Mexico’s Aerospace Industry Growth and Innovation

Mexico’s aerospace sector crossed a significant threshold in 2024. Exports surpassed US$10 billion for the first time, according to the Federación Mexicana de la Industria Aeroespacial (FEMIA), recovering from the pandemic’s 32% contraction and exceeding the previous 2019 peak of $9.3 billion. That trajectory reflects a structural shift in where aerospace components are built, tested, and exported across North America.

For operations leaders and site selection teams evaluating manufacturing locations, this report breaks down the data behind Mexico’s aerospace expansion: regional cluster performance, workforce capacity, FDI flows, and the operational frameworks that allow foreign manufacturers to launch production within months.

Mexico now ranks as the 10th largest global aerospace producer and 12th in component exports, with 386 companies operating across 19 states. According to FEMIA and Secretaría de Economía reporting, the sector generates between 50,000 and 60,000 direct jobs and more than 190,000 indirect positions. Industry intelligence estimates place manufacturing at 69.54% of the sector’s market share in 2025, with aerostructures and fuselage components representing the largest subsegment at an estimated 47.91%.

Data compiled from FEMIA, Secretaría de Economía, and industry intelligence reports. Figures reflect latest available data as of early 2025.

The primary finding for manufacturers: Mexico’s aerospace sector has moved beyond assembly-stage operations into high-value production of turbine components, composite aerostructures, and avionics systems. This shift creates entry points for Tier 1 and Tier 2 suppliers seeking USMCA-compliant production closer to U.S. OEM final assembly lines.

Manufacturers planning new operations should evaluate cluster-specific capabilities rather than treating Mexico as a single market. Companies already operating in Mexico face rising competition for specialized talent in key corridors. Firms considering expansion will find that MRO — the fastest-growing subsegment at 8.35% CAGR — offers diversification beyond pure manufacturing.

Mexico’s aerospace exports grew at an average annual rate of 14% since 2010, according to the U.S. Commercial Service (Mexico Country Commercial Guide). That consistent trajectory accelerated in 2024, with FEMIA confirming the sector crossed the US$10 billion threshold — approximately MX$180 billion — driven by U.S. demand, new facility investments, and recovery from pandemic-era disruptions.

Mexico’s aerospace exports surpassed US$10 billion in 2024, with 80% destined for U.S. and Canadian OEMs, marking the first time the sector exceeded this milestone.

Export destinations reveal concentration risk and opportunity. The United States absorbs roughly 80% of Mexico’s aerospace exports, with Europe emerging as the second-largest market. Secretaría de Economía data shows Querétaro leading state-level exports at US$254 million, followed by Baja California at US$140 million. Germany (US$52.9 million) and the United Kingdom (US$59.7 million) represent the largest non-North American buyers.

Global ranking context adds perspective. According to trade intelligence data, Mexico ranked 15th worldwide in aerospace exports at approximately US$2.5 billion under narrower Harmonized System codes, within a global total of US$327.1 billion. The gap between this figure and FEMIA’s US$10 billion reflects methodological differences: FEMIA uses a broader sectoral definition encompassing the full value chain from raw components through MRO services, while HS-code-based trade data captures only finished goods classified under specific tariff headings. Both figures are valid within their respective frameworks, and manufacturers should reference whichever aligns with their competitive analysis scope.

Infrastructure investment supports this growth curve. Federal budget documents indicate the Mexican government has committed approximately MXN 126.6 billion (roughly US$7 billion) to airport upgrades between 2025 and 2030, according to Secretaría de Infraestructura, Comunicaciones y Transportes planning reports. Combined with Interoceanic Corridor industrial parks and expanded logistics infrastructure in Querétaro and Monterrey, these investments reduce transit times for just-in-time aerospace supply chains that depend on rapid cross-border movement.

Mexico’s aerospace production is not evenly distributed. Six states account for the vast majority of output, employment, and FDI — each with distinct specializations that matter for site selection decisions.

FDI patterns reveal where capital is flowing. Cumulative aerospace FDI since 2006 exceeds US$3.7 billion nationally, with the United States, France, and Canada contributing 77%, 19%, and 2% respectively, according to Secretaría de Economía’s Registro Nacional de Inversiones Extranjeras. Q1 2024 alone attracted US$119.4 million, though Q1 2025’s national figure of US$92 million suggests some moderation. Baja California’s Q1 2025 surge of 85% year-over-year stands out against this backdrop.

