691,500 employees. For quite a long time, Germany’s automotive industry has never been so “slim”.

Latest data released by Germany’s Federal Statistical Office shows that the country’s automotive workforce stood at only 691,500 in the first half of 2026, hitting its lowest level since 2005. Compared with the same period last year, 42,300 jobs were lost, representing a 5.8‑percent year‑on‑year decline.

This cold wave is by no means confined to Germany. Major automakers across the United States and Japan have successively rolled out layoff plans. Those industry giants that once dominated the fuel‑vehicle era are now reaching for the same cost‑cutting scalpel.

Mounting signals indicate that growing pains in the electrification transition of legacy overseas carmakers have evolved from long‑term forecasts into harsh real‑world consequences.

The industry is left with pressing questions: Why are overseas automakers launching wave after wave of layoffs? Is this crisis solely triggered by the global expansion of Chinese electric vehicles? And can cost‑cutting through job losses truly resolve the giants’ current predicament?

From our perspective, this round of large‑scale layoffs is essentially paying off a long‑overdue historical debt. When old tickets from the fuel‑vehicle era can no longer board new electrification‑bound vessels, every person on board must find a new place — or face the reality that their position no longer exists. No one can stay insulated from this shift.

Germany’s Automotive Backbone Starts to Crack

Germany occupies an irreplaceable position in the global automotive industrial chain. The Volkswagen Group ranks among the world’s top‑selling automakers, delivering 4.126 million vehicles in the first half of 2026. Mercedes‑Benz, BMW and Porsche consistently feature on rankings of the world’s most valuable automotive brands.

The automotive sector has long accounted for roughly 20 % of Germany’s total industrial added value. Far more than supporting a single industry’s prosperity, it forms the backbone of Germany’s entire manufacturing sector. Today, however, this industrial pillar is quietly developing cracks.

On July 9, Volkswagen unveiled a new round of cost‑reduction proposals, with potential global layoffs peaking at 100,000‑120,000 roles. In an internal memo to staff, Volkswagen CEO Oliver Blume admitted the group carries around a 20 % cost disadvantage versus its competitors, adding that decades‑long workforce expansion has become unsustainable.

BMW opted for a milder voluntary‑exit scheme. On July 29, the brand reached an agreement with labour unions to cut 8,000 jobs through voluntary departures by the end of 2027.

Porsche finalised its second‑phase restructuring plan on July 27, announcing 5,000 further job cuts in Germany by 2035 alongside pay‑freezes and reduced employee bonuses.

While Mercedes‑Benz has yet to launch compulsory redundancies, it notified around 90,000 union‑represented staff in Germany that transition bonuses scheduled for July would be suspended and deferred until April next year at the latest. The delayed payments signal looming wider contraction measures.

Though the four German giants are moving at different paces, they share one clear direction: scaling back operations and slashing costs.

The layoff storm has also reached American and Japanese manufacturers. General Motors announced around 350 redundancies at its Lansing plant in Michigan starting January 2027, citing production‑line retooling for electrification. US EV startup Rivian, once labelled a “Tesla‑killer”, recently trimmed less than 2 % of its workforce within its customer‑service department.

Over in Japan, Nissan rolled out its “Re:Nissan” turnaround plan back in May 2025, including 20,000 global job cuts, seven factory closures and a sweeping rationalisation of its vehicle line‑up.

The simultaneous downsizing by leading German, American and Japanese legacy fuel‑vehicle manufacturers is no coincidence.

Placing these corporate moves on a shared timeline reveals a clear conclusion: an industrial reshuffle rewriting the fundamental rules of the automotive sector is underway. Its root cause is simple — workforce scales and cost frameworks built for combustion‑engine business models can no longer accommodate the new commercial realities of the electric‑vehicle age.

Yet the full story runs far deeper than surface‑level observations suggest.

Why Have Centennial Moats Lost Their Depth?

Many observers are puzzled. With decades‑long technical expertise, powerful brand equity, mature supply‑chain networks and worldwide sales channels, why have legacy carmakers failed to smoothly transfer their combustion‑engine advantages to electric‑vehicle development?

The answer unlocks the core logic behind the current layoff wave.

Legacy strengths including chassis tuning, vehicle‑body engineering, supply‑chain governance and quality control remain highly valuable in the EV era. Nevertheless, as combustion power gives way to electric energy and software becomes central to vehicle user experience, battery‑electric systems, advanced‑driver‑assistance systems and smart cabins have superseded traditional engines and gearboxes as top purchasing considerations. Barriers to automobile manufacturing have dropped sharply, and once‑impenetrable industry moats are fading away.

Internal‑combustion engines contained tens of thousands of precision components requiring ultra‑tight manufacturing tolerances. High‑performance powertrains demanded decades of iterative engineering experience that late‑comers could not replicate quickly.

Electric motors, by contrast, have far simpler mechanical structures. Established third‑party suppliers deliver ready‑made solutions, leaving manufacturers only responsible for later‑stage calibration and vehicle integration, without long‑drawn‑out battles to push mechanical performance limits. Battery cells are highly standardised globally, with most automakers sourcing products from suppliers such as CATL and BYD. Competitive differentiation now centres mainly on battery‑pack packaging and thermal‑management strategies.

Chassis‑tuning expertise remains a legacy advantage, yet heavy under‑floor battery packs naturally lower vehicle centre‑of‑gravity, lifting the baseline handling performance of electric cars. While suspension durability and structural integrity still test traditional engineering capabilities, these factors no longer create insurmountable competitive gaps.

