Connect with us

News

SpaceX bumps Starship booster engine count, ramps up Raptor factory

Elon Musk says that Starship's Super Heavy booster will have 29 - not 28 - Raptor engines. (NASASpaceflight - bocachicagal / Elon Musk)

Published

on

SpaceX CEO Elon Musk has confirmed that Starship’s Super Heavy booster will have at least one more engine than expected after hardware spotted at its Boca Chica, Texas factory indicated as much.

Simultaneously, Musk revealed that SpaceX’s Hawthorne, California factory and headquarters is now producing Raptors at a rate that will likely make it the company’s most numerous product (outside of Starlink) in the near future.

Musk says that Super Heavy boosters will “initially” have 29 Raptor engines instead of 28 engines and could even be upgraded to 32 engines down the road. In 2020, the vehicle’s design was updated, dropping from 31 to 28 engines for unknown reasons before SpaceX began work on the first real Super Heavy hardware. Known as BN1 or booster number 1, that rocket was stacked to its full ~70m (~230 ft) height but ultimately turned into a manufacturing pathfinder (i.e. practice) after Super Heavy’s design changed once again.

Who or what has been causing those seemingly endless design changes is unclear but SpaceX is finally at a point where any more major changes will explicitly delay plans for Starship’s inaugural spaceflight – deemed an “orbital test flight” by the company. It remains to be seen if SpaceX will actually attempt to recover the first booster(s) after those initial quasi-orbital test flights but we now have a better idea of what those Super Heavies might look like.

Namely, Musk seems to indicate that even the very first flightworthy prototypes will be outfitted with a full complement of Raptors – seemingly nipping in the bud the possibility of a booster debuting with the fewest possible engines. In the case of the first few initial orbital launch, that means that SpaceX is happy to risk losing 32-35 engines for every single attempt.

Advertisement

That could imply several things. SpaceX might be extremely confident that early boosters will be recovered. It could have zero faith in the reusability of early flown Raptors, meaning that they’re functionally expendable regardless of the outcome. SpaceX could have also reduced the cost and increased the speed of production to the point that expending dozens of Raptors isn’t a major issue – though ~32 Raptors would cost $8 million even if SpaceX has already hit Musk’s long-term “<$250k” per-engine target.

However, Musk also says that SpaceX has ramped up Raptor production to the point that it’s almost completing one engine every 48 hours – equating to around 180 Raptors per year or a maximum cadence of one expendable three-engine Starship and 29-engine booster launch every nine weeks. At that run rate, Raptor has likely beat out Falcon’s venerable Merlin to become SpaceX’s most-produced rocket engine.

According to NASASpaceflight, SpaceX has already begun work on Raptors with serial numbers in the 150s. Two new Raptor test stands in work at its McGregor development facilities will also reportedly enable an average of one engine qualification every day – enough testing capacity to outfit 6 boosters and 30 Starships (~365 Raptors) per year. In short, SpaceX is well on its way to having the ability to manufacture and power a truly vast fleet of Starships and Super Heavy boosters.

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.

Comments

News

Starlink executives meet with India’s Commerce Minister

Published

on

starlink-india-launch-minister-commerce
(Credit: Starlink)

Starlink is advancing its India entry plans, with senior executives meeting Commerce Minister Piyush Goyal.

Starlink senior executives and Minister Goyal discussed investments and partnerships in India. The talks are pivotal for Starlink’s entry into the Indian market. Starlink’s delegation, including Vice President Chad Gibbs and Senior Director Ryan Goodnight, met Goyal on Wednesday.

“Discussions covered Starlink’s cutting-edge technology platform, their existing partnerships & future investment plans in India,” Goyal posted on X.

The meeting with Starlink executives marked the first official engagement with an Indian Minister and underscores SpaceX’s commitment to the region, reported ET. As of this writing, Starlink has not announced future meetings with Communications Minister Jyotiraditya Scindia.

Advertisement

SpaceX has already started preparing to bring its satellite internet service to the Indian market. The aerospace company has secured deals with India’s top wireless carriers, Bharti Airtel and Jio Platforms, to distribute Starlink equipment and services through their outlets.

Bharti Airtel announced its partnership with Starlink first, followed by Jio Platforms. Both wireless carriers aim to leverage Starlink’s technology to expand internet access in India and their customer base. SpaceX is also in discussions with Vodafone Idea Ltd.

“We are in exploratory talks with various Satcom providers, including Starlink,” commented Vodafone.  

These partnerships position Starlink to tap India’s vast telecom market, with potential for further collaboration. Despite these strides, Starlink still awaits regulatory approval to operate in India.

As of November 2024, the company must fully comply with the government’s security regulations, particularly on data storage, to secure its license. The pending approval highlights the complexities of entering India’s tightly regulated telecom sector, where compliance is critical.

