Stellantis-Leapmotor Canada Plant Talks: A Tariff-Driven Test Case for China NEV Globalization 3.0

Core Data

Category Data Source

Stellantis stake in Leapmotor 20% (approx. $1.6 billion) Bloomberg / Leapmotor announcement

JV ownership (Leapmotor International) Stellantis 51% Leapmotor announcement

Brampton plant status Idle for 2+ years Bloomberg

Original plant plan Jeep Compass production, paused due to US tariffs Bloomberg

Canada government subsidies received C$529 million Canadian government

Canada EV tariff (post-January 2026) 6.1% (within 49,000-unit quota) China-Canada trade agreement

Canada EV tariff (prior to January 2026) 100% surtax Canadian government

Leapmotor 2025 exports 67,052 units (No.1 among NEV startups) Leapmotor 2025 annual report

Leapmotor 2026 overseas target 100,000–150,000 units Leapmotor 2026 guidance

Stellantis 2025 net loss €22.332 billion (approx. RMB 177.2 billion) Stellantis 2025 annual report

Stellantis 2025 net revenue €153.508 billion, down 2% YoY Stellantis 2025 annual report

In-Depth Analysis 1. China NEV Globalization 3.0: From trade export to local production The evolution of Chinese automakers going global can be framed in three stages:

Phase 1.0 (Trade export): Pure vehicle exports to overseas markets (e.g., Chery in Russia, BAIC in South Africa)

Phase 2.0 (CKD/SKD assembly): Local assembly of knockdown kits (e.g., BYD in Thailand, SAIC in Indonesia)

Phase 3.0 (Local production + technology export): Deep integration of R&D, production, and supply chain into target markets (e.g., Leapmotor in Canada, BYD in Hungary)

The Brampton project exemplifies Phase 3.0: zero owns the technology platform; Stellantis contributes manufacturing footprint and market access. Canada gains factory reactivation and potential employment. This is no longer “market for technology” — it is “technology for market access.” From a supply chain perspective, the CKD approach represents a lower-risk entry into North America. Full-scale local production would require extensive supplier qualification and investment — the CKD pathway allows validation of product-market fit with minimal capital commitment. 2. Tariff policy as the unexpected catalyst Canada’s January 2026 tariff adjustment — from a 100% surtax to a 6.1% MFN rate within a 49,000-unit annual quota — fundamentally reshaped the economics of Chinese EVs in North America. Prior to this adjustment, the 100% surtax made direct Chinese EV exports to Canada economically unviable. The new framework provides a protected window for market entry. However, the quota’s 49,000-unit ceiling is modest — roughly 0.4% of China’s total 2025 auto exports — signaling a gradual approach rather than market liberalization. 3. Leapmotor’s advantages: technology + cost + partnership flexibility Three factors explain why Stellantis has deepened its partnership with Leapmotor rather than other Chinese automakers:

Technology cost-efficiency: Leapmotor’s full-stack self-developed architecture (battery, powertrain, ADAS) delivers comparable performance at costs 30–40% lower than European OEMs. In 2025, Leapmotor achieved its first full-year profit, with gross margins rising to 14.5%, demonstrating the viability of its cost structure.

Flexible partnership model: Unlike BYD’s wholly-owned Hungary plant — which carries longer timelines and higher risk — Leapmotor International is 51% controlled by Stellantis, granting the European partner strategic control. This structure reduces political friction in host countries.

Strategic complementarity: Stellantis needs affordable EV technology to fill gaps in its North American product portfolio. Leapmotor’s export volume reached 67,052 units in 2025, ranking first among Chinese EV startups, and the company has built approximately 900 sales outlets across 40 countries. The partnership gives Stellantis access to competitive EV platforms while giving Leapmotor a turnkey global distribution network.

Industry Insights) English For global automakers: The Brampton negotiations illustrate how trade policy is reshaping global EV supply chain strategy. Local production is no longer a long-term ambition — it is becoming a necessity for accessing tariff-protected markets. The Leapmotor-Stellantis model — Chinese technology platform + Western manufacturing footprint — offers a replicable template for other global automakers seeking to accelerate EV deployment without bearing full R&D and capital costs alone. For Chinese suppliers: As Chinese automakers shift from trade export to local production, the window for component suppliers to follow is closing. Leapmotor’s 2026 overseas target of 100,000–150,000 units represents tangible demand for locally sourced components in North America and Europe. Suppliers with existing overseas footprint — or those willing to invest — will capture structural demand. Those who delay will find themselves locked out.

Leapmotor Stellantis ChinaNEV LocalProduction EVSupplyChain TariffPolicy Globalization3