The conversation about electromobility in Mexico is no longer solely about innovation and sustainability. Today, for the transportation industry, the real discussion is much more uncomfortable and strategic: how viable is it to electrify an operation without compromising productivity, profitability, and logistical continuity? Because while public discourse tends to focus on the electric future of transportation , operational reality still demands a practical approach.
Fleet electrification is indeed progressing, but at very different speeds depending on the type of operation, the available infrastructure, and the financial capacity of companies. In Mexico, technological enthusiasm still coexists with significant structural limitations: high investment costs, insufficient charging infrastructure, and logistics operations that simply cannot be halted.
And that is perhaps the most important point, one that is rarely stated clearly: in transportation, time is profitability . A vehicle stopped, even if only to recharge, is an asset that ceases to produce.
Therefore, at least in the short term, electromobility seems to find its most natural foothold in the last mile ; there, conditions are favorable with predominantly urban routes, shorter distances, and operations that allow vehicles to return to the distribution center to recharge outside of operating hours. A vehicle with a range of around 300 kilometers can be perfectly functional for operations that cover between 100 and 150 kilometers daily.
This also explains why adoption is concentrated mainly in cities like Mexico City, State of Mexico, Nuevo León and Jalisco, regions where urban density favors shorter journeys and where the charging infrastructure is beginning to develop more rapidly, unlike in less dense cities, where journeys are longer and more dispersed, the equation changes radically.
However, it would be a mistake to interpret this situation as a definitive halt. Rather, we are witnessing a transitional phase where the private sector is playing a decisive role in accelerating the ecosystem; we see how companies in the food, beverage, and courier industries have already begun building their own cargo hubs , driving infrastructure that the public sector has not yet been able to develop at the necessary speed.
And there is an important message for the industry: electrification will not advance solely through technological will, but through a collaborative strategy where government, private initiative and technology providers will have to coordinate to strengthen the infrastructure in key logistics nodes , guarantee energy stability and create viable operating conditions for fleets.
In parallel, telemetry is becoming a critical part of this transition; managing an electric fleet involves not only monitoring routes, but also understanding battery behavior in real time, optimizing charging cycles, identifying premature degradation, and efficiently coordinating the rotation of units and chargers. Here, energy management becomes as important as logistics management.
This is where one of the most interesting aspects of this new stage lies: electromobility no longer depends solely on the vehicle, but on the operational intelligence surrounding it. The energy transition in transportation will not happen suddenly or uniformly , and perhaps that is the most common mistake when talking about electromobility: thinking of it as an immediate replacement, when in reality it will be a gradual coexistence of different technologies and different operating models.
Check out Eduardo’s previous column: The human factor in the age of telemetry .
*Eduardo Allegre is the general manager of Métrica Móvil .
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