2027 Chevrolet Silverado Pairs 60-Plus Screen Inches With Physical Controls

The redesigned 2027 Chevrolet Silverado presents an apparent human-factors contradiction: more than 60 inches of available display space, paired with General Motors’ claim that the interface is intended to limit distraction and menu hunting. GM’s approach is to keep common adjustments on physical controls, constrain interruptions and let drivers configure how information appears rather than forcing every function through one touchscreen.

The total counts all available displays across the instrument panel, including a screen for the front-seat passenger. Some trim levels omit that passenger display, so not every Silverado has the full installation. The related 2027 GMC Sierra 1500 uses the same broad interface strategy as both redesigned pickups begin reaching customers, although the Sierra alone offers a center screen that pivots to reveal concealed storage.

Screen area by itself says little about driver workload. The relevant questions are where information appears, how densely it is presented and how many visual and manual steps a driver needs to complete an ordinary task. Volume, climate settings and other frequently used functions retain hard buttons or switches in the new trucks. Those fixed controls can be located by position and tactile feedback, avoiding the changing layers of a software menu.

A simulator study of 130 experienced drivers helps explain why the division of functions matters. Researchers assessed steering-wheel buttons, touchscreens and voice controls with the standardized ISO 26022 lane-change task while varying 51 interface-design features. The results indicated that distraction depends on both task complexity and the quality of the interface, not simply whether a control is digital or physical.

That study found physical controls particularly suitable for simple, time-critical functions, provided they were distinguishable by position, shape and feedback. Touchscreens were better suited to functions that did not demand an immediate response, with large, separated targets and few required steps improving usability. Voice control produced the lowest overall distraction for more complex tasks, but only when recognition was reliable and interactions remained brief.

GM’s allocation broadly follows that task-based logic. The customizable center display manages navigation, media, smartphone connectivity and vehicle settings. Google Maps is integrated, while gasoline-powered trucks support Apple CarPlay and Android Auto. An incoming call is reduced to a small icon instead of taking over the screen as it does in current trucks, limiting one form of visual interruption.

The instrument cluster offers five views, including layouts for trailering, off-road operation and Super Cruise. In the Super Cruise view, the display can depict nearby vehicles and show the system’s logic for an automatic lane change. The driver-assistance system also gains single-button activation on the steering wheel. A head-up display places critical information closer to the driver’s forward line of sight.

GM human-interface design chief Sebastian Bauer said the development team assessed each menu, icon and interaction by asking, “Does this actually help the driver in that moment?” He also said the objective was not merely to add screen area but to remove from the screens anything that did not need to be there. The restrained call notification, physical climate and volume controls, and selectable driving-specific views are concrete expressions of that philosophy.

Federal guidance provides a useful benchmark for the claim, though not a verdict on this truck. The National Highway Traffic Safety Administration’s voluntary guidelines recommend that visual-manual tasks be designed around glances away from the roadway of no more than two seconds at a time and no more than 12 seconds cumulatively. They also recommend placing active displays as close as practical to the forward line of sight and making tasks interruptible by the driver.

Independent research supports retaining dedicated controls but cannot yet validate GM’s complete design. A 2026 review of 73 studies found that touchscreens generally performed worse than physical or voice controls on measures involving visual attention, driving performance and secondary tasks, with results varying by task. Only 12 reviewed papers examined screens of at least 12 inches, leaving a limited evidence base for the expansive displays now appearing in new vehicles.

The Silverado therefore reaches customers with a plausible interface strategy, not a demonstrated distraction advantage. Its success will depend less on the advertised 60-plus inches than on whether routine actions can be completed with short glances, predictable locations and minimal steps during real driving.

By Thomas Caldwell — AMI’s senior editor for mechanical and mobility engineering, covering vehicle electronics, systems integration, electrification, chassis systems, propulsion, and safety policy.