Mexican Landing Gear Manufacturers (2026)

Mexico is one of the few countries where you can find landing gear struts, nose gear assemblies, actuators, braking systems, and shock absorbers all produced within a two-hour drive. The Queretaro and Chihuahua aerospace clusters house facilities from Safran, Collins Aerospace, Liebherr, and former Heroux-Devtek operations, making Mexico a serious player in a global landing gear market valued at USD $11.82 billion in 2025 and projected to reach $18.42 billion by 2031.

The Landing Gear Market Is Growing Faster Than Most Aerospace Segments

Landing gear is not glamorous, but it is structurally critical and commercially massive. According to Mordor Intelligence, the global aircraft landing gear systems market reached $11.82 billion in 2025 and will grow at a 7.62% CAGR through 2031. Main gear assemblies account for 72.78% of that market. The aftermarket and MRO segment is growing even faster, at 8.78% CAGR, driven by aging fleets that need overhaul cycles every 8 to 12 years.

A separate Research and Markets report puts the broader market at $15.81 billion in 2025, forecasting $23.78 billion by 2030 at an 8.4% CAGR. The difference in sizing comes down to scope: the larger figure includes military platforms, helicopter systems, and full actuation assemblies. Either way, the trajectory points in one direction.

What is fueling this? Record production backlogs. Airbus has lifted its 20-year delivery outlook to 43,420 jets. Boeing sees demand for nearly 44,000 aircraft through 2043. Every one of those aircraft needs landing gear, and every landing gear has a mandated overhaul interval. For manufacturers in Mexico producing struts, actuators, wheels, tires, and braking components, the demand pipeline extends for decades.

Why Mexico Became a Landing Gear Production Hub

Mexico’s aerospace sector grew from 100 companies and $1.3 billion in exports in 2004 to 386 companies generating $10.7 billion in 2024. That is a 14% average annual growth rate sustained over two decades. The sector employs over 50,000 workers directly across 370+ specialized plants.

Landing gear manufacturing specifically concentrates in two clusters.

Queretaro: The Landing Gear Capital of Latin America

Queretaro hosts more than 80 aerospace companies and is where Safran Landing Systems operates two dedicated facilities. The OE (original equipment) site produces landing gear fittings for the Airbus A320, the main landing gear bogie beam for the A330, and the inner cylinder of the Boeing 787 nose landing gear. A separate MRO site handles maintenance and repair of landing gears and hydraulic components for the North American zone, covering the A320, A300, Boeing 737-NG, Bombardier CRJ, and Dash 8 programs.

Safran alone employs more than 3,500 people across its Queretaro landing gear and engine operations, according to Safran’s own data. The company has been in Mexico for over 30 years, now operating 18 facilities with nearly 14,000 employees nationwide.

Heroux-Devtek, the Canadian landing gear specialist, previously operated a 47,200 square-foot facility in the Queretaro Aerospace Park focused on aerostructure and landing gear component fabrication. The facility was designed for expansion to 150,000 square feet with full landing gear assembly capability, and the company has publicly evaluated a return to Mexico for Boeing landing gear production.

Chihuahua: Precision Machining at Scale

Chihuahua contains 25% of Mexico’s aerospace factories and specializes in precision machining and subassembly work for OEMs like Honeywell and Bell. Safran operates facilities here producing engine components and landing gear parts. The state’s strength is high-volume CNC machining of structural fittings, actuator housings, and other tight-tolerance landing gear components that feed into final assemblies elsewhere.

The Certification Wall That Keeps Competition Out

Landing gear is one of the most certification-intensive segments in aerospace. Every component that touches the gear structure requires qualification under the OEM’s design authority. An AS9100 quality management system is the baseline. NADCAP accreditation covers special processes like heat treatment, non-destructive testing, welding, and surface finishing. For suppliers working on defense programs, ITAR compliance adds another layer.

The practical reality for a new landing gear program is this: qualification cycles typically run two to four years from initial audit to production approval, with investment in tooling, testing, and process documentation running into millions of dollars. According to SAS Sofia’s analysis of landing gear certification, testing alone covers functional tests, structural and fatigue life tests, and full cycle load checks before a component can enter service.

