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Next-gen Tesla Roadster’s insane top speed sprint imagined in concept video

(Credit: Jordi Pau/Instagram)

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The next-generation Tesla Roadster may be dubbed by Elon Musk as the “dessert” to the company’s main course of EV offerings, but the all-electric supercar is still one of the most captivating vehicles that are poised to come out of the Silicon Valley based carmaker. With its insane performance and specs, the next generation Tesla Roadster is expected, as Musk noted during the vehicle’s unveiling, to be a hardcore smackdown to gasoline cars. 

The next generation Roadster is capable of going from 0-60 mph in 1.9 seconds, and that’s just the base version of the vehicle. With its SpaceX Package, which utilizes cold gas thrusters similar to those used in the Falcon 9 rocket, estimates indicate that the Roadster could hit 60 mph in just 1.1 seconds. From there, it will be a straight sprint to a top speed of over 250 mph, as indicated by the CEO during the supercar’s unveiling back in late 2017. 

The next generation Roadster has captured the imagination of the electric vehicle community, and this could be seen in the number of fan renders of the vehicle that has been posted to date. However, most of these concept videos and images focused largely on the supercar’s 0-60 mph launch. Renders and concept videos simulating a top speed run are still pretty rare. That is, of course, until now. 

Concept artist Jordi Pau, who creates CGI automotive projects on his Instagram and YouTube channel, came up with such a video. For his next generation Tesla Roadster project, Pau opted to simulate a top speed run, or at least a 0-400 km/h (0-249 mph) sprint, for the all electric supercar. The result is a visually stunning and almost surreal video that features a sleek, futuristic car seemingly entering warp speed as it hit the 400 km/h mark in 19.88 seconds. 

If the production Roadster’s 0-400 km/h performance is anywhere close to the vehicle depicted in Pau’s concept video, it could place the all electric supercar among the best cars that attempt 0-400 km/h top speed runs. Only the most extreme production vehicles in the auto industry attempt such feats, such as the Bugatti Chiron and the Koenigsegg Agera RS and Regera. Some of the most impressive 0-400 km/h runs so far have been achieved by the Chiron at 32.6 seconds, the Agera RS at 26.88 seconds, and the Regera at 22.87 seconds. 

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What is quite interesting is that the new Roadster’s production specs will be even more extreme than that of the vehicle’s already insane prototype. This was highlighted by Tesla Chief of Design Franz von Holzhausen during an appearance at the Ride the Lightning podcast. According to von Holzhausen, the Roadster’s production version will exceed the capabilities of the existing prototype “in every way.” That’s a strong statement considering that the next gen Roadster prototype was already frighteningly quick, and it all but increases the excitement for a vehicle that is designed to completely dominate gas cars in every relevant metric, full stop. 

Watch a concept video of the next gen Roadster’s 0-400 km/h run below.  

Simon is an experienced automotive reporter with a passion for electric cars and clean energy. Fascinated by the world envisioned by Elon Musk, he hopes to make it to Mars (at least as a tourist) someday. For stories or tips--or even to just say a simple hello--send a message to his email, simon@teslarati.com or his handle on X, @ResidentSponge.

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Tesla Cybercab almost looks production ready in new photos

Tesla’s AI team recently posted an image of the Cybercab going Animal Style at an In-and-Out drive-through.

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Credit: Tesla AI/X

Tesla’s AI team recently posted an image of the Cybercab going Animal Style at an In-and-Out drive-through. But while the Cybercab’s passengers were quite funny, the photos themselves suggest that some of the Cybercab’s components may already be production-ready.

Cybercab goes Animal Style

Seemingly as a fun Halloween post, the Tesla AI team shared a photo of a Cybercab, complete with passengers who were in costume, at an In-and-Out drive through. Based on the photos that were shared on X, it appeared that the Cybrcab was being accompanied by a Tesla Model Y Premium. The Tesla AI team shared a lighthearted caption to the image, writing “Animal Style,” a reference to a popular secret menu item for the fast food chain.

In a way, the Tesla AI team’s Halloween post was a lighthearted reference to the popularity of In-and-Out among Tesla owners. This is partly because of the Tesla Supercharger network, which has numerous locations that are close to In-and-Out sites. Elon Musk has also jokingly confirmed in the past that driving prototype Teslas through an In-and-Out is a tradition and a fun milestone marker.

Apparent production-ready Cybercab sections

While the Tesla AI team’s photos provided some lighthearted fun to the EV community, some industry watchers pointed out that the Cybercab in the photos looked production ready, or at least some parts of it seem to be. This is especially noticeable in the Cybercab’s front end, which looks very refined and well-built. 

