Tesla Motors, Inc. Custom Case Solution & Analysis

1. Evidence Brief: Tesla Motors, Inc.

Financial Metrics

• Revenue Growth: Total revenue increased from 204.2 million in 2011 to 2.01 billion in 2013 (Exhibit 1).
• Profitability: Net loss narrowed from 396.2 million in 2012 to 74.0 million in 2013 (Exhibit 1).
• Research and Development: Tesla spent 232 million on R and D in 2013, representing approximately 11.5 percent of total revenue (Exhibit 1).
• Capital Expenditure: Capital expenditures reached 264.2 million in 2013 (Exhibit 1).
• Product Pricing: The Roadster launched at 109,000. Model S pricing started at approximately 70,000 before incentives (Paragraph 12, 18).
• Gigafactory Investment: Projected total investment of 5 billion by 2020 (Paragraph 34).

Operational Facts

• Production Volume: Model S deliveries reached 22,477 units in 2013 (Exhibit 2).
• Infrastructure: 81 Supercharger stations were operational in North America by early 2014 (Paragraph 28).
• Vertical Integration: Tesla owns its retail stores and service centers, bypassing the traditional franchised dealer model (Paragraph 24).
• Battery Technology: Packs utilize thousands of small commodity lithium-ion cells rather than large format cells used by competitors (Paragraph 15).
• Workforce: Headcount grew to approximately 6,000 employees by the end of 2013 (Paragraph 30).

Stakeholder Positions

• Elon Musk (CEO): Maintains that Tesla will not stop until every car on the road is electric. Focuses on a three-step master plan: expensive low volume, mid-price mid volume, and low price high volume (Paragraph 5).
• Traditional Auto Dealers: Actively lobbying state legislatures to ban direct-to-consumer sales, citing franchise laws (Paragraph 26).
• Strategic Partners: Daimler and Toyota provided early capital and engineering projects, though Tesla is moving toward greater independence (Paragraph 14).
• Competitors: BMW, Nissan, and GM are accelerating their own electric vehicle programs to compete with the Model S and upcoming Model 3 (Paragraph 38).

Information Gaps

• Unit Economics: The case does not provide the specific cost per kilowatt-hour for the battery packs.
• Model 3 Specifications: Detailed production costs and final pricing for the mass-market Model 3 remain speculative.
• Zev Credit Revenue: The long-term sustainability of Zero Emission Vehicle credit sales is not quantified.

2. Strategic Analysis

Core Strategic Question

• Tesla must determine if it can successfully transition from a low-volume luxury manufacturer to a high-volume mass-market producer before its capital reserves are exhausted and incumbents close the technology gap.

Structural Analysis

Value Chain Analysis: Tesla deviates from industry norms through extreme vertical integration. By controlling software, battery assembly, and direct sales, Tesla captures margins usually ceded to suppliers and dealers. However, this increases capital intensity and operational complexity.

Porter Five Forces:

• Threat of New Entrants: High. Capital requirements are massive, but Tesla has proven a startup can enter.
• Bargaining Power of Suppliers: Moderate. Tesla is becoming a monopsony buyer for specific battery cells, yet remains dependent on lithium and cobalt markets.
• Bargaining Power of Buyers: Low. High demand and brand loyalty currently limit buyer power in the premium segment.
• Threat of Substitutes: Moderate. Internal combustion engines remain the primary substitute due to lower purchase prices and established fueling infrastructure.
• Intensity of Rivalry: Increasing. Incumbents are utilizing their manufacturing scale to launch competing electric models.

Strategic Options

Preliminary Recommendation

Tesla should pursue Mass Market Acceleration. The current valuation and brand equity are predicated on high-volume growth. Remaining a niche player will allow incumbents to utilize their scale to eventually price Tesla out of the battery supply market. Success depends entirely on the Gigafactory achieving projected cost reductions of 30 percent.

3. Implementation Planning

Critical Path

The sequence of execution must prioritize manufacturing capacity over product variety. The following steps are mandatory:

• Phase 1: Gigafactory Commissioning (Months 1-18). Secure raw material contracts for lithium and graphite. Complete the first phase of cell production to ensure supply for Model 3 prototypes.
• Phase 2: Model 3 Tooling and Supply Chain (Months 6-24). Finalize design for manufacturability to avoid the complexity delays seen with Model X. Select and vet Tier 1 suppliers for non-battery components.
• Phase 3: Service and Charging Expansion (Months 12-36). Triple the Supercharger network density to alleviate range anxiety for non-garage owners. Open 50 additional service centers in high-density urban areas.

Key Constraints

• Capital Burn: Tesla is consuming cash at a rate that requires frequent trips to capital markets. Any delay in Model 3 production will trigger a liquidity crisis.
• Manufacturing Competence: Transitioning from 20,000 to 500,000 units requires a fundamental shift in factory automation and quality control that Tesla has not yet demonstrated.
• Regulatory Barriers: Direct sales bans in key states like Texas and Michigan limit market access and increase the cost of customer acquisition.

Risk-Adjusted Implementation Strategy

To mitigate execution friction, Tesla must adopt a modular launch for the Gigafactory. Rather than waiting for full facility completion, begin pack assembly using imported cells to refine the production line. Build a 20 percent buffer into the Model 3 launch timeline to account for inevitable automation bottlenecks. Establish a dedicated task force to negotiate state-by-state regulatory exemptions for direct sales.

4. Executive Review and BLUF

BLUF

Tesla is not a car company; it is an energy storage and software company that currently uses automobiles as its primary distribution channel. To survive, Tesla must achieve 500,000 unit scale by 2020. The strategy to move down-market is the only path to achieving the battery cost parity required to compete with internal combustion engines. Failure to execute the Gigafactory on time will result in a stranded asset and likely insolvency. The recommendation is to prioritize Model 3 production stability over any new product introductions, including the Model X or stationary storage.

Dangerous Assumption

The analysis assumes that battery cost reductions are linear and tied primarily to scale. If raw material scarcity or chemical limitations prevent the 30 percent cost reduction targeted by the Gigafactory, the Model 3 will never reach its 35,000 price point profitably, destroying the mass-market thesis.

Unaddressed Risks

• Residual Value Risk: As battery technology evolves rapidly, early Model S and X units may depreciate faster than expected, hurting the leasing model and brand prestige. Probability: High. Consequence: Moderate.
• Grid Infrastructure: The plan assumes local power grids can handle the surge in demand from concentrated Supercharger usage and home charging. Probability: Moderate. Consequence: High.

Unconsidered Alternative

The team failed to consider an Intellectual Property Licensing model. Instead of bearing the capital risk of manufacturing, Tesla could license its drivetrain and battery management software to established OEMs like Toyota or Ford. This would generate high-margin revenue without the 5 billion manufacturing risk, though it would sacrifice the long-term goal of brand dominance.

VERDICT: APPROVED FOR LEADERSHIP REVIEW