Elon Musk: It Turns Out the Future Does Have Flying Cars
Tesla CEO Elon Musk stated that it turns out the future does indeed have flying cars, as Tesla officially unveiled the new flying Roadster.
The vehicle was demonstrated at an event in Texas, utilizing cold air thrusters for brief takeoffs, flips, and jumps over other Tesla models, while also using an adhesion system to drive on inverted ramps. During the demonstration, the vehicle accelerated to 60 miles per hour in about 0.81 seconds.
Musk indicated that production will start in 2028, with the vehicle offered in three configurations: Performance, Thrust, and Rocket, with the Thrust and Rocket versions equipped with thrusters for faster acceleration and attitude control. The Rocket version is a single-seater with a top speed exceeding 230 miles per hour.
This project has faced multiple delays since its announcement in 2017, originally planned for mass production in 2020. Musk previously positioned it as the last Tesla vehicle for human driving, as the company shifts production capacity towards the Optimus robot.
The event showcased the collaborative results of Tesla and SpaceX engineers, with Musk claiming it surpasses any James Bond car, stating he has not seen any similar products in movies.
From a market perspective, the event-driven dynamics stem from the formal demonstration and flying capability after long delays, with funds flowing towards reservation holders and high-end configuration buyers. Tesla benefits from brand attention and a strengthened technological image, while traditional supercar and electric vehicle manufacturers face pressure from heightened performance expectations, although mass production timelines, specific pricing, and road legality remain to be confirmed.
Additional information indicates that a refundable deposit of $5,000 is required to reserve, with an additional $45,000 to be paid within 10 days, though specific model prices have not yet been announced.
Source: Public Information
ABAB AI Insight
Since Elon Musk first showcased the next-generation Roadster concept in 2017, the timeline has been adjusted multiple times, delaying mass production from the original 2020 to 2028. During this period, Tesla ended production of the Model S and X and redirected resources towards robotics and autonomous driving; SpaceX's cold air propulsion technology was integrated into this demonstration, enabling brief takeoffs and flips.
In terms of capital pathways, Tesla is investing cross-company engineering resources into the integration of thrusters and adhesion systems, locking in some cash flow through the reservation deposit mechanism. The motivation is to strengthen the technological narrative with high-visibility demonstrations while positioning the Roadster as the concluding product of the human driving era rather than a core revenue source.
In comparison, this is similar to concept vehicles or experimental projects that have been showcased after multiple delays, such as some electric supercars or early flying car prototypes. Tesla is currently transitioning from purely electric vehicles to robotics and autonomous systems, with flying capability presented as a demonstration of engineering integration rather than a feature for mass production.
The structural judgment indicates a technological substitution: cold air propulsion shifts part of traditional ground acceleration to aerospace-derived systems, with the mechanism being cross-organizational technology reuse that lowers specific performance boundaries, allowing the definition of "car" to expand to brief flight. Pricing power and attention are shifting from traditional supercar manufacturers to integrators with aerospace capabilities.
ABAB News · Cognitive Law
- After a nine-year delay, flying capability is realized through a single demonstration.
- The concluding vehicle for human driving, integrated with rocket thrusters.
- The future has flying cars, but mass production will still wait until 2028.