Nearshoring in Mexico 2026: Complete Guide for Foreign Companies

By January 2026, Mexico had already received investment announcements totaling $5.8 billion in energy, industrial parks, automotive, pharmaceuticals, and advanced manufacturing. The country closed 2025 with a record $40.87 billion in foreign direct investment, up 10.8% from the previous year, and climbed six positions to 19th place in Kearney's 2026 Foreign Direct Investment Confidence Index (Source: Kearney FDI Confidence Index 2026; data compiled by FreightWaves, 2026).

For any foreign company evaluating opening or expanding operations in Mexico, these figures confirm a trend. But behind the headline lies a more difficult question: what does it actually take to set up here, and what is it that investment guides don't always tell you? This guide brings together the data, trends, and challenges that every foreign company should have on the table before making the decision.

01  What nearshoring is and why Mexico became its epicenter

Nearshoring — the relocation of manufacturing or services operations to countries geographically close to the target market — stopped being a speculative trend several years ago. Today, it is a risk mitigation strategy that companies are actively executing.

The most important external driver remains trade tension between the United States and China: as of September 2025, average U.S. tariffs on Chinese imports stood at 57.6%. A Deloitte study found that 62% of U.S. companies are considering or are already relocating part of their production to Mexico (Source: Deloitte, 2025).

Added to this is the structural advantage of the USMCA and logistic proximity with the United States and Canada, two factors that no other low-cost geography can match. But 2026 also brings an event that introduces uncertainty: the joint USMCA review scheduled for July 2026, where stricter rules of origin are expected to be discussed — particularly limits on Chinese content in products seeking preferential treatment — and mechanisms to prevent low-value assembly operations from being used to circumvent tariffs.

02  The landscape in figures: what the 2025 and 2026 data show

The numbers back up the narrative, although with important nuances that every company should consider before projecting linear growth:

The nuance: Kearney warned that the momentum of relocation partially reversed in 2024, when imports from low-cost Asian countries grew faster than domestic production for the first time in three years. The correct interpretation is not that nearshoring has stopped, but rather that its successful execution depends on infrastructure, talent, and regulatory certainty progressing at the same pace as the announced investment. That is exactly where the difference lies between a project that takes off on time and one that is delayed by months.

03  Sectores and regions leading the wave

The automotive sector remains the dominant vertical in nearshoring, accounting for nearly 39% of total demand. Mexico produced almost 4 million vehicles in 2024, and the sector represented 31.4% of the country's total exports, valued at $193.9 billion (Source: foreign trade analysis, 2024–2025). However, electronics, semiconductors, and aerospace are growing faster in percentage terms: the electronics manufacturing services (EMS) market in Mexico is set to grow from an estimated $53.2 billion in 2025 to $97.4 billion in 2031, an annual growth rate of 10.6%.

• Bajío: Querétaro and Guanajuato concentrate aerospace and automotive investment; Querétaro's certified aerospace cluster grows near 15% annually.

• Nuevo León: the Monterrey area captured an estimated 8.8% of foreign direct investment in the first half of 2025, supported by rail connectivity and a consolidated supplier base.

• Northern Border: Tijuana's electronics and medical device clusters recorded lower industrial vacancy and rents between 10% and 15% higher year-over-year.

The supply of industrial space is trying to keep pace: the Mexican Association of Industrial Parks (AMPIP) projects 477 industrial parks operating in 28 states by 2026, with over 100 additional parks under construction.

04  The real challenges foreign companies face

This is where most investment guides stop at generalities. These are the four structural challenges that determine whether a new operation in Mexico starts on time or gets delayed:

Energy: the bottleneck most cited by the industry

More than 60% of Mexico's electricity transmission grid operates near its maximum capacity, with bottlenecks concentrated precisely in the industrial corridors of nearshoring: Bajío, Nuevo León, and the northern border states. In 2024, the CFE declared 104 grid emergencies, including four nationwide emergencies during the summer, and the reserve margin fell to nearly 3% in May of that year, below the regulatory floor of 6% (Source: energy infrastructure analysis, Baker Institute / Mexico Affairs, 2025–2026).

The Plan México responds with a public-private investment program of 5.6 trillion pesos through 2030, of which 722 billion pesos are destined for 2026 in energy, transport, water, and airports. But execution takes time, and many new plants are already having to invest in their own backup generation to ensure operational continuity.

Talent: the bottleneck is no longer industrial land, but people

Mexico faces an estimated gap of 150,000 skilled workers in engineering by 2025. Educational institutions produce an estimated 60,000 engineers per year, while the industry requires over 100,000 — an annual deficit of nearly 40,000 professionals. In technology, the country could face a 77% deficit in IT talent by 2025, with an estimated shortage of 90,000 skilled professionals in data and artificial intelligence roles. Over 35% of manufacturers report persistent difficulties in finding qualified technical staff.

Industrial expansion is no longer limited by available land, but by available talent.

Regulatory certainty and paperwork

The USMCA review in July 2026 adds a layer of uncertainty regarding rules of origin, just as many companies are defining their supply chain. Added to this is local administrative complexity — business licenses, building permits, and environmental processes — which we address in detail in the second article of this series on hidden costs.

Physical infrastructure ready to operate

The demand for certified industrial land with services (energy, water, connectivity) continues to outstrip available supply in the most requested corridors, pushing timelines and customization costs for companies looking to set up quickly.

05  How to build a solid operation from day one: the InfraCore model

No macro data solves the actual operational problem: a foreign company arriving in Mexico needs to simultaneously coordinate civil works, energy, networks, cabling, cybersecurity, cloud, and tech support, areas that normally rely on different providers, with different schedules, standards, and point people. When that coordination fails, the cost doesn't show up in the initial budget; it shows up in months of delays before the operation generates revenue.

This is where a 360° technology partner changes the equation. Grupo DITESA, through its InfraCore business unit, accompanies the process from the physical adaptation of the space — specialized civil works, structured cabling, server rooms, critical power, and electrical backup — to the technological infrastructure that operates on that foundation: corporate networks, cybersecurity, hybrid cloud, and managed support, through DITESA IT Solutions. All under a single contract and a single line of responsibility, instead of fragmenting the project among half a dozen providers who don't talk to each other.

DITESA's flexible financing model (renting, leasing, and custom schemes) also allows this infrastructure deployment to avoid relying on a massive upfront capital outlay, something especially relevant for a foreign company testing the Mexican market before committing long-term investment.

This comprehensive guidance model is supported by the three business units of Grupo DITESA: InfraCore for physical infrastructure and civil works, DITESA IT Solutions for daily tech operations — consulting, cloud, cybersecurity, and managed support —, and ConversIA for applied artificial intelligence and process automation that optimize that operation once underway.

An example of this guidance is the data room modernization project carried out for Bunge México, which included climate control optimization, electrical routing adjustment, and the installation of new storage racks, strengthening the availability and operational continuity of their data center.