FDI data from Secretaría de Economía (RNIE) and FEMIA. Querétaro cumulative figure not disaggregated in available data; ranking based on company density and export volume.

Mexico produces more than 25,000 aerospace-related graduates annually, according to the U.S. Commercial Service (Mexico Country Commercial Guide). This pipeline feeds a sector that has grown from basic assembly operations to complex manufacturing requiring skills in composite fabrication, CNC machining, avionics integration, and quality systems management.

Chihuahua leads in engineering talent concentration. The state’s universities supply a disproportionate share of graduates trained in metallurgy, composites, and precision manufacturing — capabilities that align directly with Tier 1 and Tier 2 aerospace production requirements. Baja California’s workforce of over 40,000 direct aerospace employees draws from 339 suppliers, creating a deep bench of experienced operators and technicians.

The skills profile is shifting toward higher-value capabilities. Research centers in Querétaro, Tijuana, and Sonora now focus on additive manufacturing, Industry 4.0 digitalization, composite materials development, and drone technology. The Querétaro CTA implements smart manufacturing protocols. Tijuana’s Innovation and Design Center supports prototyping and digital design. Sonora’s research institutes advance lightweight composites and automation for aircraft components.

Talent competition is intensifying in established clusters. As more manufacturers enter Querétaro and Baja California, wage pressure on specialized roles — CNC programmers, quality engineers, composite technicians — increases. Companies entering these markets should benchmark compensation against cluster-specific data, not national averages. Sonora and Chihuahua offer somewhat less competitive pressure for similar skill sets, though with smaller absolute talent pools.

FEMIA projects growth toward 110,000 total jobs (direct and high-skill indirect) as new investments come online. For manufacturers planning operations, the talent exists but requires proactive recruitment strategies, particularly for engineering and R&D roles where demand outpaces supply in the most concentrated clusters.

Mexico’s aerospace sector has evolved beyond its historical role as a low-complexity assembly base. The shift toward composite materials, additive manufacturing, and digitalized production reflects both OEM requirements and deliberate government policy.

Composite materials production marks a capability inflection point. Aerostructures and fuselage components — representing an estimated 47.91% of Mexico’s aerospace market according to industry intelligence — increasingly require advanced composite fabrication. Sonora’s research institutes specialize in lightweight composite development for aircraft structures. Querétaro’s CTA tests and certifies composite manufacturing processes that meet Boeing and Airbus specifications for components like wing ribs and fuselage panels for A320 and 737 MAX programs.

Mexico aims to become an aerospace innovation powerhouse, with government programs like the 2023 Aerospace Industry Development Program promoting R&D, intellectual property development, and advanced manufacturing capabilities.

MRO represents the fastest-growing subsegment. Maintenance, repair, and overhaul services are expanding at 8.35% CAGR, driven by fleet modernization demand across North American and Latin American carriers. Central Mexico clusters, particularly in the Mexico City metropolitan area and Hidalgo, signed agreements in 2024 to develop more self-sufficient MRO value chains. This growth creates opportunities for manufacturers that supply MRO tooling, specialized components, and testing equipment.

Domestic aerospace development signals sector maturation. Oaxaca Aerospace launched the Pegasus PE-210A, a domestically produced aircraft targeted for 2026 market entry. While small in scale, this development indicates Mexico’s aerospace ecosystem now supports design-through-production capabilities — not just contract manufacturing for foreign OEMs.

Industry 4.0 adoption varies by cluster. Querétaro leads in digital manufacturing implementation, with the CTA serving as a testing ground for smart factory protocols. Baja California’s electronics manufacturing crossover provides natural advantages in sensor integration and avionics production. Chihuahua’s engineering talent density supports the programming and systems integration work that Industry 4.0 requires. For manufacturers evaluating technology-intensive operations, these three states offer the strongest digital manufacturing foundations.

The 2023 Aerospace Industry Development Program, a federal initiative, provides policy support for R&D investment and intellectual property creation within Mexico. Combined with aircraft electrification research and drone technology development, these trends position the sector for continued movement up the value chain through 2025 and beyond.

Foreign aerospace manufacturers entering Mexico face a complex regulatory environment spanning trade compliance, labor law, environmental permits, and tax administration. Two frameworks simplify this process: the IMMEX program (Industria Manufacturera, de Maquila y de Servicios de Exportación) and shelter manufacturing services.

