Tesla Video Offers Rare Glimpse of Cybertruck's Revised Curved Windshield Design

A YouTube video posted by Tesla on September 17, 2021, provided the clearest look yet at the Cybertruck's revised windshield design. The footage showed a production-direction windshield that had clearly moved away from the massive flat-pane glass featured on the original 2019 prototype.

When Elon Musk unveiled the Cybertruck prototype in November 2019—the same event where a side window famously cracked during a demonstration—the vehicle's windshield was a single large flat pane, consistent with the truck's deliberately angular, faceted steel body. Engineers later acknowledged that the flat geometry, while visually dramatic, posed aerodynamic, wiper, and optical challenges. The September 2021 video appeared to show a production-intent windshield with at least some curvature, though Tesla provided no official specifications.

A separate Tesla patent application that attracted attention in August 2021 hinted at an origami-style folding windshield structure, but the vehicle shown in the September video appeared to use a more conventional curved design. The footage also showed the massive single-blade wiper arm needed to cover the Cybertruck's wide windshield span.

From an aftermarket perspective, the Cybertruck's windshield represents one of the more unusual replacement challenges anticipated in the coming years. Whatever its final curvature profile, the glass is substantially larger than a conventional truck windshield. The vehicle also incorporates a forward-facing camera suite mounted near the rearview mirror position that, like all Tesla Autopilot-capable vehicles, will require recalibration after any windshield removal.

As of September 2021, Tesla had not publicly partnered with a specific glass supplier for Cybertruck production, and it was unclear whether OEM-grade replacement glass would be available through conventional auto glass distribution channels at launch. Shops anticipating Cybertruck service work should monitor Tesla's parts and repair program announcements as the truck moved toward production.

The glimpse of the revised Cybertruck glass design illustrated a broader trend: as automakers push unconventional body geometries, they are also pushing unconventional glass geometries that fall outside the standard part-number libraries used by the aftermarket. Shops that invest in OEM tooling relationships and calibration equipment are better positioned to handle the outlier vehicles that define each new model generation.