Mexico is the world's most truck-specialized vehicle exporter, and $10.2B of battery-electric cars already leave its plants each year. The gaps sit exactly where public money buys: electric buses, electric trucks, two-wheelers. This is the map from the assembly base to the vehicles Mexico's own electrification will purchase, and who builds them.
What Electric Vehicles means in procurement terms and where Mexico's vehicle-assembly base sits today.
Electric Vehicles maps the finished-vehicle chain: the cars, trucks, buses, and two-wheelers Mexico assembles, split by propulsion. The platform's EV Components card covers what goes inside them; this card covers the vehicles themselves, because vehicle assembly is where Mexico's deepest specialization and its widest electrification gaps sit side by side.
The base is world-scale: $35.0B of conventional trucks (petrol pickups at RCA 19.0) and $10.2B of battery-electric cars already flowing. The gaps are just as sharp: electric buses at RCA near zero against $621M of bus imports, electric heavy trucks at $91M of exports, two-wheelers at $5.5M of exports against $563M of imports. Which means the play is two moves in one: hold the export base as it electrifies, and substitute the imports that public and fleet money already buys.
Validated Trade data, RCA, bilateral partners (BACI national matrix). Hypothesis Procurement category mapping pending counterpart review.
Seven categories from the incumbent truck base to the vehicles public demand buys.
Incumbent base RCA 14.5
The base that electrifies. $35.0B of conventional trucks lead the card: petrol pickups at RCA 19.0 ($24.6B) and diesel trucks above RCA 4 in every weight class. No country is more specialized in building trucks. This is the industrial mass of plants, workforce, and supplier web that the electric categories convert.
Exports go 87% to the US and 11% to Canada. Saltillo, Silao, and the northern truck plants carry the volume.
Strongest cell RCA 21.2
Mexico's single most specialized position on the card: petrol-electric hybrid trucks under five tonnes at RCA 21.2, $2.2B of exports. The hybrid pickup built in Hermosillo made Mexico the world's dominant exporter of the product almost overnight: proof the truck base converts when a model is allocated.
93% of exports go to the US. The product barely existed in trade data before 2022.
The anchor RCA 2.58
$10.2B of battery-electric cars at RCA 2.58, essentially all of it OEM export production: Equinox EV, Blazer EV, and Cadillac Optiq from Ramos Arizpe, Mustang Mach-E from Cuautitlán. Mexico already assembles BEVs at scale. The exposed question is model allocation, decided in Detroit and Munich rather than in Mexico.
81% to the US, 12% to Canada. Belgium and the UK take most of the rest: the first European toehold.
Everything above is the OEM export machine: funded on corporate balance sheets, pointed north. What follows is where the gaps sit, and where public demand buys.
Europe-facing US share 2%
The card's quiet diversification proof: $3.4B of hybrid and plug-in cars, 59% of it to Germany, with France, Poland, and the UK behind. The premium hybrids built in Puebla ship to European buyers, the only category on the card where the US is not the customer.
Germany takes 59%, France and Poland 9% each. Import sources: US 45%, China 22%.
The gap Net importer
$91M of exports against $245M of imports on battery-electric trucks alone: the most truck-specialized country on earth imports its electric trucks. No OEM has committed a Class 8 electric line in Mexico (August 2026): the demand side has to move first.
The small export line goes 97% to the US. Imports arrive from the US and China.
Public demand RCA ~0
$113M of exports against $621M of imports: buses are the chain's clearest import-substitution case, and the buyer is the public sector. The electric-bus fleets Mexican cities are building run mostly on imports, while the first Mexican-built e-bus, the DINA–MegaFlux Taruk, is in service with above 70% national content.
Import sources: China, Japan, Colombia. The small export line is conventional product, 96% to the US.
Domestic base $563M imports
The most personal category: $563M of motorcycle imports, half from India, serve the domestic market Italika dominates commercially, while exports are $5.5M. The electric line has switched on: BRP builds Can-Am electric motorcycles in Querétaro for export, and Italika's Voltium line electrifies the domestic offer.
Imports: India 51%, China 46%. Exports go to the US and Canada, small but no longer zero.
Categories mapped by electrification relevance and disruption risk. Conventional Trucks and Hybrid Light Trucks anchor the play: deep capability, conversion-grade disruption. Buses and Electric Heavy Trucks carry the demand risk; BEV Cars carry the allocation risk.
Circle size reflects export volume. The strategic action sits in the near-empty circles rather than the biggest ones, where public demand already spends on imports and a named domestic cast is ready to bid.
Where vehicle assembly concentrates, and why this card's geography runs on plants and workers rather than state trade.
The capability read rests on two computed lenses plus the plant record. Relatedness Density is product-space proximity (φ): how close a state's existing RCA≥1 export basket sits to the vehicle-chain products, scored as a location quotient where 1.0 = proportional. DENUE LQ is labor concentration: SCIAN 3361 + 3369 employment share vs. the national benchmark. Plants are named, tier-verified records, shown as marks on the map below, never as counts.
