The article discusses Tesla CEO Elon Musk's presentation of the new Tesla Roadster 'Rocket,' which he claims can fly. The vehicle features over 1500 horsepower and uses ten jet thrusters and ultrahigh-pressure air tanks developed in collaboration with SpaceX. These technologies allow the car to perform aerial maneuvers such as jumps, flips, and driving upside down on ramps. However, experts note that the vehicle is not currently licensed for public road use and its flight capabilities are limited to short hops rather than sustained flight. The article highlights Musk's claims about the car's performance, including acceleration and grip, but emphasizes that the flying version is not available for general sale.
Tesla unveiled a flying version of its Roadster electric sports car during a presentation at a SpaceX test site in Texas, showcasing the vehicle’s ability to perform aerial maneuvers using cold gas thrusters developed for spaceflight. The demonstration took place at 7:55 p.m. local time on Thursday at the SpaceX facility in McGregor, Texas, where the car executed a loop over a ramp, hovered briefly above the ground, and performed a 360-degree sideways roll while flying over parked Tesla vehicles, including a Cybertruck and a 4-meter-high semi-truck. The second generation of the Roadster is scheduled to enter production in 2028, according to Tesla. However, the flying variant, referred to as the "Rocket" edition, will not be street-legal and will only be available through special invitation. The reservation deposit for this version is set at $250,000, though the final purchase price has yet to be disclosed. During the event, Tesla CEO Elon Musk emphasized the need for live audiences, stating that without them, the performance might have been attributed to computer-generated imagery or AI-generated footage. The car used a suction system to stay attached to the ramp during a head-over-heels stunt, with powerful electric fans creating a vacuum effect beneath the vehicle. This system allowed the Roadster to remain adhered to the surface even when inverted. The flying capabilities of the Roadster were demonstrated further when the car approached several parked Tesla models, activated its cold gas thrusters, and lifted into the air before performing a mid-air maneuver and landing safely. The thrusters generate rapid bursts of thrust, similar to those used in actual SpaceX rockets, enabling the car to execute complex aerial rotations. When the thrusters were directed rearward, the Roadster accelerated from zero to 60 miles per hour (approximately 96.6 kilometers per hour) in just 0.81 seconds. When oriented opposite to the direction of travel, the car could decelerate almost instantly. The second-generation Roadster, which will go into production in 2028, will include a suction system for road adhesion, a feature that has already been demonstrated by other manufacturers. The standard "Performance" version of the Roadster, without the additional thrusters, requires a reservation deposit of $50,000. Musk, who also leads SpaceX, has long been speculated to be integrating technologies from both companies. He has shifted Tesla’s focus toward autonomous driving and humanoid robots, suggesting that the Roadster would be the last Tesla model driven manually. However, some competitors and experts have expressed doubts about the reliability of Tesla’s autonomous driving solution, noting that Musk insists solely on using cameras as sensors instead of more expensive laser radars that scan the environment. Musk originally introduced the Roadster prototype in 2017 and had previously announced plans for production starting in 2020. The delay in production has raised questions about the feasibility of the project, although Musk remains confident about the future of the vehicle. The flying variant of the Roadster, known as the "Rocket," will not be approved for public road use and may not be available in all regions. The exact number of such vehicles Tesla intends to produce remains unclear. The event marked one of the most impressive presentations of a new automobile model ever witnessed, drawing widespread attention and speculation about the future of automotive technology and the integration of aerospace innovations into consumer vehicles.
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The article discusses Tesla CEO Elon Musk's presentation of the new Tesla Roadster 'Rocket,' which he claims can fly. The vehicle features over 1500 horsepower and uses ten jet thrusters and ultrahigh-pressure air tanks developed in collaboration with SpaceX. These technologies allow the car to perform aerial maneuvers such as jumps, flips, and driving upside down on ramps. However, experts note that the vehicle is not currently licensed for public road use and its flight capabilities are limited to short hops rather than sustained flight. The article highlights Musk's claims about the car's performance, including acceleration and grip, but emphasizes that the flying version is not available for general sale.
