The Ford Mustang Mach-E sold in the United States is primarily manufactured at Ford's Cuautitlán plant in Mexico. This is the main global production hub for the Mach-E, with additional units for the US market coming from the Rouge Electric Vehicle Center in Dearborn, Michigan. The choice of production location significantly impacts the final cost and availability for markets like the UAE that import US-spec vehicles.
| Production Site | Key Models for US Market | Notable for UAE Import Context |
|---|
| Cuautitlán Stamping and Assembly Plant, Mexico | Primary source for most Mach-E trims (Select, Premium, CA Route 1, GT). | Most US-spec models imported to UAE originate here. Lower production costs compared to US plants, but import duties to UAE apply. |
| Rouge Electric Vehicle Center, Dearborn, Michigan, USA | Produces a portion of Mach-E vehicles, especially for regional US inventory. | Considered a "domestic" source for US buyers. For UAE importers, vehicles from this plant carry the same import status as those from Mexico. |
- Total Cost of Ownership (TCO) for UAE Import: A US-spec 2023 Mach-E Premium AWD (91 kWh) imported to Dubai has an estimated ex-showroom US price of $58,000. Adding 5% UAE customs duty, 5% VAT, shipping (~AED 10,000), and UAE agency homologation fees (RTA-approved), the landed cost can exceed AED 250,000. Annual depreciation for a US-spec EV in the UAE is steep, often 25-30% in the first year, due to warranty and service concerns, as noted by used-car valuation trends on platforms like Dubizzle.
- Cost per km (CPK) Estimate: Based on Dubai Electricity and Water Authority (DEWA) residential rates of ~AED 0.33/kWh and an average consumption of 22 kWh/100 km, the energy CPK is about AED 0.07. However, this does not account for the high initial depreciation, which is the dominant cost factor. MOI UAE vehicle registration data indicates a growing but still niche segment for imported non-GCC electric vehicles, impacting long-term residual value. UAE Ministry of Energy and Infrastructure reports on public charging infrastructure growth, such as the EV Green Charger initiative, provide context for the operational feasibility of these imports, though service support remains a key differentiator from GCC-spec models.