This high barrier works in favor of qualified Mexican suppliers. Once you are on a program, switching costs keep you there. But it also means that waiting for buyers to find you is a losing strategy. The certification timeline is so long that conversations need to start years before production begins. Suppliers who rely on trade fairs every 24 months are structurally disadvantaged against those who maintain continuous outreach to procurement teams.

Conventional Sales Channels Are Running Out of Altitude

Mexican landing gear manufacturers have traditionally depended on a handful of channels. Each one has real limits.

FAMEX (Feria Aeroespacial Mexicana)

Latin America’s largest aerospace fair, organized by Mexico’s Armed Forces, occurs every two years. The 2025 edition drew 337 companies from 48 countries. A mid-sized booth presence costs $30,000 to $80,000+ after stand design, staffing, travel, and logistics. That works out to $300 to $900+ per qualified contact, and then you wait another 24 months. For a landing gear manufacturer targeting European defense primes or Asian MRO operators, one Latin American fair every two years is not enough coverage.

Aerospace Meetings Queretaro

This B2B matchmaking event, scheduled for February 18-19, 2026, pre-arranges one-on-one meetings between suppliers and OEM procurement teams. It is well-organized and targeted, but it is two days long. With thousands of pre-scheduled sessions happening in parallel, each supplier gets a handful of 30-minute slots. Smaller Tier-2 landing gear component firms compete for attention against larger, better-known competitors. Preparation costs, travel, and qualification requirements add up for what amounts to a couple of afternoons.

OEM Program Lock-In

Many Mexican landing gear suppliers depend on a single OEM for the majority of their revenue. According to trade.gov, Boeing has 26 Mexican suppliers, Airbus has 36, and Embraer has 13. When your primary customer delays a program or renegotiates terms, revenue drops with no fallback. Safran shipped 304 A320 landing-gear shipsets in the first half of 2024 alone, a 36% increase year-on-year. That growth creates opportunity for the supply chain, but only for suppliers who are already in the conversation.

Field Sales Representatives

Hiring international sales reps to cover aerospace procurement markets in the US, Canada, and Europe costs $500 to $1,200+ per qualified lead when you factor in compensation, travel, and the 12 to 18 months needed to build trust in certification-driven industries. Landing gear procurement decisions involve supply chain managers, supplier quality engineers, and program managers. A single field rep cannot cover all three roles across multiple geographies.

Government Trade Missions

Mexico’s Secretariat of Economy and FEMIA organize trade delegations to international aerospace events. These provide introductions but move on government timelines. A supplier cannot control which events are prioritized, which buyers are targeted, or how fast follow-up happens.

The math is straightforward. An AI-powered outbound engine delivers qualified leads at $150 to $300 per lead, with costs decreasing as targeting improves at scale. Compare that to FAMEX ($300 to $900+ per contact, once every two years), field reps ($500 to $1,200+ per lead), or the unquantifiable risk of depending on a single OEM relationship. The growth engine runs 52 weeks a year, not two days.

How Signal-Based Outbound Works for Landing Gear

Generic emails to a company’s info address will not reach the supply chain development manager at a defense prime. Landing gear procurement requires a different approach.

Track the Right Signals

Landing gear programs generate visible procurement signals long before RFQs go out. Production ramp-ups at OEMs, MRO facility expansions, fleet modernization contracts, new platform announcements, and personnel changes at procurement departments all indicate upcoming demand. When an OEM posts a supply chain development role or announces a supplier diversification initiative, that is a buying signal.

Build Precision Contact Lists

Instead of hoping for a meeting at FAMEX, identify the specific people who control landing gear sourcing. Supply chain managers at primes and Tier-1 contractors. Procurement officers responsible for structural and hydraulic components. Supplier quality engineers who evaluate and qualify new vendors. Program managers overseeing new aircraft development or nearshoring.