In short, century‑old technical fortresses built by legacy automakers are steadily losing their height.

Even more damaging than eroding technical barriers are corporate organisational structures designed around combustion‑engine workflows, which have turned into heavy burdens for EV‑era businesses.

The most visible change lies in component counts. A combustion‑engine vehicle contains roughly 30,000 parts, one‑third more than a typical electric car. Meanwhile, robotic arms and industrial automation are rapidly replacing human workers on production lines.

On August 21, Hyundai Motor’s Ulsan, Jeonju and Asan factories in South Korea went on strike, partly over the introduction of Atlas humanoid robots on production lines. Estimates show one Atlas robot costs around USD 130,000, while the average annual salary of a Hyundai employee stands below USD 100,000. The robot pays for itself in less than two years, delivering long‑term labour‑cost savings. Against this automation tide, wage cuts and redundancies have become difficult‑to‑avoid outcomes for transitioning manufacturers.

Bloated organisational structures represent another major liability. During the high‑profit combustion‑vehicle boom, supporting extra staff carried little financial pressure. But as profit margins shrink and electrification demands heavy ongoing investment, redundant personnel transform into substantial financial drains. Volkswagen’s 20 % cost disadvantage perfectly illustrates this problem.

Electrification itself is an extremely capital‑intensive race. Shrinking combustion‑engine market share forces manufacturers to pour huge sums into new‑energy transformation. In fiscal 2025, Honda posted its first‑ever annual loss since listing in 1957, largely caused by EV investments, with electrification‑related losses reaching 2.5 trillion yen across two fiscal years. Ford’s electric‑vehicle division Model‑e has racked‑up cumulative losses exceeding USD 10 billion over several years.

Caught between falling profits from combustion‑engine sales and endless capital outlays for electrification, carmakers have few survival options other than aggressive cost‑cutting — most notably, large‑scale workforce reductions.

Three overlapping factors — shrinking assembly‑labour demand, costly organisational bloat and profit‑eating transformation expenditure — have turned layoffs from an optional measure into a corporate survival imperative.

Chinese EVs: Accelerator Rather Than Root Cause

A widespread online narrative attributes overseas automaker layoffs entirely to competition from Chinese electric‑vehicle exports. While partially true, this explanation is incomplete.

There is no denying that Chinese carmakers have brought competition directly to European and American home markets. In the first half of 2026, five major Chinese EV brands registered 643,000 new vehicles in Europe, capturing an 8.9 % market share and firmly establishing their regional footprint.

What unnerves European manufacturers most is not sales volume, but Chinese brands’ astonishing development speed. Chinese OEMs complete new‑vehicle projects in roughly half the development time and at one‑third the cost of their European counterparts. As quoted by The Economist, Mercedes‑Benz CEO Ola Källenius stated that traditional new‑car development cycles range from 40 to 80 months, while Chinese manufacturers can deliver fully‑fledged new electric vehicles within 24 months, enabled by vertically‑integrated supply chains and over‑the‑air software updates.

While legacy overseas groups spend years refining combustion‑derived electric vehicles, Chinese brands launch ground‑up EV platforms with competitive advantages in powertrains, autonomous driving and smart cabins. Research from Escalent reveals that 47 % of European consumers would consider buying a Chinese vehicle, surpassing the 44 % share for American‑brand consideration.

These statistics confirm the real‑world competitive pressure exerted by Chinese EV exports. Even so, this competition acts primarily as an accelerator, not the fundamental source of the crisis.

Long‑standing problems including high‑cost structures, slow‑moving decision‑making, bloated management and over‑reliance on combustion‑engine profits had already emerged at overseas automakers a decade ago. Hidden behind strong earnings during prosperous industry cycles, these weaknesses were dramatically exposed once the electrification wave arrived.

Chinese manufacturers did not create these internal flaws; they merely turned latent vulnerabilities into visible crises through intensified market competition. Rather than claiming Chinese brands defeated legacy Western manufacturing, it is more accurate to say fierce external competition forced century‑old giants to recognise their own deep‑seated shortcomings.

Lay‑offs Offer Temporary Relief; Tougher Battles Lie Ahead

Returning to the core question: can layoffs save legacy overseas automakers?

In the short‑term, yes. Large‑scale job cuts immediately reduce payroll expenses, improve financial statements and grant companies breathing room for share prices and daily operations.

Over the long‑term, however, redundancies are never a permanent cure. Cutting jobs cannot shorten lengthy product‑development cycles, streamline sluggish decision‑making workflows, break combustion‑engine‑era path‑dependence or close software‑technology gaps. These deep‑rooted issues will ultimately determine legacy automakers’ long‑term fate.

Encouragingly, a growing number of overseas giants have identified these fundamental challenges and begun deep‑rooted cooperation with Chinese vehicle manufacturers and supply‑chain partners, learning fast‑paced Chinese development workflows to win extra transition time.

Old tickets for the combustion‑engine era will never grant passage aboard electrification‑bound ships. Headcount adjustments represent only surface changes. Whether these century‑old vessels can continue sailing ultimately depends not on how many crew members remain on‑board, but whether each giant can chart a viable new navigation route for its electric‑vehicle future.

Layoffs mark merely the first cut in the transformation process. The hardest battles for legacy overseas automakers have only just begun.