Tesla is officially shifting into high gear with its commercial logistics segment. The company recently kicked off high-volume production of the refreshed Semi at its dedicated facility in Sparks, Nevada, aiming to eventually turn out 50,000 electric trucks annually.
As fleet deliveries accelerate following multiple large commercial orders for the redesigned hauler, we are finally getting a detailed look at how the central driving experience operates. Long-time Tesla enthusiast David Moss (@DavidMoss) recently shared a video on X after taking a ride in the vehicle, offering a glimpse into the dual-display interface built specifically for an all-electric class 8 commercial vehicle.
A Dual-Screen Cockpit Layout
Unlike Tesla’s consumer passenger fleet, which centralizes all commands onto a single center display, the redesigned Tesla Semi utilizes two massive screens flanking the driver’s central seating position. The software architecture cleanly splits operational telemetry from secondary functions.
The left display acts as the primary instrument cluster, focusing heavily on trip metrics, vital vehicle system indicators, and mechanical status. It also houses a familiar high-fidelity park visualization on its left side. While Tesla’s latest consumer cars recently received higher-quality Unreal Engine-based park visualizations via the massive Spring 2026 Software Update, the Semi’s version appears to match them in fidelity while being optimized for industrial fleet navigation.
Meanwhile, the right display is reserved largely for non-essential applications. This is where the operator manages navigation mapping, climate adjustments, settings menus, and media streaming apps such as Apple Music and Spotify.
Customized Controls and Vertical Docks
The UI layout features several unique design deviations from a standard Model 3 or Model Y. Instead of running a horizontal application dock along the bottom edge of the glass, the Semi utilizes mirrored vertical docks running down the outside edge of each display.
Because a commercial truck demands rapid access to physical and secondary systems, the docks contain an expanded array of hardware control buttons. These include quick-toggle keys for high-intensity overhead deck lights, digital seat height adjustments, and rapid access to pull up the digital side-mirror camera feeds.
Close look of Tesla Semi Screens in action!
I just got to ride in one pic.twitter.com/cNO2UuAqim
— David Moss (@DavidMoss) May 5, 2026
The software also shifts how it handles climate functions. Standard consumer Teslas group heated side mirrors into the rear window defroster circuit. The Semi, however, features a completely standalone dedicated button for heated mirrors to give truckers independent control over visibility during harsh winter highway hauls.
Building an Industrial Charging Moat
These refined digital controls arrive as Tesla builds out a powerful support system for heavy-duty trucking. With vehicle manufacturing ramping up, the team recently unveiled the “Basecharger,” a 125kW localized solution meant to streamline home depot overnight charging for regional fleets.
For interstate routes, Tesla is actively deploying dedicated industrial megawatt infrastructure, having opened its first public Semi charging station this spring. Our full deep-dive into the refreshed Tesla Semi revealed a highly calculated balance of mechanical hardware revisions and optimized software. By creating a dual-display interface that addresses the day-to-day friction of long-haul trucking, Tesla is showing how it intends to adapt its tech stack to the commercial landscape, setting a new benchmark for fleet ergonomics.
