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SpaceX’s Starship rocket just breathed fire for the first time (and survived)

SpaceX has successfully fired up a Raptor engine installed on a full-scale Starship rocket for the first time ever. (NASASpaceflight - bocachicagal)

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SpaceX’s Starship rocket is a step closer to flight after the fourth full-scale prototype successfully fired up its high-performance Raptor engine for the first time and survived the ordeal.

By far the biggest technical milestone SpaceX’s Starship program has passed since its creation, the Starship serial number 4 (SN4) prototype’s May 5th static fire was just the latest in a series of rapid-fire tests completed over the last several days. The ship’s journey began back in late March when SpaceX technicians began integrating the first sections of its steel hull. Less than a month later, SpaceX officially completed Starship SN4’s tank and engine section – missing only a nosecone and header tanks – and rolled the rocket to the launch and test pad on April 23rd.

Barely two days later, Starship SN4 entered the testing phase, passing what CEO Elon Musk described as an “ambient pressure test” used to verify the structural integrity of the rocket’s propellant tanks with harmless nitrogen gas. Less than a day after that pressure test was completed, SpaceX kicked off a “cryogenic proof test” with the Starship – the same test that destroyed three full-scale prototypes in the five months prior.

Starship SN4 vents its liquid oxygen and methane tanks during its first static fire test attempt. (SPadre)

In the early morning of April 26th, Starship SN4 thus became the first full-scale prototype to pass (and survive) a cryogenic proof test, in which the ship’s normal liquid oxygen and methane was replaced with similarly frigid but non-explosive liquid nitrogen. According to Musk, SN4 was only pressurized to 4.9 bar (~70 psi), quite a distance away from the ~8.5 bar needed for safe orbital flight but reportedly more than enough to perform a small flight test.

Of course, Starship SN4 would first have to complete a bevy of additional tests – all arguably riskier than the cryogenic proof test it was the first to pass. That second, more challenging phase of testing began six days later on May 2nd.

Starship SN4 fired up its Raptor engine preburners early on May 4th. (NASASpaceflight – bocachicagal)

After some limited fueling effectively marking Starship SN4’s first partial wet dress rehearsal (WDR), SpaceX aborted the first test attempt on May 2nd. On May 3rd, Starship SN4 was successfully loaded with propellant once more and wound up performing what is known as a spin prime test with its lone Raptor engine. Over the course of a few hours, SpaceX then recycled (and rechilled) the ship’s methane propellant and successfully performed a preburner test, igniting two gas generators that spin up Raptor’s turbines and eventually mix in the combustion chamber.

Less than 24 hours later, SpaceX turned Starship SN4 around for the grand finale – an actual Raptor ignition test, also known as a static fire. Per NASASpaceflight’s unofficial livestream of the event, made possible thanks to local resident BocaChicaGal, Starship ignited its Raptor engine – a historic first for the launch vehicle program – at 8:57pm CDT on May 5th (01:57 UTC, May 6). Musk confirmed just a few hours after that the ignition test – lasting about 3 seconds – had been completed successfully.

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Starship SN4 appeared to be almost fully loaded with liquid methane and oxygen before its static fire test. (NASASpaceflight – bocachicagal)
Ignition! Raptor burned for about 3 seconds. (NASASpaceflight – bocachicagal)
Perhaps most importantly, Starship SN4 was still standing after the crucial static fire test. (NASASpaceflight – bocachicagal)

With that crucial milestone now behind it, Starship SN4 – perhaps pending an additional test or two – should effectively be clear to begin preparations for a 150m (500 ft) hop test later this month. Almost entirely contingent upon receiving a Federal Aviation Administration (FAA) launch license, that process could be finished tomorrow or take several days – or even weeks – to complete. Starship already has landing legs installed and wont need a nosecone for such a short and slow hop, but SpaceX may also need to install some kind of attitude control system (likely gas thrusters) before SN4 can safely fly.

Stay tuned for updates as we learn more about when a full-scale SpaceX Starship is scheduled to fly for the first time.

Eric Ralph is Teslarati's senior spaceflight reporter and has been covering the industry in some capacity for almost half a decade, largely spurred in 2016 by a trip to Mexico to watch Elon Musk reveal SpaceX's plans for Mars in person. Aside from spreading interest and excitement about spaceflight far and wide, his primary goal is to cover humanity's ongoing efforts to expand beyond Earth to the Moon, Mars, and elsewhere.

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Tesla produces 100,000th new Model Y in Giga Berlin

The milestone was announced on X.

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Credit: Tesla Manufacturing/X

Tesla has produced its 100,000th new Model Y at Gigafactory Berlin. The milestone was announced by the electric vehicle maker through its official Tesla Manufacturing account on social media platform X. 

New Tesla Model Y milestone

The milestone was announced by Tesla on X, when the company wrote “Today, we built the 100,000th New Model Y at Giga Berlin!” The announcement was accompanied by an image of a new Model Y coming off the line.