The front end of the Cybercab on the In-and-Out photo even had a license plate mount, and previous sightings revealed that the door of the vehicle had been updated since it was unveiled last year.

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With this in mind, speculations are abounding that the Cybercab might indeed be ready for initial production soon. The installation of production equipment in Giga Texas has been ongoing for several months now, and tests of the Cybercab in both the Giga Texas complex and on public roads have also ramped. 

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Investor's Corner

Michael Dell points out practical advantage of Elon Musk’s proposed pay package

As pointed out by the Dell Technologies CEO, Musk will only be rewarded if he delivers extraordinary value to shareholders

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Michael Dell points out practical advantage of Elon Musk’s proposed pay package

Michael Dell has weighed in on Elon Musk’s controversial 2025 CEO Performance Award, offering a grounded perspective amidst the noise surrounding the pay package today.

As pointed out by the Dell Technologies CEO, Musk will only be rewarded if he delivers extraordinary value to shareholders. Musk would quite literally receive no compensation if he fails to achieve his targets.

Dell emphasizes results over rhetoric

Dell shared his thoughts about Musk’s 2025 CEO Performance Award in a post on X.“Vote FOR Elon Musk. The award is only achieved IF he hits exceptionally ambitious market-cap and operational milestones—if he falls short, he gets nothing,” Dell wrote in his post. 

“If he succeeds, shareholders will win big through unprecedented value creation, and he will earn added voting rights to continue driving Tesla’s long-term vision.”

Musk replied with a short “Thanks Michael,” acknowledging Dell’s support. Dell’s framing cuts through the debate surrounding Musk’s compensation, as he simply focused on the incentive structure’s risk-reward balance.

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Musk’s ambitious pay package

Elon Musk’s 2025 CEO Performance Award requires Tesla’s market capitalization to rise from roughly $1.1 trillion today to $8.5 trillion within a decade. This would make Tesla more valuable than any company in history.

Apart from this, Tesla’s operating profit must also grow from $17 billion to $400 billion annually. Musk must also lead the company to several product-related milestones, such as 20 million cumulative vehicle deliveries, 10 million Full Self-Driving subscriptions, 1 million Tesla Bots, and 1 million operating Robotaxis.

So far, proxy advisors Glass Lewis and ISS have urged shareholders to vote against the plan. Some prominent investors, including ARK Invest CEO Cathie Wood, however, have voiced strong support for the plan. Wood called Musk “the most productive human being on earth,” arguing that his vision and ability to attract talent are central to Tesla’s success.

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Starlink V3 satellites could enable SpaceX’s orbital computing plans: Musk

Musk’s remarks come as companies explore how orbital infrastructure could solve the Earth-bound energy and cooling challenges that come with hyperscale AI computing.

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(Credit: SpaceX)

As artificial intelligence fuels surging demand for computing power, Elon Musk has hinted that SpaceX may use its Starlink V3 satellites to develop space-based data centers. 

Musk’s remarks come as companies explore how orbital infrastructure could solve the Earth-bound energy and cooling challenges that come with hyperscale AI computing.

SpaceX could lead the race to orbit-based computing

After Ars Technica published a report on autonomous space construction, Musk replied on X: “Simply scaling up Starlink V3 satellites, which have high speed laser links would work. SpaceX will be doing this.” 

SpaceX’s Starlink V3 platform is capable of up to 1 terabit per second (Tbps) throughput, so it could potentially form the foundation for orbital computing clusters powered by solar energy. 

Proponents have noted that such data centers could eliminate the massive land, water, and power footprints of traditional facilities on Earth. Critics, however, have question the economics and complexity of maintaining large-scale data systems in orbit.

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Elon Musk, for his part, recently reiterated on X that this particular idea is a very big deal. 

SpaceX’s track record is substantial

Despite the reservations for such a radical idea, SpaceX’s track record is pretty much bulletproof at this point. The company’s Starlink network, once deemed as unrealistic by critics, now delivers broadband to millions worldwide while turning a profit. Its Falcon 9 rockets, which are capable of landing on land or on a drone in the middle of the ocean, are also among the world’s most reliable. 

With this track record in mind, it would seem that Elon Musk’s idea of using Starlink satellites as the building blocks for a space-based data center might not be too farfetched at all.

Interest in space-based data storage and processing has intensified in recent months, Ars noted. Former Google CEO Eric Schmidt reportedly acquired Relativity Space with an eye on orbital data infrastructure, while Jeff Bezos recently predicted gigawatt-scale data centers will operate in space within two decades.

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