Tesla Motors (in 2013): Will Sparks Fly in the Automobile Industry? Custom Case Solution & Analysis

Evidence Brief: Tesla Motors 2013

Financial Metrics

Total Revenue 2012: 413.3 million dollars.
Net Loss 2012: 396.2 million dollars.
Research and Development Expense 2012: 273.9 million dollars.
Selling, General, and Administrative Expense 2012: 150.4 million dollars.
Cash and Equivalents: 221 million dollars as of December 2012.
Model S Pricing: Ranges from 57,400 dollars to 105,400 dollars depending on battery capacity and options.
Department of Energy Loan: 465 million dollars, fully repaid in May 2013.
Gross Margin Target: 25 percent for the Model S platform by late 2013.

Operational Facts

Production Facility: Fremont, California (former NUMMI plant) with a capacity of 500,000 vehicles per year.
Delivery Volume: 2,650 Model S units in 2012; target of 20,000 units for 2013.
Distribution Model: Company-owned stores and galleries; direct-to-consumer sales bypass traditional dealership networks.
Infrastructure: 8 Supercharger stations active as of early 2013, providing free charging for long-distance travel.
Battery Technology: Use of thousands of small-format lithium-ion commodity cells (18650 form factor) supplied primarily by Panasonic.

Stakeholder Positions

Elon Musk: CEO and lead investor; maintains a vision of accelerating the transition to sustainable transport.
Traditional Auto Dealers: Actively lobbying state legislatures to ban direct-to-consumer sales, citing franchise laws.
Incumbent OEMs: Daimler and Toyota hold equity stakes and have partnered with Tesla for electric powertrain components.
Consumer Reports: Awarded the Model S a score of 99 out of 100, the highest ever at that time.

Information Gaps

Specific unit cost breakdown for the 85 kWh battery pack.
Long-term degradation data for the small-format cell architecture under high-cycle usage.
Detailed competitor response timelines for dedicated long-range electric platforms.
Projected capital expenditure requirements for the proposed mass-market Gen 3 vehicle.

Strategic Analysis

Core Strategic Question

Can Tesla successfully transition from a high-margin luxury niche manufacturer to a high-volume mass-market competitor before incumbent automakers achieve economies of scale in electric vehicle production?
Will the direct-sales model survive the legal and political opposition from established dealership associations?

Structural Analysis

Application of Porters Five Forces reveals a challenging industry structure. Barriers to entry are historically high due to capital intensity and manufacturing complexity, yet Tesla has bypassed these via the acquisition of distressed assets like the Fremont plant. Supplier power is concentrated in battery cell production, creating a strategic dependency on Panasonic. Buyer power is low in the luxury segment due to high demand and limited substitutes, but this will shift as Tesla moves down-market. Rivalry is currently low in the long-range electric segment but will intensify as BMW and Audi launch competing products. The Tesla strategy of forward integration into charging and retail creates a unique competitive moat that offsets traditional industry pressures.

Strategic Options

Option	Rationale	Trade-offs	Resource Requirements
Aggressive Mass-Market Expansion	Achieve scale to lower battery costs.	Significant capital dilution and execution risk.	New manufacturing platform and Gigafactory.
Luxury Niche Focus	Maintain high margins and brand exclusivity.	Limited growth potential; vulnerable to incumbents.	Incremental R and D for Model S and X.
Technology Licensing	Generate high-margin revenue from competitors.	Cedes the primary vehicle market to others.	Engineering services and IP management.

Preliminary Recommendation

Tesla must pursue aggressive mass-market expansion. The current lead in battery integration and software is temporary. Without the volume of a Gen 3 vehicle, Tesla cannot negotiate the cell pricing necessary to compete with the purchasing power of General Motors or Volkswagen. The company must prioritize the Model X launch as a bridge to fund the Gen 3 development while simultaneously expanding the Supercharger network to cement its position as the only viable long-distance electric option.

Implementation Roadmap

Critical Path

Finalize Model X production tooling: Success depends on resolving Falcon Wing door engineering hurdles by year-end 2013.
Scale Model S production to 500 units per week: Necessary to achieve the 25 percent gross margin target.
Supercharger Expansion: Deploy 100 additional stations within 12 months to eliminate range anxiety for the North American market.
Gen 3 Design Freeze: Lock in the battery architecture and chassis requirements to begin supply chain sourcing.

Key Constraints

Battery Supply Chain: The reliance on Panasonic for 18650 cells creates a ceiling on annual production. Any supply disruption halts all revenue.
Regulatory Barriers: Legal challenges in states like Texas and New Jersey threaten the direct-sales model, potentially forcing a costly shift to a franchise system.
Managerial Bandwidth: The leadership team is managing three distinct businesses: vehicle manufacturing, software development, and energy infrastructure.

Risk-Adjusted Implementation Strategy

The strategy prioritizes cash flow from the Model S to de-risk the Model X launch. To mitigate battery supply risks, Tesla should initiate feasibility studies for a dedicated large-scale battery factory. To counter regulatory threats, the company must hire regional government relations teams to lobby for direct-sales exemptions. A contingency plan involves licensing the Supercharger network to other OEMs if capital becomes constrained, ensuring the infrastructure remains viable even if vehicle sales slow.

Executive Review and BLUF

BLUF

Tesla must accelerate the transition from a specialized luxury brand to a high-volume manufacturer. Success in 2013 hinges on achieving a 25 percent gross margin on the Model S to prove the financial viability of electric vehicles to capital markets. While the product is superior, the long-term threat is the lack of manufacturing scale compared to incumbents. Tesla is not merely competing on vehicle design but on a proprietary charging network and direct-to-consumer sales model. The immediate priority is the successful launch of the Model X and the expansion of the Supercharger network to secure the brand as the standard for electric mobility. Failure to scale will result in Tesla being relegated to a boutique player or an acquisition target for a larger OEM.

Dangerous Assumption

The analysis assumes that consumer demand for electric vehicles will remain decoupled from gasoline prices. A significant drop in oil prices would undermine the economic rationale for the Gen 3 mass-market vehicle, leaving Tesla with high fixed costs and a shrinking addressable market.

Unaddressed Risks

Commodity Risk: A sharp increase in lithium or cobalt prices could erase the projected margin gains from manufacturing efficiencies. Probability: Moderate. Consequence: High.
Software Vulnerability: As a software-defined vehicle, a single high-profile cyber-attack or safety-critical software failure could result in a catastrophic loss of brand trust. Probability: Low. Consequence: Extreme.

Unconsidered Alternative

Tesla could pivot to become the universal charging and battery provider for the entire industry. By opening the Supercharger network to competitors early and focusing on battery pack assembly for other OEMs, Tesla could capture the high-margin infrastructure and component layer of the industry without the massive capital risk of full-scale vehicle assembly.

Verdict

APPROVED FOR LEADERSHIP REVIEW