The milestone was received warmly by members of the Tesla community, many of whom expressed excitement at the further progress of the new Model Y program at Giga Berlin. The facility, after all, only produces Model Y units, which would make it the perfect site to produce new variants like the Model Y Performance and possibly even the Model Y L, which was recently launched in China. 

New Model Y ramp

As noted in a previous report from electrive, the initial production of the new Model Y started in Giga Berlin around mid-January 2025. Since the new Model Y involved a changeover from the legacy Y to the new variant, the ramp of the new Model Y’s production at the Germany-based facility was likely a gradual process over the past months. 

It would then be no surprise if the next 100,000 new Model Y units would be produced in Giga Berlin in a shorter period. Giga Berlin could become an even bigger factor in Tesla’s global sales, after all, especially if it becomes the site that produces the Model Y Performance and the Model Y L for Europe and other territories. Giga Berlin, if any, seems to be quite busy recently, with aerial videos of the facility showing a fleet of mysteriously covered Model Y units being stored within the complex.

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Tesla set to win big after IRS adjusts EV tax credit rules

“For purposes of sections 25E, 30D, and 45W, a vehicle is ‘acquired’ as of the date a written binding contract is entered into and a payment has been made. A payment includes a nominal down payment or a vehicle trade-in.”

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Credit: Tesla

Tesla is set to potentially come out as a big winner as the IRS has adjusted the rules of the $7,500 EV tax credit slightly.

The $7,500 tax credit for electric vehicles is set to expire on September 30, but the IRS has made a slight adjustment to the terms of the credit that will give consumers a bit more time to buy an EV and receive the discount.

The original terms of the EV tax credit were that delivery of an EV must be completed by September 30. Even if you had made a reservation or put a down payment on an EV, if it did not arrive and take delivery by September 30, the credit would not apply to you.

Tesla is ready with a perfect counter to the end of US EV tax credits

This put some people in quite a tough situation. As wait times for some EVs, especially Tesla Model Y and Model 3 vehicles, continue to be pushed back due to an increase in demand as consumers are trying to take advantage of the credit, some car buyers ordered a car that was not the trim level, paint color, or interior color that they wanted.

However, the IRS has adjusted the terms of the tax credit to enable people to have a bit more time to get the vehicle they want.

Late last week, the agency said that the meaning of “acquired” has been changed, and now, if a consumer has entered a legally binding contract to take delivery of the vehicle, which includes a nominal down payment on the car, they can take delivery after the previous September 30 deadline and still qualify for the credit.

The IRS wrote:

“For purposes of sections 25E, 30D, and 45W, a vehicle is ‘acquired’ as of the date a written binding contract is entered into and a payment has been made. A payment includes a nominal down payment or a vehicle trade-in.”

Tesla could come out as a big winner here because of this. The company is experiencing a lot of demand for its cars because of the tax credit’s expiration, and now that the rule has been adjusted to include orders received by the 30th as long as they’re accompanied by a nominal down payment, some of these high-demand deliveries could leak into Q4.

Q3 is likely going to be a very strong quarter for Tesla, and questions remain about how the company will perform in subsequent quarters since the tax credit is going away. However, this slight adjustment is a big plus for Tesla and other EV makers.

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Tesla Semi factory receives giant production equipment

The massive machine was transported to the Semi factory using two diesel trucks and a triple trailer.

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Credit: @HinrichsZane/X

Tesla seems determined to kick off the production of the Tesla Semi sometime this year at its Nevada factory.

This was hinted at by the arrival of massive production equipment to the Semi’s manufacturing site near Giga Nevada.

New equipment

What appeared to be a massive stamping machine has been transported to the Giga Texas complex. Spotted by longtime drone operator and Tesla Semi advocate @HinrichsZane, the massive contraption is so large and heavy that a single semi truck and trailer were not enough to move it. Instead, the massive machine was shipped to the Semi factory using two diesel trucks and a triple trailer.

The machine was fully covered in the videos from Nevada, but based on its shape and size, it appears that it is a stamping press for the Class 8 all-electric truck. Tesla is a pioneer in the use of Megacasts in the automotive industry, so it makes sense for the company to use a Giga Press for the Semi’s production as well.

Ambitious goals

The Tesla Semi factory is expected to produce a whopping 50,000 units of the Class 8 all-electric truck annually when it is fully ramped. At that output, the facility would be one of the country’s highest-volume plants for semi trailers, electric or otherwise. In a video posted earlier this year, Dan Priestley, who leads the Semi program at Tesla, stated that the company is looking to achieve volume production over the coming quarters.

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This should allow the Tesla Semi factory to mass produce the vehicle by 2026. Tesla CEO Elon Musk reiterated this timeframe recently, when he responded to a post on social media platform X about Microsoft co-founder Bill Gates being bearish about battery electric semi trucks.  “Tesla Semi will be in volume production next year,” Musk said in his post, which also included a laughing emoji. 

Check out the drone operator’s recent footage of the Tesla Semi factory in the video below.

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