
Tesla has announced the commencement of the first production run of the Tesla Semi from a dedicated new assembly line situated at the Gigafactory Nevada facility. This milestone signifies the project’s transition into full-scale manufacturing following a multi-year period marked by delays.
The vehicle was initially unveiled back in 2017, with initial production slated to begin as early as 2019. Timelines saw numerous postponements, resulting in only initial, limited deliveries occurring toward the close of 2022, when a small number of units were handed over to PepsiCo. These early examples were essentially built under pilot production protocols.
Over the subsequent years, the automaker refined the vehicle’s design and established a dedicated manufacturing plant spanning roughly 1.7 million square feet (158,000 m²) adjacent to their main Nevada site. This production line is engineered to accommodate an output capacity of up to 50,000 trucks annually, though volume ramp-up is planned to be incremental.
Based on specifications previously released, the model will be offered in two variants. The Standard Range version is projected to cover approximately 523 km (325 miles) with a gross vehicle weight of 37,200 kg (82,000 pounds). The Long Range iteration promises a travel distance of up to 805 km (500 miles) on a single charge. Pricing is estimated around $260,000 for the base model and approximately $290,000 for the extended-range version.
The truck is powered by a tri-motor electric powertrain generating around 800 kW (1,072 hp) and supports fast charging up to 1.2 MW. According to Tesla, this setup allows for replenishing up to 60% of the range in just 30 minutes. This capability relies on the specialized Megacharger network, the first station of which has already been commissioned in California.
The manufacturing of the 4680 battery cells is taking place right at the same industrial complex, intended to decrease reliance on external suppliers and eliminate bottlenecks that previously hampered the project’s progress.
In the segment of heavy-duty electric trucks, the Tesla Semi will be competing against offerings from manufacturers such as Volvo and Daimler Truck, both of whom are already delivering electric tractors in limited quantities.
Further confirmation of market interest is evidenced by subsidy applications; in California’s Clean Truck & Bus Voucher program, Tesla accounts for the majority of requests within this electric truck class.
Operational infrastructure is also being developed concurrently. Specifically, service models are anticipated where companies can utilize the trucks via a subscription that bundles charging and maintenance costs.
The initiation of mass production marks a crucial step for the project, whose future trajectory will hinge upon the pace of manufacturing scale-up, the expansion of the charging infrastructure, and real-world commercial performance data.