and validation to meet DOE loan technical milestones.
• Phase 4 (Months 24-36): Launch Model S production and scale service center footprint.

Key Constraints

• Manufacturing Competence: Tesla has never operated a high-volume assembly line. The transition from manual assembly to automation is the primary failure point.
• Capital Burn: The 465 million dollar DOE loan is milestone-dependent. Any delay in R&D or factory setup threatens the liquidity position.
• Battery Supply: Scaling to 20,000 units per year requires a massive increase in battery cell procurement and testing capacity.

Risk-Adjusted Implementation Strategy

The plan assumes a 20 percent buffer in the production timeline to account for supply chain friction. Tesla should prioritize the Fremont factory acquisition to benefit from existing infrastructure. A phased hiring plan for manufacturing engineers from the traditional Detroit and Japanese OEMs is essential to bridge the operational knowledge gap. Implementation success depends on maintaining the Daimler partnership to ensure access to automotive-grade components and quality control standards.

Executive Review and BLUF

Bottom Line Up Front (BLUF)

Tesla must pivot from a niche luxury brand to a mass-market manufacturer by launching the Model S. The 465 million dollar DOE loan and Daimler partnership provide a temporary window of solvency. Success requires mastering high-volume manufacturing—a capability Tesla currently lacks. The strategy is high-risk but necessary; staying in the luxury niche will result in eventual acquisition or irrelevance as incumbents scale their own EV programs. Priority must be placed on factory acquisition and supply chain stabilization. Execution speed is the only defense against the capital burn rate.

Dangerous Assumption

The analysis assumes that Tesla can master high-volume automotive manufacturing at the NUMMI facility without the institutional knowledge typical of a century-old OEM. Manufacturing cars at scale is fundamentally different from assembling small batches of the Roadster.

Unaddressed Risks

• Political Risk: The DOE loan is a public-sector commitment. A change in political climate or failure to meet a single milestone could result in immediate capital withdrawal. (Probability: Medium; Consequence: Fatal)
• Commodity Price Volatility: Reliance on lithium-ion cells exposes Tesla to global price swings in cobalt and lithium, which could erase the thin margins projected for the Model S. (Probability: High; Consequence: High)

Unconsidered Alternative

Tesla could have pursued a Joint Venture (JV) with an established manufacturer like Toyota or Daimler to produce the Model S. This would have reduced capital expenditure and manufacturing risk in exchange for shared profits and intellectual property. This path was likely rejected by Musk to maintain absolute brand and technology control.

Verdict

APPROVED FOR LEADERSHIP REVIEW