Employment concentrates where the plants are: Estado de México, Chihuahua, and Nuevo León lead in workers; concentration peaks in Aguascalientes (LQ 4.72) and Morelos (LQ 3.01), where vehicle assembly defines the manufacturing base. Relatedness puts Querétaro, San Luis Potosí, and the Bajío closest in product space. One caution the lens itself raises: Ciudad de México's measured workers include corporate offices classified under vehicle manufacturing. Read the capital's cell as headquarters, not assembly.
Working hypothesis Method follows Hausmann & Hidalgo (2007, PNAS). Relatedness density (product-space φ) from nzipl_state_relatedness_density.json; DENUE LQ from DataMexico inegi_denue multi-month (2024–2025). State trade is deliberately absent; see the note above. Full method →
The named plants: vehicle assembly and the component tier beside it, each row with its evidence.
Two populations, shown separately. The vehicle plants: the OEM export machine (GM, BMW, Stellantis, VW) beside the domestic cast building for the home market: Giant Motors with JAC, Zacua, Olinia's planned micro-plant, BRP's electric motorcycles. Below them, the component tier that makes assembly electrifiable: motors, packs, inverters, chargers. Paused and unconfirmed projects stay visible; a dead or doubtful deal is information.
One named vehicle is not in the registry because its plant is a retooled line inside an existing site: the Taruk electric bus (DINA and MegaFlux, Ciudad Sahagún, above 70% national content, in service in Quintana Roo). Its finance story is in the finance section.
Compiled from public records; every row links its source. Tier 1 = verified against primary documents; Tier 2 = attributed press; Tier 3 = announced or rumored. Non-exhaustive and dated; the registry grows as records verify.
Who buys the chain's output, how world demand is moving, and where the next markets are.
Partner shares: CEPII BACI 2024, national bilateral observations. Geography for the electric-vehicle basket remains unavailable in the subnational source.
The United States absorbs 81–97% of exports in five of the seven categories: the familiar USMCA gravity. The exception is the card's most interesting trade fact: hybrid and plug-in cars go 59% to Germany, because the premium hybrids built in Puebla serve European buyers. Mexico already runs one vehicle category on a non-US demand base: the diversification the platform's demand diagnostics ask for exists, in production, today.
USMCA implications: finished vehicles carry the agreement's most demanding rules: 75% regional value content, core-parts requirements, and the labor value content test. An EV assembled in Mexico qualifies only as its battery and core components regionalize, which is exactly the pull the EV Components card maps. The 2026 review and non-USMCA-content tariffs are the policy risks every OEM allocation decision prices.
Imports name the gap with precision. Buses: $621M, from China, Japan, and Colombia. The fleets Mexican cities electrify are bought abroad. Two-wheelers: $563M, half from India, serving the domestic market Italika leads. Electric trucks: $245M on the battery-electric code alone, from the US and China.
Each import line is an addressable market with a named buyer: transit agencies for buses, freight fleets for e-trucks, households for motorcycles. The domestic cast exists, and the assemblers section names it. The order book is the missing instrument, and the finance section prices it.
How much of every export dollar stays in Mexico, who adds the rest, and what this chain already buys from abroad.
The strongest demand story on the platform: world imports of battery-electric cars grew +23.2%/yr in 2022–24 to $139.6B, electric heavy trucks +39.4%/yr, hybrid light trucks +41.2%/yr, buses +21.1%/yr. Only two-wheelers shrank (−4.5%/yr). Where other chains on this platform argue demand from policy pipelines, this chain's demand is already in the trade data.
Beyond the US, the largest import markets are the UK, Belgium, and the Netherlands for battery-electric cars and Germany and France for hybrids, markets the Puebla hybrid channel already reaches. The table lists, per category, world demand growth 2022–24, Mexico's US share, and the largest markets beyond the US and Mexico.
Source: CEPII BACI HS22 bilateral, world imports 2022–2024. Diagnostic context—these figures are not inputs to the play score.
Choose a category and destination to see the evidence needed for approval.
Vehicle classification changes the route. NOM-194-SE-2021 covers specified new light vehicles. Device tables and accepted evidence must be checked individually; export homologation is not automatic approval for every Mexican vehicle. NOM-044 concerns specified diesel engines and heavy vehicles, so battery-only trucks are explicitly outside that diesel rule.
Battery transport and vehicle safety are separate. Under the reviewed US PHMSA route, the lithium test summary must be available, not physically attached to every shipment. Current FMVSS 305a applicability also depends on voltage, speed, vehicle weight and manufacturer class; the 2027/2028 dates are regulatory thresholds, not project lead times.
The reference route is a battery-electric bus acceptance plan. Define destination, configuration and battery shipment, then agree the operator’s duty cycle, charging interface, warranty, service and witnessed acceptance trial. Legal conformity and an operator’s operational acceptance answer different questions.
Verified Published requirements and source dates are reviewed separately from project applicability. Working thesis The proposed pathway still needs a selected product, site and buyer.
Two paths that fail independently: the OEM balance sheet and the public program.
Phase 1 (0-18 months): Signal. The public order book gets a date: a multi-year fleet purchase calendar (e-buses plus Olinia volumes), CFE's charging corridors energize, and a depot interconnection rule lets any fleet operator price energy before signing a vehicle order.
