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SpaceX surprises after recovering spacecraft 'trunk' in one piece
In a surprise twist, SpaceX has recovered an expendable ‘trunk’ that launched with Crew Dragon on its January 19th In-Flight Abort (IFA) test, in which the spacecraft successfully escaped from an exploding Falcon 9 rocket.
While recovering pieces of Dragon’s disposable trunk would not have been shocking, SpaceX has returned this particular Crew Dragon trunk to shore in a condition that can only be described as unscathed. The surprise came first on the evening of January 19th, when two separate SpaceX ships returned to Port Canaveral — first and foremost bringing Crew Dragon capsule C205 back to dry land for inspection and possible reuse. However, a separate ship – GO Navigator – followed the ship carrying Crew Dragon not long after, revealing a shockingly intact Dragon trunk on its deck.
At 10:30 am EST (15:30 UTC) on January 19th, Falcon 9 booster B1046, an expendable upper stage, and the newest Crew Dragon spacecraft lifted off from Kennedy Space Center (KSC) Launch Complex 39A (Pad 39A) on the spacecraft’s second-ever integrated launch. Designed to push Crew Dragon’s abort systems to their limits, the spacecraft ignited its SuperDraco thrusters around 85 seconds after liftoff, soaring away from a supersonic Falcon 9 and triggering the rocket’s catastrophic (but expected) explosion around 10 seconds later.
A bit like pushing against a wall, Crew Dragon had to fight uphill against a continuous supersonic blast of air to escape the Falcon 9 rocket that launched it, likely adding tens of thousands of pounds (several dozen metric tons) of additional pressure spread out over the top of the capsule. The spacecraft and its detachable trunk section – carrying a solar array, radiators, and four fins – appeared to survive the experience without issue.


The capsule’s SuperDraco engines shut off after about 10 seconds, leaving the integrated spacecraft to coast to an apogee of ~40 km (25 mi), where it finally detached its trunk (pictured above). Designed to be disposable, Crew Dragon features a trunk functionally similar to the one SpaceX has flown almost 20 times on Cargo Dragon (Dragon 1) missions. Crew Dragon’s trunk looks quite a bit different, stretching taller and featuring an interesting conformal solar array (vs. Dragon 1’s deployable panels), as well as radiators (white rectangular panels) the spacecraft needs to maintain thermal equilibrium while in space.
Nominally, Crew Dragon and Cargo Dragon launch on Falcon 9, reach orbit, and go about their business of delivering astronauts and cargo to and from the International Space Station (ISS). After completing their given mission, the trunk section is eventually detached an hour or two before one last reentry burn, eventually returning the spacecraft to Earth. The trunk is thus left in low Earth orbit (LEO), eventually reentering on its own days, weeks, or months later and vaporizing into plasma before it hits Earth’s surface.
While it’s thus surprising that Crew Dragon C205’s trunk section – built primarily out of carbon composites like Falcon 9’s payload fairing and interstage – survived its In-Flight Abort mission more or less intact, the unexpected recovery sadly doesn’t mean that SpaceX has any plans to try to routinely recover or reuse the hardware. If Dragon trunks detached well before orbit, SpaceX might reconsider, but that would defeat their purpose of providing Dragons with power and thermal management while in orbit.
Surviving a terminal-velocity ocean splashdown is certainly no mean feat, but surviving an orbital-velocity atmospheric reentry is magnitudes more challenging, although SpaceX is certainly cognizant of the trade-off. Starship, for example, is expected to include thermal management and power generation systems as an integral part of the (nominally) fully-reusable spaceship and upper stage. At the scale of Crew Dragon, it’s just hard to rationalize doubling or tripling the mass of the spacecraft’s trunk just to tack on a complex recovery system.
All told, both NASA and SpaceX have since indicated that preliminary telemetry from Crew Dragon’s In-Flight Abort test paints an extremely positive picture and effectively confirmed that the test was a total success. With a little luck, it’s safe to say that Crew Dragon will be sacrificing a trunk section in orbit before returning NASA astronauts to Earth just a few months from now.
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News
Tesla targets gas car owners with this crazy new promotion
Tesla is now offering 2,000 free Supercharging miles to any gas car owner who chooses to trade their car in on a Tesla. The promotion requires a gas or hybrid electric vehicle to be turned in for any of the vehicles in Tesla’s lineup.
 
