Tesla Chief Engineer Wes Morrill: Cybertruck is the Only Reliable Bulletproof Vehicle
The Tesla Cybertruck demonstrated its ballistic resistance in a series of comparative tests. Various firearms, including the Tommy Gun, Glock pistol, MP5-SD submachine gun, and shotgun, failed to penetrate the vehicle's steel body, while the Dodge Ram in the comparison test was penetrated by bullets from one side of the door to the other. Based on this, Cybertruck Chief Engineer Wes Morrill made a clear judgment: ordinary vehicles cannot provide reliable protection, and the Cybertruck is one of the few mass-produced vehicles with actual protective capabilities.
This test has sparked discussions on English social media and automotive technology communities, focusing on the exoskeleton structure used in the Cybertruck. Several automotive media outlets previously reported that this material is close to ultra-high-strength cold-rolled stainless steel, differing from traditional thin sheet metal structures. Its design intention includes not only durability but also a degree of impact resistance. However, some safety experts pointed out that a vehicle's "bulletproof" effectiveness highly depends on the type of ammunition, distance, and shooting angle, suggesting that the aforementioned test is more about showcasing material properties rather than standardized protective certification.
Source: Public Information
ABAB AI Insight
This type of testing is essentially a combination of "material engineering + brand narrative," rather than a traditional safety assessment. The Cybertruck's exoskeleton structure integrates load-bearing and shell functions, representing a leap in structural design within the automotive industry. Traditional automakers rely on a "frame + body panels" approach, emphasizing energy absorption and repairability; whereas Tesla prioritizes "rigidity and durability," sacrificing some repairability for performance demonstration in extreme scenarios.
At a deeper level, this reflects a shift in automotive product logic. In the past, automotive safety emphasized "energy management in accidents" (crash tests, airbags, etc.), while the Cybertruck introduces a narrative of "external threat defense" through ballistic testing, which is closer to the value dimensions of military or special vehicles. This narrative may not necessarily correspond to real-world usage scenarios, but it creates strong differentiation in market communication, reshaping consumer perceptions of "safety."
From an industry perspective, this reflects Tesla's consistent strategy: driving brand premium through engineering extreme cases. Whether it’s acceleration performance, autonomous driving, or ballistic resistance, the essence is to establish psychological anchors through "performance beyond everyday needs." This strategy is less common in traditional automaker systems, which emphasize standardization and verifiability over extreme demonstrations.
In a longer-term view, such design choices also suggest that vehicles are evolving from "transportation tools" to "multi-functional mobile terminals." As products begin to incorporate safety, protection, and even quasi-military attributes, their boundaries become increasingly blurred, affecting regulatory classifications and supply chain structures. For instance, materials, manufacturing processes, and certification systems will adjust accordingly. This is not just a difference in a single model, but an expansion at the product definition level.