In a groundbreaking development, Matt, through his YouTube channel Warped Perception, has taken a Tesla Model S P85D and boosted its acceleration by adding jet engines. This modification allowed the car to outperform the Tesla P100D, a newer and technologically superior model. This innovative approach to vehicle modification not only shows the potential to improve performance beyond factory settings, but also opens discussions about the future of automotive technology.
Broken modification
The original Tesla Model S P85D is known for its impressive acceleration, able to reach 96 km/h (60 mph) in just 3.2 seconds, thanks to a dual-motor setup that produces a combined power of 463 hp. However, by incorporating jet engines, Matt has greatly improved this acceleration, challenging even the P100D's capabilities. This test has raised interest in the possibility that such modifications could affect future Tesla models or even the automotive industry as a whole.
Comparative analysis with P100D
Despite the P100D's advances, including a Ludicrous mode designed for optimal acceleration, Matt's modified P85D managed to outperform it in acceleration tests. This achievement not only highlights the effectiveness of jet engine modification, but also raises questions about the potential applications of this technology in enhancing vehicle performance, and perhaps setting new standards for acceleration in electric vehicles.
Implications for future Tesla models
While this modification by Matt is a unique and personal project, it offers interesting prospects for future Tesla vehicles, especially the upcoming Roadster. Tesla's incorporation of propellant-based solutions, similar to MAT's approach, could redefine performance standards in the electric vehicle sector. As the automotive world eagerly awaits the launch of the Tesla Roadster, the question remains: Will Tesla explore similarly innovative solutions to push the boundaries of electric vehicle performance?
The integration of jet engines into a Tesla Model S P85D by Matt not only demonstrates the potential for individual innovation, but also ignites speculation about the future path of electric vehicle technologies. While we stand on the edge of these technological advances, the automotive industry may soon see the emergence of vehicles that blend traditional electric motors with jet propulsion, providing unprecedented levels of performance and efficiency.