Bias read (Center): The article focuses on technological innovation and does not involve political figures, policies, or contentious issues. It provides factual information about the Tesla Roadster's features and capabilities without taking a stance or showing bias.
Tesla has announced a new variant of its Roadster called the 'Rocket,' which will feature jet propulsion and be available by invitation only starting in 2028. The Rocket version requires a reservation fee of approximately 236,000 Swiss francs. This model represents a significant technological advancement for Tesla, combining electric vehicle innovation with aerospace features. The production timeline and exclusivity suggest this is a high-end, limited-market product aimed at affluent consumers. No details were provided regarding performance specifications or availability beyond the initial reservation phase.
Bias read (Center): The article discusses a new technology product from Tesla, focusing on technical specifications and market strategy. There is no mention of political figures, policies, or contentious issues. The content is purely about a technological innovation and does not exhibit any ideological framing or bias.
Tesla has unveiled a new sports car model known as the Roadster, which features rocket thrusters capable of enabling short-distance flight. This innovation marks a significant step in the development of flying vehicles and highlights Tesla's ongoing efforts to push the boundaries of automotive technology. The vehicle combines traditional road capabilities with limited aerial mobility, offering a glimpse into future transportation possibilities. While details about performance, safety measures, and regulatory approvals remain unclear, the announcement has generated considerable interest among tech enthusiasts and industry observers.
Bias read (Center): The article focuses on a technological advancement by Tesla and does not involve any political figures, policies, or contentious issues. It provides factual information about a product launch without apparent bias or ideological framing.
Tesla unveiled a new version of its Roadster electric vehicle at a facility in Texas, featuring rocket-like thrusters that allow it to perform aerial maneuvers such as loops and sideways flips. The second generation of the Roadster is expected to go into production in 2028. However, the flight-capable 'Rocket' variant will not be available for public transportation use.
Bias read (Center): The article discusses a technological innovation by Tesla and does not involve any political controversy, debate, or policy implications. It focuses purely on the technical features and future plans of a product, without any framing that suggests bias toward or against any political entity or stance
Tesla unveiled a new version of its Roadster electric vehicle at a facility in Texas, featuring rocket-like thrusters that allow it to perform aerial maneuvers such as loops and sideways flips. The second generation of the Roadster is expected to go into production in 2028. However, the flight-capable 'Rocket' variant will not be permitted for use on public roads.
Bias read (Center): The article discusses a technological innovation by Tesla and does not involve political figures, policies, or contentious issues. It focuses purely on the technical features and future plans of a product, making it apolitical in nature.
The new Tesla Roadster was unveiled during a show in Texas by Elon Musk, featuring cold gas thrusters. The futuristic sports car is scheduled to begin production in 2028. The presentation highlighted the vehicle's advanced technology and design, showcasing Tesla's innovation in electric vehicles. Musk demonstrated the prototype, emphasizing its unique features and potential impact on the automotive industry. The event attracted significant attention, underscoring Tesla's ongoing efforts to push the boundaries of electric vehicle development.
Bias read (Center): The article focuses on the unveiling of a new Tesla Roadster, highlighting technological advancements and future production plans. There is no political framing, bias, or mention of political figures, policies, or controversies. The content remains centered on technological innovation and product展示.
Tesla has unveiled a sports car concept featuring rocket thrusters, allowing for short-distance flight capabilities. The vehicle combines elements of traditional sports cars with innovative propulsion technology designed for brief aerial maneuvers. This development highlights Tesla's ongoing exploration into advanced mobility solutions beyond conventional road vehicles. While the project remains conceptual at this stage, it signals potential future directions in automotive engineering and personal transportation.
Bias read (Center): The article discusses a technological innovation by Tesla without any political commentary or framing. It focuses purely on the technical aspects of the sports car concept and does not involve political figures, policies, or contentious issues.
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