Lead with Certification and Capability

Aerospace buyers do not respond to generic sales pitches. They respond to AS9100 and NADCAP credentials, specific material and process capabilities, existing program experience, ITAR compliance status, and capacity data. Outreach that references the recipient’s specific program needs and pairs it with verified capabilities gets replies. Everything else gets deleted.

Compound Over Time

A field sales team targets prospects one at a time. AI-powered outbound monitors thousands of signals simultaneously and delivers personalized outreach at a volume no human team matches. The first 1,000 prospects cost more than the second 1,000, because the system learns what works. Traditional channels scale linearly. This compounds. Learn more about how it works.

What This Looks Like for a Queretaro Landing Gear Supplier

Consider a mid-sized manufacturer producing precision-machined titanium landing gear struts. They hold AS9100 certification, NADCAP accreditation for heat treatment and NDT, and ten years of experience supplying Safran programs from their Queretaro facility.

Without continuous outreach: They exhibit at FAMEX every two years and attend Aerospace Meetings Queretaro annually. Annual trade show spend exceeds $60,000. Their pipeline depends on one primary OEM. When that customer delays a program, revenue drops with no alternative.

With continuous outreach: Their system picks up that a European defense prime just announced a landing gear MRO expansion and posted two supply chain roles. It identifies the procurement manager responsible for machined titanium structural components. A personalized capability brief arrives in that manager’s inbox within days, referencing the specific program, highlighting certifications, and including capacity data. A follow-up sequence calibrated to aerospace procurement timelines keeps the conversation alive. Result: a steady pipeline of qualified conversations running independently of any single trade fair or OEM relationship.

Mexico’s broader aerospace sector is on track for continued growth, and landing gear sits at the intersection of the highest-value, highest-certification segments. The suppliers who build pipeline year-round will capture the most value from that growth. The ones waiting for FAMEX 2027 will not.

If your company manufactures landing gear components in Mexico and you want to build a predictable export pipeline, explore how it works or review the broader Mexican aerostructure manufacturing landscape for context on adjacent opportunities.

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Frequently Asked Questions

How large is the global landing gear market in 2025?

The global aircraft landing gear systems market is valued at $11.82 billion in 2025 according to Mordor Intelligence, with projections reaching $18.42 billion by 2031. Main gear assemblies represent nearly 73% of market value. The aftermarket MRO segment is growing fastest at 8.78% CAGR, driven by aging fleets requiring mandated overhaul cycles.

What certifications do Mexican landing gear suppliers need?

AS9100 quality management certification is the baseline for any Tier-2 supplier entering aerospace supply chains. NADCAP accreditation covers special processes critical to landing gear production: heat treatment, non-destructive testing, welding, and surface finishing. Defense-related work typically requires ITAR compliance and facility security clearances. OEM-specific qualifications vary by program and component.

Where are landing gear manufacturers located in Mexico?

Queretaro is the primary hub, with Safran Landing Systems operating both an OE manufacturing site and an MRO facility covering A320, A330, Boeing 787, 737-NG, and Bombardier programs. Chihuahua handles precision machining for landing gear subcomponents and structural fittings. Both clusters sit within Mexico’s 386-company aerospace sector that generated $10.7 billion in exports in 2024.

Can smaller Tier-2 firms compete against Safran and Collins Aerospace?

They already do. Primes like Safran and Collins need qualified subcontractors for machined fittings, actuator components, hydraulic housings, and braking system parts. A Tier-2 supplier with the right certifications, process capabilities, and capacity fills a specific role in the supply chain. The challenge is not competing with primes but getting discovered by their procurement teams before the competition does.

How does outbound prospecting fit with aerospace’s long sales cycles?

Landing gear supplier qualification runs two to four years from initial contact to production approval. That long timeline is exactly why early, continuous outreach matters. Starting a conversation at FAMEX 2025 means production might begin in 2028 or 2029. Starting that same conversation six months earlier through signal-based outreach compresses the discovery phase and gets the certification clock running sooner. The growth engine keeps pipeline moving every week, not every 24 months.