images/It Was Saudi Arabia That Broke Iran, Not the US.webp

Creator: Maxinomics · Published: 2026-05-08 · Length: 18:19 · Watch on YouTube

Saudi Arabia doesn't pick friends. It picks self-interest. Sometimes that lines up with America. Sometimes it doesn't. The oil math explains all of it. (video description)

1) Detailed outline

[0:00] The one existential threat the Middle East worries about

[0:38] Breakeven oil

[3:05] The day Saudi Arabia betrayed Iran

[4:47] Petrostates

[9:03] Sponsor: tastytrade

[9:53] The rubber lesson

[11:29] Oil per person

[14:01] Is it America's fault?

[15:02] Footnotes

  1. The U.S. role in Iran: it's nearly impossible to argue credibly that the U.S. wasn't the critical piece in overthrowing democratically elected Mohammad Mosaddegh in 1953 to restore the Shah. There was local support too, as there would be in any democracy, but Iran was taking back its oil, Britain was outraged and led the charge, and the U.S. came around partly from fear of communism and, to a lesser degree, oil.
  2. Brazil's rubber boom: two small Brazilian towns that controlled the rubber supply became some of the wealthiest in the world, rich enough to send laundry to Europe to be washed. Charles Goodyear's vulcanization let rubber work across a much wider temperature range, which made it usable for tires.
  3. Nuclear's 1970s cliff: U.S. nuclear construction collapsed despite the oil shock, because oil-driven inflation pushed up interest rates. Combined with fear and new regulations, the cost of borrowing for plants that sat five to seven years with no return helped kill nuclear. Plug for the channel's second-most-popular video, They're Lying to You About Nuclear.

2) Things mentioned

Economic concepts

Oil markets, fields and figures

Organizations, companies and products

Policy and history

Places

3) Biographies

Maxinomics (channel / host)

Morning Brew's economics channel (@Maxinomics), presented by producer Phil Andrews. This episode reads Middle East geopolitics through oil cost math, sponsored by tastytrade. Credits from the description: video editor Christie Muldoon, motion graphics Luca Depardon, director of production services Sam Wolf, thumbnail Seth Laupus, franchise content producer Tariq Abdellatif, and Morning Brew president Devin Emery.

Phil Andrews (on-camera producer)

"The guy in the videos and the comments." Narrates the Doha meeting as a near-dramatization, walks through breakeven and fiscal breakeven prices, the rubber parallel and the 2016 shale war, and delivers the footnotes.

Ahmed Zaki Yamani (subject)

Saudi Arabia's oil minister, the central figure of the video. At the 1976 Doha OPEC meeting he refused the larger price increase, flew to Jeddah to consult the Saudi leadership, and returned at 10:18 p.m. with a 5% cap and a production increase. The video says he had studied the Stevenson rubber plan closely and quotes his line that the Stone Age didn't end for lack of stones.

The Shah of Iran (Mohammad Reza Pahlavi, as background)

Iran's monarch, restored to the throne with U.S. help after 1953. The video describes him as somewhat unpopular by 1976, having promised a grid, schools, railways, a Tehran subway and a huge military, all of it funded by rising oil prices. Saudi Arabia's veto left him short of the roughly $19 oil he needed, and he was forced to flee in the 1979 revolution.

Henry Wickham (subject)

The Englishman who smuggled about 70,000 rubber-tree seeds out of Brazil, enabling Malaysian plantations that out-produced Brazil. England knighted him for it.

James Stevenson (subject)

The British official behind the Stevenson Plan, which restricted rubber shipments to raise prices. The video presents it as the textbook case of a monopoly destroying itself by pushing buyers toward synthetic substitutes.

Mohammad Mosaddegh (footnote)

Iran's democratically elected prime minister, overthrown in 1953 after Iran moved to take back its oil. Britain led the effort and the U.S. joined, partly out of fear of communism.

Charles Goodyear (footnote)

The inventor of vulcanization, which kept rubber stable across a much wider temperature range and made it usable for tires.