Advertisement

Starlink’s push into India aligns with its global expansion strategy, leveraging its satellite constellation to deliver high-speed internet to underserved regions. The partnerships with Bharti Airtel and Jio Platforms, combined with ongoing talks with Vodafone Idea, signal strong local support for SpaceX’s technology.

However, regulatory hurdles remain a key challenge. As Starlink navigates India’s security requirements, its investments and carrier tie-ups could reshape the nation’s internet landscape, offering a new era of connectivity if approval is granted.

Continue Reading

Elon Musk

Tesla confirms rollout of critical feature, but Cybertruck misses out

Tesla’s S3XY lineup will get the Adaptive Headlights, but Cybertruck will not.

Published

on

Credit: @jojje167 on X

Tesla has confirmed the rollout of a new, critical feature that is coming to the United States for the first time.

However, the Cybertruck will unfortunately miss out on it.

Tesla has a distinct advantage among many automakers as their Over-the-Air updates make their vehicles better over time. While many automakers have the ability to roll out new features through these updates, Tesla has been shown to be one of the companies that can truly make things significantly better with their cars.

A new feature coming to the United States and now rolling out is Adaptive Headlights. This feature will be applied to Model S, Model 3, Model X, and Model Y vehicles with the proper hardware.

Adaptive Headlights are different than your typical auto highbeams in the way that they can dim certain pixels of the bulb to keep visibility for the Tesla driver high, while eliminating glare for those who are in oncoming cars:

For the first time, Tesla is rolling out the feature to these vehicles in the United States. European Tesla owners were able to use the function several months back, but it was pending approval in the U.S.

At first, Tesla VP of Vehicle Engineering, Lars Moravy, said that the Cybertruck would have this feature. However, in late February, he confirmed that he was incorrect and the all-electric pickup will not have the ability to get Adaptive Headlights, as the company could not fit the correct hardware in the Cybertruck’s module:

The feature certainly makes visibility better for everyone on the road and will improve overall safety while eliminating the pesky and annoying feeling of being blinded by high beams.

The Adaptive Headlight feature for Tesla is part of the company’s Spring Update for 2025.

Continue Reading

Elon Musk

Tesla Model 3 wins ‘most economical EV to own’ title in new study

The Tesla Model 3 has captured another crown in a recent study showing the most cost-effective EVs

Published

on

tesla model 3 driving on a wet road
(Credit: Tesla)

The Tesla Model 3 recently captured the title of “most economical electric vehicle to own” in a new study performed by research firm Zutobi.

Perhaps one of the biggest and most popular reasons people are switching to EVs is the cost savings. Combining home charging, lower maintenance costs, and tax credits has all enabled consumers to consider EVs as a way to save money on their daily drivers. However, there are some EVs that are more efficient and cost-effective than others.

Tesla police fleet saves nearly half a million in upkeep and repair costs

Zutobi‘s new study shows that EV cost-effectiveness comes at different levels. For example, some cars are simply better than others on a cost-per-mile basis. The study used a simple process to determine which EVs are more cost-effective than others by showing how much it would cost to drive 100 miles.

National averages for energy rates have been used to calculate the cost as they widely vary from state to state.

The Rear-Wheel Drive Tesla Model 3 was listed as the most economical vehicle in the study:

“The standard Tesla Model 3 is the most economical electric vehicle to drive in 2025. With a usable battery capacity of 57.5 kWh and a real-world range of 260 miles, it costs just $3.60 to drive 100 miles. That translates to an impressive 2,781 miles per $100 of electricity—making it the most efficient choice for EV owners nationwide.”

It had an estimated cost of just $3.60 to drive 100 miles.

The Tesla Model 3 Long Range All-Wheel Drive was second, the study showed:

“Next is the Long Range version of the Model 3, which offers extended range and dual-motor all-wheel drive. With a larger 75 kWh battery and 325 miles of range, the cost to drive 100 miles is slightly higher at $3.75, still equating to a strong 2,665 miles per $100.”

This version of the Model 3 had a price of just $3.75 to drive 100 miles.

In third, the BMW i4 eDrive35 surprised us with a cost of just $4.12 to drive 100 miles:

“Rounding out the top three is the BMW i4 eDrive35, with a 67.1 kWh battery and a real-world range of 265 miles. Drivers can expect to pay $4.12 per 100 miles, which still allows for 2,429 miles per $100—a solid choice for those seeking luxury and efficiency.”

Several other Teslas made the list as well. The Model 3 Performance ($4.34 per 100 miles) was sixth and tied with the Volkswagen ID.3 Pure, the Tesla Model S Long Range ($4.35 per 100 miles) was 8th, and the Tesla Model Y Long Range was ninth ($4.36 per 100 miles).

Continue Reading

Trending