Global Pendulum
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Economy and Confidence

Industrial production by economy

61warm

Median position across economies | Data for Aug 2026

Hot and cold describe position, not good or bad: warm does not mean a fall is coming, and an extreme reading does not mean a quick reversal. We describe history only, with no buy or sell advice.

050100Industrial output

What it is

Industrial output: what is measured, and why it matters

What it measures

Industrial production in the US, China, Japan, Germany, South Korea and the UK, compared with the same month a year earlier. The headline reading is the median of their positions.

Why it matters

Manufacturing is the part of the economy most sensitive to the business cycle, and it directly drives demand for raw materials.

Industrial production compared with the same month a year earlier.

Where it stands now

Position over time

Data: US: Federal Reserve G.17 (INDPRO), via FRED (Federal Reserve Bank of St. Louis); others: World Bank Global Economic Monitor (CC BY 4.0). Positions: our calculation.

coldcoolneutralwarmhotHatched = earlier periods that were also warm

Short sample: positions start only in 2011 (less than 30 years), so conclusions should be more cautious.

Where the economies stand

EconomiesPercentileLevelData month
South Korea78warmJun 2026
Japan74warmJun 2026
US63warmSep 2026
Germany62warmJun 2026
UK56neutralJun 2026
China51neutralJul 2026

When it was here before

Earlier warm periods (4), plus the current one

US stocks after it began, cumulative1 yr2 yr3 yr

  1. Nov 20131-month period, warm throughout1 yr+14.6%2 yr+16.7%3 yr+21.4%
  2. Nov 2016⁠–Oct 201824-month period, warm in 14 of those months · 2018 February stock sell-off1 yr+19.8%2 yr+25.8%3 yr+43.4%
  3. Aug 20211-month period, warm throughout1 yr−6.6%2 yr+0.1%3 yr+23.0%
  4. Sep 20221-month period, warm throughout · 2022 Inflation shock1 yr+14.5%2 yr+46.0%3 yr+71.0%
  5. Feb 2025⁠–⁠now19-month period, warm in 8 of those monthsStill under way

For each period, the changes 1, 2 and 3 years after it began are cumulative and measured from its first month; “What happened next” is measured from every warm month, so the two give different numbers. The events named beside each period are major events of that time, not necessarily related to the readings here.

What happened next

How US stocks moved after earlier months with Industrial output warm

Bars: median cumulative changeEarlier months with Industrial output warm, excluding the current period (17)All months (178)

1 yr later
+8.9%down in 12% of cases
+14.2%down in 14% of cases
3 yr later
+38.1%down in 0% of cases
+36.1%down in 0% of cases
5 yr later
+54.0%down in 0% of cases
+73.1%down in 0% of cases

Median of the deepest drop below the starting month within the next 5 years: −0.5% for months with Industrial output warm; −1.3% for all months.

The warm months come from a small number of market episodes (4), and neighboring months are not independent events; rises and falls are all listed. This is the historical record, not a forecast. “US stocks” means the S&P 500 price index compiled by Professor Shiller (monthly average, excluding dividends).

Where Industrial output went next

Later positions of Industrial output, after past months that were warm, like now
Median positionBack to neutral (40⁠–⁠60)Still warm or more extreme
1 yr later44neutral47%18%
3 yr later43neutral35%29%
5 yr later44neutral44%12%

Has hot or cold lined up with later returns?

Some link in the past (not a guide to the future)

2011⁠–⁠2021: average yearly change in US stocks over the next 5 years

Hottest 20%
+10.2%a year
All months
+11.5%a year
Coldest 20%
+12.2%a year

In this period, the hotter the month, the lower the average over the next 5 years. The months overlap, so there are really only a few market episodes. This is a tendency, not a rule, and not a forecast.

What it is linked to

Links involving Industrial output

Leading indextoIndustrial outputCommon explanation: Knock-on · same direction

Orders and confidence move first, and production adjusts after

This issue: Leading index at 42 (neutral), Industrial output at 61 (warm) — at least one is in the neutral range (40⁠–⁠60), so we make no call this issue.

Supported by the dataAgreement +0.66 · in step in 10 of 10 5-year periods

Philly FedtoIndustrial outputCommon explanation: Knock-on · same direction

The new orders and shipments that manufacturers report lead actual production

This issue: Philly Fed at 75 (warm), Industrial output at 61 (warm) — both above normal, in line with the common explanation.

Supported by the dataAgreement +0.45 · in step in 10 of 10 5-year periods

Industrial outputtoCopperCommon explanation: Knock-on · same direction

More production uses more metal

This issue: Industrial output at 61 (warm), Copper at 91 (hot) — both above normal, in line with the common explanation.

Weak or inconsistentAgreement +0.31 · in step in 9 of 10 5-year periods

Data and sources

Where the data come from and how they are calculated

Source
US: Federal Reserve G.17 (INDPRO), via FRED (Federal Reserve Bank of St. Louis); others: World Bank Global Economic Monitor (CC BY 4.0)
Frequency
Monthly
Positions start
Nov 2011 (short sample)
Method
Position = median position across economies
Unit
% (YoY)
License
Open license, with attribution

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