Tesla’s Texas workforce declines by 22% in 2025, report says

Tesla significantly reduced its workforce at its Austin-area factory in Texas last year, even as the company's overall global headcount continued to rise. The development comes during a period when Tesla has been dealing with a second consecutive year of declining sales.

According to a compliance report highlighted by the Austin American-Statesman, the number of employees at Tesla's factory outside Austin fell from 21,191 workers in 2024 to 16,506 in 2025. This represents a reduction of approximately 22% in just one year, marking a notable contraction at one of the company's most important production sites.

The drop in local employment contrasts with Tesla's broader workforce trends. Regulatory filings submitted to the U.S. Securities and Exchange Commission show that the company's global employee count actually increased during the same period, rising from 125,665 workers in 2024 to 134,785 in 2025.

Details about which specific departments or roles were most affected by the workforce reduction have not been disclosed. It remains unclear whether the cuts were concentrated in manufacturing, administrative functions, or other operational areas within the Texas facility.

Since opening the factory in 2022, Tesla has grown into one of the largest employers in the Austin region. The facility has played a central role in the company's U.S. operations, particularly after Elon Musk moved Tesla's headquarters to the site in 2021, ahead of the plant's official launch.

Tesla has invested heavily in the Texas facility, with total spending exceeding $6.3 billion to date, according to the same report. The scale of that investment underscores the site's strategic importance, even as workforce adjustments suggest shifts in operational priorities or efficiency measures.

The workforce decline at the Austin plant reflects a broader transition for Tesla as it navigates slowing sales growth while continuing to expand globally and invest in new technologies and production strategies.