														Tesla is targeting gas car owners with a crazy new promotion launched on October 31, its latest move to boost sales amidst the loss of the $7,500 electric vehicle tax credit, which went away on September 30.
Tesla is now offering 2,000 free Supercharging miles to any gas car owner who chooses to trade their car in on a Tesla. The promotion requires a gas or hybrid electric vehicle to be turned in for any of the vehicles in Tesla’s lineup.
If you do that, you get 2,000 free miles of Supercharging, which can be utilized at any of the chargers on the Tesla network within the next two years:
🚨 New Tesla Incentive Just Dropped!
Trade in your gas/hybrid vehicle & get
FREE Supercharging ⚡️• Must trade in a gas or hybrid vehicle
• 2,000 miles of Supercharging, valid for 2 yearsWould you trade in your gas car for 2,000 free miles? pic.twitter.com/8uEQySr1py
— DennisCW | wen my L (@DennisCW_) October 31, 2025
Supercharging is rarely a Tesla owner’s primary source of charging, but for some owners, it is critical to their ownership experience.
While many homeowners or apartment dwellers are able to utilize charging infrastructure they either installed themselves or were provided by their property management company, others are totally reliant on the wide variety of charging options that are available today.
🚨🚨 Owning an EV without home charging can be CHEAP with Tesla Superchargers!
Watch til the end to see how much I spent to charge my @Tesla Model Y@TeslaCharging @MdeZegher pic.twitter.com/jRIWkdJvY6
— TESLARATI (@Teslarati) October 31, 2025
Tesla’s Supercharging Network has expanded rapidly over the past few years, mostly in preparation for the company to open it to other EV manufacturers, most of which have adopted the company’s North American Charging Standard (NACS) in the United States.
Its latest quarterly earnings Shareholder Deck revealed a 16 percent increase in stations in Q3 compared to the same timeframe in 2024. Meanwhile, connectors have increased by 18 percent in the same timeframe. There are over 73,800 connectors in the Tesla Supercharger Network globally.
The move could be looked at as a way to incentivize people to switch to electric vehicles, and it is something we have seen Tesla experiment with over the past month.
It has played with leasing terms, and we will likely see more incentive offers, like this Supercharging one or even Full Self-Driving trials for those who choose to make the switch over the next two months.
Tesla routinely offers some tasty deals in Q4 as it aims to round out the year with a strong delivery and production report for investors. Q4 is statistically Tesla’s strongest three-month period in any given year. However, Q3 was Tesla’s strongest performance in terms of vehicle deliveries in company history, as it narrowly missed the elusive 500,000 mark for a quarter.
News
Tesla Cybercab sighting highlights big change since 2024 unveiling
Based on an image recently taken of the vehicle, it appears that Tesla has made the Cybercab’s cabin easier to get in and out of.
 
														A recent sighting of the Tesla Cybercab in the wild has teased a pretty interesting update that has been implemented on the autonomous two-seater.
Based on an image recently taken of the vehicle, it appears that Tesla has made the Cybercab’s cabin easier to get in and out of.
Recent Cybercab sightings
As per recent posts on social media, it appears Tesla has started testing the Cybercab on public roads. Images posted by Tesla community members in Palo Alto showed a Cybercab prototype being driven near the company’s engineering headquarters. Interestingly enough, the vehicle was equipped with a steering wheel.
It’s not just the Cybercab’s steering wheel that caught a lot of attention, however. Based on observations by EV watchers online, it appears that Tesla has also made the Cybercab’s door a bit larger. This should make it easier for passengers to get into and out of the autonomous two-seater. The position of the camera in the B-pillar also appears to have been adjusted slightly. 
All-in on autonomy
While Cybercab prototypes that are seen in the wild today are fitted with a steering wheel, the vehicle will be produced strictly as an autonomous Robotaxi. This was highlighted by Elon Musk during the third-quarter earnings call. Musk also expects about 2 million Cybercabs to be produced every year, making it the company’s highest-volume vehicle.
“The single biggest expansion in production will be the Cybercab, which starts production in Q2 next year. That’s really a vehicle that’s optimized for full autonomy. It, in fact, does not have a steering wheel or pedals and is really an enduring optimization on minimizing cost per mile for fully considered cost per mile of operation,” Musk said during the Q3 2025 earnings call.
News
Tesla Robotaxi test units spotted in new region ahead of launch
These validation units are used to gain additional data for Tesla’s internal use, or even potentially for regulatory purposes that the company can share with agencies that will eventually grant a license to operate Robotaxi in the state.
 
														Tesla Robotaxi test units are being spotted in various new regions ahead of their launch in new states. Tesla is aiming to launch in at least a few new states in the coming months as it is ramping up hiring for the Robotaxi program and aiming to expand its ride-hailing service.
Already active in Austin, Texas, and the California Bay Area, Tesla is looking to expand its Robotaxi operations to new states. It’s had its eyes set on Nevada, Florida, and Arizona, which have seemed to have the most movement of the three prospects over the past month or so.
That trend is continuing.
Earlier this month, we reported on two Robotaxi units spotted testing with LiDAR rigs for ground truth validation in Gilbert, Arizona. Noted Cybertruck owner and enthusiast Greggertruck spotted the two units traveling on a highway.
Now, those same two units, or at least they appear to be, were spotted in Scottsdale, which is also a suburb of Phoenix, like Gilbert is, with the same LiDAR rigs:
Real world AI coming to Scottdale! Tesla robotaxi spotted beginning testing! @SawyerMerritt @elonmusk @CuriousPejjy pic.twitter.com/D2eUmQsiao
— MpWraps (@MWraps30584) October 29, 2025
These validation units are used to gain additional data for Tesla’s internal use, or even potentially for regulatory purposes that the company can share with agencies that will eventually grant a license to operate Robotaxi in the state.
Tesla is not a company that utilizes LiDAR for its everyday self-driving efforts, as it has utilized only cameras for the past several years.
Tesla Vision, as the company calls it, is what CEO Elon Musk feels is needed to achieve a fully autonomous network of vehicles, which will eventually need zero supervision for passenger transportation.
LiDAR is utilized by other companies, like Waymo, but Tesla has maintained that it is not necessary for several years. Musk has called it a “crutch” for achieving the proper self-driving tech, and the company only uses it for an additional bit of data.
Tesla has been operating its Robotaxi service in Austin since late June, and it has expanded its service area in the city to nearly 300 square miles, with its most recent expansion occurring earlier this week.
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