The hidden worry about industrial competitiveness behind Germany's pension reform

Pension Reform: The Hidden Crisis of German Industry

In June 2026, the German government officially proposed a pension system reform plan, with core elements including the establishment of a Swedish-style pension fund (with mandatory contributions from both employers and employees), a gradual increase in the retirement age from 67 in the early 2030s to around 70 by the 2090s, and the elimination of the option to retire early at age 63. This reform aims to address the largest wave of baby boomer retirements in history—according to data from the Federal Statistical Office of Germany, by 2040, approximately 13.3 million economically active people will have exceeded the statutory retirement age of 67, equivalent to 30% of the economically active population in 2025.

On the surface, this appears to be a fiscal game about social fairness. But looking beyond the welfare system's surface, the underlying logic directly points to the foundations of the German industrial system: Demographic shifts are reshaping labor supply, and the economic plight of the younger generation is accelerating the loss of competitiveness in the manufacturing sector.

The "Generational Gap" in the Industrial Model

Germany's industry has long relied on a triangular structure of "export orientation + stable employment + high-skilled labor," and the maintenance of this structure heavily depends on intergenerational transfer. However, the economic divide between generations is now tearing this transfer apart.

• Income reversal: In the mid-1990s, the per capita disposable income of 25–34 year olds in Germany was slightly higher than that of the 55–64 age group. But according to the OECD Employment Outlook 2025, the 55–64 age group now earns about 12% more than the 25–34 age group.
• Asset disparity: Germany’s homeownership rate is only 47%, the lowest in Europe. The homeownership rate for the 30–39 age group has dropped from 41% to 32% over the past three decades. Renters own only 11% of the nation’s wealth.
• Employment environment: Millennials (born 1981–1996) entered the labor market facing a high unemployment rate of 15.5% in 2005, followed by the financial crisis, the pandemic, and the energy shock triggered by the Russia–Ukraine war. The German industrial model has been weakening due to the loss of cheap Russian energy, stagnant productivity, and manufacturing layoffs.

This intergenerational economic imbalance means: Young workers not only have to pay higher pension contribution rates (to fund current retirees), but also face slow wage growth, difficulties in buying homes, and rising career uncertainty. Sebastian Koenigs, an OECD inequality expert, points out that the younger generation now has to bear the burden of providing pensions for a large elderly population while being uncertain about what they will eventually receive from the system.

Direct Impact on German Industrial Competitiveness

Although the pension reform attempts to alleviate future burdens through capital accumulation, during the transition period, the pay-as-you-go system will still dominate, and the young working-age population will continue to face high contribution rates. This will erode Germany’s industrial advantages in three ways:

1. Shrinking Supply of High-Skilled TalentGermany's Industry 4.0, green transformation, and digitalization are driving strong demand for highly skilled engineers and technical workers. However, if younger generations delay childbearing, reduce savings, or even choose to emigrate (e.g., to Eastern Europe or the United States) due to economic pressures, it will directly shrink the future labor pool. Ifo Managing Director Joachim Ragnitz warns that as long as the fertility rate remains below the replacement level of 2 children per woman, the pay-as-you-go system will always impose a burden on young people. In 2024, Germany's fertility rate has already fallen to about 1.35, far below the replacement level.

2. Weakening Innovation and Entrepreneurial Momentum

The difficulty of wealth accumulation for the younger generation means they are less able to take on entrepreneurial risks or invest in long-term R&D. Germany is known for its small and medium-sized "hidden champions," but if young engineers choose high-paying, stable jobs over risky entrepreneurship due to economic pressures, it will undermine the micro-foundations of industrial innovation.

3. Shrinking Consumer Market

Reduced disposable income directly dampens domestic demand. Although Germany's industry is export-oriented, a decline in domestic market demand will affect the service sector, construction, and local supply chains. Low homeownership rates further squeeze the space for household wealth to be used for consumption.

Ripple Effects on European Supply Chains

Germany's demographic issues are not isolated. Many European countries face similar challenges, but as the core of European manufacturing, Germany's labor struggles will have spillover effects:

• Supply Chain Pressure: If Germany's manufacturing competitiveness declines due to rising labor costs and skill shortages, automotive parts suppliers in Eastern Europe (e.g., Poland, Czech Republic) and engineering service providers in Western Europe will be affected.
• Capital Outflow: Pension funds will increasingly invest part of their assets in financial instruments, potentially accelerating the flow of German capital to higher-return markets abroad, thereby weakening domestic industrial investment.
• Policy Trade-offs: If Germany is forced to relax immigration policies or accelerate automation, it will reshape the EU's internal labor market structure and impose higher demands on the pace of implementing existing industrial policies (such as "Industry 4.0" and "green transformation").

Long-Term Trends: Automation and Structural Reforms

Looking at a 3-10 year horizon, German industry will face two parallel trends:

• Accelerated Automation: Faced with labor shortages and high labor costs, manufacturing companies will speed up the deployment of robots and AI applications. Germany already has one of the highest industrial robot densities in the world (415 robots per 10,000 workers, 2024 data), but aging will force this pace to accelerate further. Smart factories will shift from being an "option" to a "necessity."
• Increased Labor Market Flexibility: Pension reforms linking the retirement age to life expectancy effectively encourage longer working careers. This will drive the "Millennial + Gen Z" cohorts to continuously undergo retraining in their 50s-70s and foster more part-time, remote, and phased work models. Industrial companies will also need to adjust their employment patterns accordingly.It is worth noting that pension reform alone cannot solve the issue of industrial competitiveness. As Carsten Brzeski, global head of macro at ING, said, reforms can only shift the balance toward the younger generation very slowly. In addition to pensions, the German government also needs to advance structural reforms in education, housing, energy, and digitalization. Otherwise, young talent's "voting with their feet" will exacerbate hollowing out.

Conclusion

Germany's pension reform is a prism that reflects the common dilemma of developed economies in the post-industrial era: how to find a balance between demographic liabilities and industrial upgrading. For Germany, the outcome of this game will define the global status of "Made in Germany" in the next decade—whether it stays ahead with stronger automation and talent attraction, or slides into the middle-technology trap due to generational rupture. The answer depends not only on the pension contribution rate or retirement age numbers, but also on whether industrial policies can transform the anxiety of the younger generation into new momentum for economic growth.