The IMMEX program provides the fiscal foundation for aerospace manufacturing in Mexico. Administered by the Ministry of Economy, IMMEX authorizes duty-free temporary import of raw materials, machinery, and components used in manufacturing for export. For aerospace producers, this means significant cost reductions on steel, aluminum, titanium, and specialized alloys that constitute major input costs. According to Secretaría de Economía program guidelines, key benefits include:

Shelter services compress the launch timeline significantly. Under a shelter arrangement, the service provider holds the IMMEX permit, serves as employer of record, and manages regulatory compliance — while the foreign manufacturer retains full control of production, quality, and intellectual property. Industry experience indicates this structure can reduce production launch timelines to six to eight weeks using existing permits, compared with three to six months for a standalone subsidiary applying independently.

American Industries Group, with more than five decades of operational experience supporting over 300 foreign manufacturers across 17 industrial parks and 10 operating regions since 1976, provides the institutional infrastructure that aerospace operations require. The aerospace sector’s strict compliance requirements — from C-TPAT and Operador Económico Autorizado (OEA) certifications to USMCA rules-of-origin documentation — demand a shelter partner with deep regulatory expertise and established government relationships.

The upcoming USMCA joint review adds urgency to compliance planning. With potential revisions to rules-of-origin requirements and tariff structures under discussion, manufacturers need operational frameworks that can adapt quickly. Shelter arrangements provide this flexibility by maintaining active permits and managing customs operations that support continuous cross-border movement of goods — critical for aerospace supply chains where production delays cascade through OEM assembly schedules.

Growth projections for Mexico’s aerospace sector vary by source and methodology, but the directional consensus points toward sustained expansion through at least 2031. Manufacturers should apply the 6–7% CAGR baseline as the most defensible planning assumption, while monitoring the variables below that could shift the trajectory.

Mexico’s aerospace market is projected to reach USD 8.88 billion in 2026 and grow to USD 12.41 billion by 2031, driven by manufacturing expansion, MRO demand, and nearshoring investment.

Conservative estimates place the sector at US$8.88 billion by 2026 at a 6.94% CAGR. More aggressive projections from market intelligence firms suggest growth to US$22 billion by 2029 when including the full services value chain, or US$57.36 billion by 2034 at a 17.2% CAGR. The wide range reflects different methodological approaches to defining sector boundaries — the higher figures include MRO services, engineering design, and logistics, while the lower figures track manufacturing output more narrowly.

FEMIA’s preliminary reporting indicated approximately 9% growth in H1 2025 despite macroeconomic uncertainty, suggesting the sector maintains momentum even as broader manufacturing indicators moderate. This resilience reflects the long investment cycles in aerospace — projects committed in 2023 and 2024 continue to generate activity regardless of short-term economic fluctuations.

Several factors could alter the growth trajectory:

The data in this report points to differentiated strategies depending on a manufacturer’s current position relative to the Mexican aerospace market.

For manufacturers planning a new operation, the cluster selection decision matters more than the country decision. Querétaro offers the most diversified ecosystem with MRO, R&D, and manufacturing capabilities. Baja California provides the strongest FDI momentum and border proximity for just-in-time U.S. supply chains. Sonora delivers deep specialization in engine and turbine components. Chihuahua offers engineering talent density at somewhat lower competitive pressure than Querétaro.

For manufacturers already operating in Mexico, the priority is talent retention and capability upgrading. Wage benchmarking against cluster-specific data — not national averages — prevents both overpayment and attrition. Investment in Industry 4.0 capabilities and composite materials expertise positions existing operations to capture higher-value work as OEMs shift more complex production to Mexico.

For manufacturers evaluating expansion, MRO represents the highest-growth subsegment at 8.35% CAGR. Companies with existing manufacturing footprints can add MRO capabilities to serve the growing fleet modernization market. Geographic diversification within Mexico — adding a second facility in a different cluster — reduces concentration risk while accessing different talent pools and specializations.

The operational framework decision deserves early attention. Manufacturers entering through a shelter arrangement gain a meaningful launch-time advantage and immediate access to IMMEX benefits, C-TPAT certification, and established compliance infrastructure. Those planning long-term standalone operations should still consider a shelter entry followed by graduation to an independent entity — a path that reduces risk during the critical first 24 to 36 months of operation.

Mexico’s aerospace sector in 2025 has reached a scale that shifts the strategic question for foreign manufacturers from market validation to execution specifics: which cluster, which timeline, and which operational model. With US$10 billion in exports, 386 active companies, and a workforce pipeline of 25,000 annual graduates, the sector offers concrete entry points across manufacturing, MRO, and advanced composites — subsegments where investment continues to accelerate.