Transportation volatility impacts all companies dealing with physical goods, even those without their own trucks, due to fluctuating freight capacity, reliability, costs, and emissions. Diesel prices have been particularly unstable, complicating budgeting and margins for shippers and carriers. While electricity prices can also change, they are generally more predictable than oil-based fuels. Electric trucking costs are projected to decrease significantly in the coming years due to falling battery prices and increased standardization. However, charging infrastructure remains a critical challenge for commercial fleet electrification. The future of charging is not limited to depot-only or public options but a combination of both, mirroring the diversified fueling models of diesel fleets. Relying solely on depot charging can create fragility, limiting operational range and scalability for fleets. Shared charging infrastructure, akin to less-than-truckload shipping, can reduce costs and improve utilization for multiple fleets. This shared model allows companies to expand access, avoid duplication, and gain flexibility as demand shifts. Ultimately, the most effective charging strategy prioritizes operational range and asset utilization over just the lowest cost per kilowatt-hour. Utilizing public charging can significantly increase truck revenue by enabling longer daily operation and more extensive routes. This increased earning potential applies to entire fleets, translating to millions in additional revenue. Public charging offers fleets essential optionality, redundancy, and the ability to deploy vehicles sooner. Successful fleet electrification will integrate charging as an operating system, designed around freight movement corridors and logistics hubs. Depot charging will serve as a foundation, while public charging will provide the network effect for resilience and scalability. The next phase of fleet electrification will be driven by offering diverse charging solutions that enable broader adoption and flexibility.