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The template only earns its keep if you actually put two cases next to each other.
This is the reason every teardown answers the same questions in the same order. Put a luxury house beside a console platform and the differences stop being vibes — one is refusing sales to protect a price, the other is selling below cost to collect a toll, and both are defending a moat.
Automotive · NASDAQ: TSLA
Tesla
Builds electric cars and grid batteries in its own factories, sells them without dealers, and trades at a price that assumes the cars are the least valuable thing it makes.
Technology · NASDAQ: AMZN
Amazon
Runs a near-breakeven retail operation at enormous scale, and earns essentially all of its profit from renting out the two things that operation forced it to build — computing capacity and shelf placement.
The thesis in one line
Verdict
Moat
Contested
Scale economics · Brand · Process power · Distribution
Wide
Scale economics · Network effects · Process power · Switching costs
Porter's five forces
Headline figures
- Revenue
- $97.7B
- Vehicles delivered
- 1.79M
- Energy storage deployed
- 31.4 GWh
- Dealerships
- 0
- Net sales
- $638B
- AWS share of operating income
- ~58%
- Retail operating margin
- ~5.4%
- Third-party share of units
- ~60%
Unit economics
One vehicle delivered in 2024 (illustrative, from segment totals divided by 1.79 million deliveries)
On this arithmetic, more than half of the operating profit on each car is a credit paid by a competitor for not building one. The manufacturing is genuinely efficient — cost per vehicle fell below $35,000 in late 2024 — but the price cuts gave most of that efficiency to the customer.
One $50 third-party item sold through Amazon
Amazon captures roughly 38% of the sale price and carries none of the inventory risk. The seller took the risk, paid for the warehouse, and then paid again to be found in a search of Amazon's own catalogue.
What would change her mind
2 mechanisms in common