German automotive slump drags industrial production

German automotive slump drags industrial production

German industrial production fell in July as automotive output contracted. Total output dropped 1.1% month on month, with vehicle production falling 9.2%, while stronger wind and solar generation lifted energy output.


German industrial production fell in July as a sharp contraction in automotive manufacturing outweighed stronger energy generation, reversing the tentative improvement shown in earlier data. Figures from the Federal Statistical Office, Destatis, show price-adjusted production declining 1.1% from June after seasonal and calendar adjustment.

Output was 1.6% below July 2025 after calendar adjustment. June has also been revised down, with production now estimated to have been unchanged from May rather than increasing by the provisional 0.2% previously reported. The less volatile three-month comparison remains positive, with production between May and July 0.4% higher than in the previous three months.

Automotive manufacturing made the largest negative contribution. Vehicle production fell 9.2% from June, with Destatis citing a German Association of the Automotive Industry statement indicating that a multi-week production shutdown was likely to have been an important factor.

Energy moved in the opposite direction, increasing 4.7% during the month as wind and photovoltaic generation rose. That improvement was large enough to soften the headline industrial decline but did not alter the direction of factory production underneath it.

Excluding energy and construction, industrial output fell 2.2% month on month. Capital-goods production dropped 3.4%, consumer goods fell 2.2%, and the remaining goods category recorded a smaller 0.2% decline. Construction increased 0.9% outside the industrial measure.

The capital-goods decline is notable because it covers equipment and products associated closely with business investment and long industrial project cycles. July’s weakness therefore extended beyond the automotive shutdown into a wider part of Germany’s productive base, even though the largest single movement came from vehicle factories.

Demand indicators provide a less straightforward picture. German manufacturing orders increased 2.5% in July, but the headline rise depended heavily on exceptional contracts for ships, railway rolling stock, and aircraft. When large-scale orders were removed, new orders fell 1.4%.

Automotive orders were weak there as well, dropping 12.5% during July. Large transport programmes can therefore create a strong national order figure at the same time as the country’s vehicle industry experiences weaker bookings and reduced monthly production.

Orders and output measure different stages of the industrial cycle. A major aircraft, ship, or rolling-stock contract can enter the statistics years before much of the corresponding production takes place, while temporary plant shutdowns can reduce current output even when longer-term programme demand is intact. The two datasets are not contradictory, but they describe very different factory timetables.

The latest production release also changes the comparison with June. Initial figures had suggested industrial output edged 0.2% higher that month, helped by automotive and transport equipment. Destatis has now revised June to zero growth, followed immediately by July’s 1.1% decline.

Germany’s energy-intensive industries weakened as well. Production across the five branches included in Destatis’s energy-intensive grouping fell 1.7% from June, while output between May and July was unchanged from the previous three-month period and remained 0.5% lower than a year earlier.

Those branches accounted for 77% of industrial energy consumption but only 17% of industrial gross value added in the 2021 reference year. Around 930,000 people worked across roughly 7,000 establishments in the group, giving their performance an importance beyond their share of industrial output when electricity and gas demand are considered.

The 4.7% rise in energy production does not imply stronger consumption by those factories. It records additional electricity generation, particularly from wind and photovoltaics, while energy-intensive manufacturers can simultaneously reduce output because of demand, margins, maintenance, or other operating constraints.

Germany therefore enters the later part of the third quarter with several industrial signals moving in different directions: exceptional transport-equipment orders, weaker orders once those contracts are removed, falling production, and a particularly sharp automotive correction. August’s data will indicate whether the vehicle decline was predominantly a shutdown effect or whether another period of broader manufacturing weakness is developing beneath it.


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