Mexico’s government-backed electric vehicle initiative, Olinia, is positioning itself as one of the country’s most affordable electric mobility solutions, with a target starting price of MX$150,000 (US$8,400)—less than half the cost of some of the lowest-priced electric vehicles currently available in the Mexican market. However, a comparison with entry-level models such as the JAC E10X and Geely EX2 highlights that Olinia is designed for a different regulatory category, operating environment, and business model.

The project, which aims to produce 50,000 units by 2029 through a public-private partnership, is intended for low-speed urban mobility applications rather than to compete directly with conventional passenger vehicles. Government officials and project executives have emphasized that Olinia should be viewed as a neighborhood microvehicle rather than a substitute for the electric cars currently sold in Mexico.

The distinction is becoming increasingly important as Olinia advances toward commercialization and negotiates with more than 10 domestic and international business groups interested in participating in the project’s industrial development.

According to project estimates, Olinia will launch with a starting price of MX$150,000. By comparison, the JAC E10X is currently priced at MX$371,000 (US$20,800), while the Geely EX2 starts at MX$389,900 (US$21,900). As a result, buyers would pay MX$221,000 (US$12,400) more for a JAC E10X and MX$239,900 (US$13,500) more for a Geely EX2.

However, the lower purchase price comes with different technical specifications and operating capabilities. Olinia is expected to feature a 13.5-kilowatt powertrain, equivalent to approximately 18 horsepower. The JAC E10X delivers 60 horsepower, while the Geely EX2 produces 114 horsepower.

Battery capacity follows a similar pattern. Olinia is being developed with a 14.7-kWh battery pack, compared with 31.4 kWh for the JAC E10X and 39.4 kWh for the Geely EX2. Driving range also differs substantially. Olinia is expected to provide more than 125 kilometers per charge, while the JAC E10X offers 301 kilometers and the Geely EX2 reaches 395 kilometers.

Although Olinia offers lower power output and driving range, it is designed to seat six occupants, compared with the five-passenger configurations of both competing models.

Olinia was conceived specifically for short-distance urban mobility. Project leaders describe it as a vehicle intended for neighborhoods, local communities, historic districts, and other low-speed urban environments.

“We could not market this vehicle under NOM-194,” said Roberto Capuano, director, Project Olinia. “Meeting the requirements of that standard would have forced us to design a completely different vehicle with higher manufacturing and operating costs. To achieve the production and operating costs we have presented, we need to adapt to a regulatory framework that, while it does not yet exist in Mexico, is already established in other parts of the world.”

Mexico’s NOM-194-SE-2021 establishes mandatory safety requirements for light vehicles sold in the country. The regulation requires frontal, side, and pole-impact testing and mandates safety systems including anti-lock braking systems (ABS), electronic stability control (ESC), tire pressure monitoring systems (TPMS), airbags, seatbelt reminders, and child-seat anchors.

Compliance with these standards requires extensive engineering, certification, and crash-testing programs that significantly increase vehicle development costs. According to Olinia executives, applying the same requirements to a vehicle designed to travel at approximately 50 kilometers per hour would undermine the project’s affordability objective.

As a result, the federal government is developing a dedicated regulatory category for low-speed urban microvehicles. The proposed framework draws on international models used in Europe, the United States, and China, including classifications comparable to Europe’s L6 and L7 categories and concepts similar to Japan’s kei vehicles.

“Our proposal draws heavily from European, American, and Chinese standards,” Capuano said. “The objective is to establish a new category and product classification so that people traveling in low-speed urban environments have Olinia as an option, while also allowing other companies to introduce and commercialize their own products.”

According to Olinia, operating costs average MX$0.49 per kilometer, compared with MX$2.40 per kilometer for a conventional gasoline-powered vehicle and MX$1.00 per kilometer for a gasoline motorcycle.

“The main advantage of an electric car is that when it is stopped, whether in traffic or parked, it is not consuming energy,” Capuano said. “Because electric vehicles have such low operating costs, they create greater economic opportunities for the people who drive them.”

The vehicle’s commercial strategy focuses heavily on urban transport services, including taxis, motorcycle taxis, and municipal mobility programs, where frequent stop-and-go driving increases fuel consumption for conventional vehicles.

Project Olinia aims to achieve 75% domestic content, creating a localized supply chain that extends beyond final assembly to include battery integration, electronics, and component manufacturing. Rafael Garayoa, chief technology officer of Project Olinia, said the initiative has spent the past 18 months identifying suppliers and evaluating domestic industrial capabilities.

The project plans to establish a battery assembly facility in Mexico, importing lithium iron phosphate battery cells while manufacturing its own battery management system and integrating battery packs locally.

The first commercial deliveries are scheduled for summer 2027.