Phase 2: Procure. For a fleet case, define the operator, vehicles, depot works, energy contract and payment source. Request specific financing terms and reconcile them with the purchase schedule. Manufacturing projects require their own equipment budget and borrower assessment. The illustrated timeline remains a working sequence.
Phase 3: Localize. Use a defined vehicle or fleet pilot to measure operating performance, service needs and demand. Evaluate local production of motors, packs or power electronics against customer requirements and a priced manufacturing scope. Any credit or public support needs its own eligibility and approval evidence.
Phase 4: Scale. Price expansion after operating results, customer acceptance and new orders establish the scope. Review export-market requirements and the terms of any relevant financial product. Repeated fleet replacement is a demand scenario that needs evidence; it does not establish a permanent order book.
Seven gates. The swimlane above shows who is active when; the gates below are the decision points that, if slipped, shift the whole 72-month sequence. Gate timing is hedged: typical windows, not contractual milestones.
Define the borrower and asset. An assembler’s plant expansion, a supplier’s equipment purchase and an operator’s fleet acquisition have different cash flows, collateral and customer evidence. Compare each with a named provider’s criteria. The public evidence does not establish a universal financing structure for any of them.
Proposed roles: manufacturer engineering and finance; fleet operator operations and treasury; customer purchasing; the utility or charging provider; and a financing provider suited to the requested asset and amount. Public agencies enter when a specific program or authorization applies. No institution has accepted an assignment or financing commitment.
Mexico has an established vehicle-export base alongside emerging electric-vehicle projects. Separate investment in manufacturing from a fleet operator’s vehicle purchase. For each, establish the product, borrower, order evidence, charging needs and repayment before selecting a funding route.
The Constraint Maps tab ranks where the grid binds each play and maps each constraint to the instruments and actors that move it. The finance architecture below is this card's finance input.
Validated Play selection basis, trade data, bilateral partners, world-demand series, named plant records (tiered). Working hypothesis Procurement categories, standards mapping, transition assessments, sequencing. Pending counterpart and technical unit review.
This card ships its named-assembler section at launch. A supplier-tier roster (who makes what inside these vehicles, and who owns them) exists for the auto supply chain (Auto Supplier, the supplier lineup); this chain gains one when its component firms are researched to the same four-gate standard.
Scoped costs, cash timing and conditional financing for a defined project.
The worked BEV pilot multiplies the 2025 surveyed BEV pack price by explicit pack capacities and batch quantities. It is a purchased-pack cash sensitivity. Engineering, vehicle assembly, integration, homologation, warranty, charging and the factory require separate budgets and current supplier quotations.
Choose a category to see its budget drivers and relevant precedents. The worked package prices only its stated scope. Historical investments retain their own date, currency and exclusions; a named investment does not establish the cost or financing of a new project.
Documented Public cost anchors with their scope and period. Modelled Explicit quantities and arithmetic. Delivered quotations, integration, qualification and the complete project budget remain to be established.
The sensitivities separate an eligible equipment invoice, other project uses and the operating cash cycle. Financing ceilings use the denominator named by the provider; the remaining uses need their own funding source.
Normalized units make the arithmetic visible without inventing a project budget. Replace sales, cash costs, purchases, inventory and payment days with the sponsor’s evidence. A small equipment example does not meet a lender’s minimum ticket merely because the same percentage is shown.
Compare the borrower, intended use, currency, minimum and maximum amount, and published eligibility of each product. The provider still needs to assess repayment and its own credit conditions. A public product description establishes a screening route; project approval remains to be established.
Manufacturing finance and fleet-buyer finance have different borrowers and assets. Santander’s published MIVSA transaction documents financing for 50 electric buses; it does not disclose a universal rate, collateral structure or replicable public financing stack. Confirm the operator, purchase contract, revenues and charging plan for a new fleet case.
Define the product and test plan, price the configured equipment and site works, agree acceptance evidence, then plan production and collection. Each step names the evidence to assemble and a proposed role. Confirm dependencies with the actual customer, supplier and financing provider.
An engineering lead can close the process specification; purchasing can obtain delivered quotations; finance can reconcile uses, payment milestones and repayment. Assign accountable people and dates only when a sponsor adopts the plan. The sequence carries no promised duration or commitment.
Documented Published product features and named precedents. Modelled / working hypothesis Explicit quantities, cost boundaries and cash sensitivities. Confirm project scope, eligibility, quotations and assignments.
Observed employment and payroll, modeled taxes and explicit tax-base assumptions
Open this section before printing from the browser menu so the fiscal evidence is included.
Depth is additive to the platform's play-selection methodology. Capability (RCA + Relatedness Density + DENUE LQ), the world-demand series, and the plant registry are computed or tier-verified; standards, finance, and sequencing are authored hypotheses grounded in public sources. All numeric ranges are hedged. Click the panel below to expand.
Mexico builds the trucks. It does not yet build its own electric buses. The path: publish the order book, energize the corridors, close the fleet-finance template, scale the domestic cast, localize the powertrain, and export what works. The base electrifies here, or it electrifies somewhere else.