OIL
Anticipating the Crude Oil That Can Reach Japan
The goal is not to predict prices. It is to observe where future supply capacity and Japan’s available options are quietly beginning to shrink.
Look not only at price, but at future production capacity.
01 | Why Build This RADAR?
The starting point is Toyota’s history. In 1950, Toyota faced a severe management crisis amid the recession under the Dodge Line, rising raw-material costs, and deteriorating collection of sales proceeds. Following a major labor dispute, President Kiichiro Toyoda resigned to take responsibility. One lesson we can draw from this episode is the importance of maintaining enough resilience and room to act independently during a crisis.
During the first oil crisis in 1973, the finite nature of resources and energy became a concrete management issue. Toyota established an All-Toyota Resources and Energy Research Committee and strengthened resource- and energy-saving activities. In the spring of 1974, it also began developing the Tercel/Corsa with the goals of lighter weight and improved fuel economy.
Note: The primary sources do not establish a direct line from these crises to Toyota’s present-day information-gathering culture, nor do they support treating “zero debt” as a permanent corporate doctrine. This RADAR therefore separates verified historical facts from the research hypotheses derived from them.
02 | Research Hypotheses
Do Not Discard Information Far from Immediate Profit
Local public opinion, regulatory debate, and investment plans may contain early signs of future supply constraints even when they have no direct impact on current earnings.
Measure “Social Volume”
Observe not only what the news says, but how many times the volume of information on a specific topic has increased from its normal level.
Watch for Shrinking Options
Before prices rise, check whether options involving producing countries, upstream interests, transport routes, and alternative suppliers are decreasing.
Focus on Market-Reachable Supply
Emphasize not what exists underground, but what can actually reach the market after passing through the filters of technology, economics, policy, infrastructure, and transportation.
03 | Observation Route
Crude oil prices come last. Prices matter, but in the short term they are influenced by inventories, speculation, exchange rates, OPEC+ decisions, geopolitics, and many other factors. The purpose of this RADAR is to detect changes in the real economy that occur before those price movements.
04 | Seven Observation Instruments
| Instrument | What to Observe | Provisional Weight |
|---|---|---|
| ① Future Production Capacity | New oil fields, expansion plans, producible capacity, start-up timing | 25 |
| ② Investment & Drilling | Upstream investment, rigs, development wells, FIDs, delays and cancellations | 20 |
| ③ Existing-Field Decline | Natural decline rates, aging fields, maintenance investment | 15 |
| ④ Policy & Regulation | Permits, taxation, nationalization, export restrictions, environmental regulation | 15 |
| ⑤ Geopolitics & Transportation | Straits, ports, pipelines, sanctions, wars and internal conflict | 10 |
| ⑥ Social Volume | Support/opposition, local movements, political statements, abnormal increases in news volume | 10 |
| ⑦ Crude Oil Price | A confirmation instrument for whether the RADAR hypothesis has begun to affect markets | 5 |
05 | Social Vol_ratio
Social Vol_ratio = Relevant information volume over the latest 7 days ÷ average weekly information volume over the previous 90 days
Example: if the normal level is 20 items per week and this week rises to 60, the ratio is 3.0. But the count alone is not enough. Sources such as governments, regulators, companies, financial institutions, local authorities, residents, and social media should be weighted differently.
06 | Resource Relationship Index
Even if a resource-producing country has enormous output, that supply has limited value to Japan if it cannot be secured during a crisis. We therefore treat the strength of the relationship as a separate observation instrument.
What we ultimately want to know is not how many barrels exist in the world, but how many barrels could still reach Japan if something goes wrong.
07 | Alert Levels
Options Expanding
Investment, capacity, suppliers, and transport routes are expanding.
Change Detected
Information volume or policy statements are deviating from normal patterns.
Options Shrinking
Multiple weakening signals such as investment delays, fewer permits, or transport constraints.
Supply Alert
Serious constraints on actual supply capacity, transportation, or the volume that can reach Japan.
08 | Initial Observation Regions
| Region | Main Observation Themes | Status | Next Check |
|---|---|---|---|
| Middle East | Spare production capacity, OPEC+, Strait of Hormuz, relations with Japan | Not yet assessed | Add real-world data |
| United States | Shale investment, rigs, productivity, regulation, export capacity | Not yet assessed | Add real-world data |
| Russia | Sanctions, transportation, equipment maintenance, shifts in export destinations | Not yet assessed | Add real-world data |
| China | Domestic production, import dependence, stockpiles, demand and refining capacity | Not yet assessed | Add real-world data |
| South America | New supply from Brazil, Guyana and others; Venezuelan policy | Not yet assessed | Add real-world data |
09 | Validation Rules
The RADAR must not become a fortune-telling machine. Record the date of each alert, its evidence, and the conditions that would falsify the hypothesis, then review the outcome after 3, 6, and 12 months.
Observation
What was different from normal?
Hypothesis
What could happen if the change continues?
Falsification
What would make us withdraw the hypothesis?
Validation
What actually happened to investment, production capacity, and transport volumes?
10 | Connect to the Stock Market Last
Only after the resource RADAR confirms a real-world change do we examine its effects on trading companies, oil, shipping, chemicals, utilities, automobiles, heavy industry, and other sectors. Rather than starting with individual stocks, follow the sequence real economy → industry → company → share price.
11 | Principles of This RADAR
Before production falls, the activities that create future production begin to decline.
Before a crisis arrives, the available options begin to shrink.
12 | FLIGHT LOG
📓 OIL FLIGHT LOG
Store observations, hypotheses, falsification conditions, and later reviews in chronological order. This research log prevents us from rewriting our reasoning after we already know the outcome.
13 | Observation Notes
Date:
Region:
Anomaly:
Hypothesis:
Falsification condition:
Next check:
Sources | Primarily First-Party Sources
- Toyota Motor Corporation | Founding Period and the Management Crisis of the 1950s
- 75 Years of Toyota｜Emerging business management crisis
- 75 Years of Toyota｜Kiichiro Toyoda resignation
- 75 Years of Toyota｜Response to the First Oil Crisis
- 75 Years of Toyota｜Resource-Saving and Energy-Saving Programs
- 75 Years of Toyota｜Development of Front-Wheel Drive Vehicles