News
SpaceX’s first flight-proven Falcon Heavy Block 5 launch and landing in photos
Aside from center core B1057’s unfortunate demise, Falcon Heavy’s third launch was a huge success, placing two dozen satellites into three separate orbits over the course of nearly four hours.
Described as SpaceX’s most challenging launch ever, successfully completing the mission – known as Space Test Program-2 – has hopefully helped to guarantee that the US Department of Defense will fully certify Falcon Heavy for high-value military launches. SpaceX already has two such missions on its 2020/2021 launch manifest, although both are dependent upon the US Air Force deciding that the company’s newest rocket is ready. Teslarati photographers Pauline Acalin and Tom Cross were both on site to capture Falcon Heavy’s spectacular third launch, hopefully a sign of things to come as space agencies and commercial markets begin to warm to the new launch capabilities offered by the SpaceX rocket.
With the frenzied launch and landing now complete, we can look back through an array of photos produced over the course of Falcon Heavy’s STP-2 mission. Tom and Pauline (as well as dozens of other press photographers) endured hellish Florida humidity, heat, and mosquitos from start to finish, thankfully pushing through the environment to capture amazing photos of Falcon Heavy before and during launch.
STP-2 marked the first time two flight-proven Block 5 Falcon Heavy boosters were simultaneously re-launched on a later FH mission, as well as the first time the US military has flown a dedicated SpaceX mission with any kind of flight-proven Falcon – let alone two of them. Both side boosters performed flawlessly, while – for the third time in a row – the new center core was sadly unable to return to port aboard drone ship Of Course I Still Love You (OCISLY).
Incredibly, despite the fact that SpaceX had the USAF, NASA, and the future of Falcon Heavy’s US military launch career hanging on the line, the company’s engineers and technicians were able to pull off quite the feat, turning side boosters B1052 and B1053 around for a second launch just 74 days after their April 11th debut. In other words, despite the countless hurdles, the dual side booster reuse tied and nearly beat SpaceX’s current reusability records (71 days overall, 74 days for Block 5). This bodes extremely well for record-smashing rapid refuses of Falcon 9 boosters in the near future.
With their second launches now snuggly under their belts, B1052 and B1053 will very likely be converted into regular Falcon 9 boosters and enter into circulation as part of SpaceX’s flight-proven Falcon 9 fleet. With the ex-side boosters, that fleet could soon stand at an impressive eight flightworthy rockets, all nearing readiness or already ready for their next launches.
Falcon Heavy’s second successful launch in 11 weeks is nevertheless a touch bittersweet, as the rocket’s next (fourth) launch – barring mystery interim missions – is scheduled no earlier than fall 2020, 15-18 months from now. After that Q4 2020 launch, known as AFSPC-44, Falcon Heavy has another three firm contracts with launches in 2021, followed by a tentative fourth contract with Inmarsat that still needs to be finalized. For now, we’ll have to savor Falcon Heavy’s STP-2 launch – likely the last for quite some time.
Check out galleries of Pauline and Tom’s excellent photos of the massive SpaceX rocket below.
Falcon Heavy readies for its second launch in 11 weeks, June 24th. (Pauline Acalin) 
Falcon Heavy’s metal-capped payload fairing glints in the sun, loaded with 24 satellites as part of the USAF STP-2 rideshare mission. (Pauline Acalin) 
Falcon Heavy Flight 3 bares one of its two sooty, flight-proven side boosters. (Pauline Acalin) 
The weather in Florida was horrifically hot and humid, as usual. (Tom Cross) 
(NASA – Kim Shiflett) 
(Pauline Acalin)
A long-exposure captured this spectacular view of Falcon Heavy’s launch, side booster and core stage separation, upper stage ignition, side booster reentry burns, and side booster landing burns – all in one frame. (Tom Cross) 
Liftoff! (Tom Cross) 
Falcon Heavy lifts off from Pad 39A on its third launch ever. Sadly, center core B1057 was unable to stick its drone ship landing. (Tom Cross) 
Pad 39A’s Crew Access Arm (CAA) glows blue as Falcon Heavy takes flight. (Tom Cross) 
A remote camera set up by Teslarati photographer Pauline Acalin captured this incredible view of all 27 Merlin 1D engines powering Falcon Heavy’s first stage. (Pauline Acalin)
Want to remember the awesomeness of Falcon Heavy every single day? Consider a limited-edition set of high-quality prints, signed by both Teslarati photographers to commemorate the rocket’s inaugural Starman launch.
Elon Musk
Tesla doubles down on Robotaxi launch date, putting a big bet on its timeline
Tesla continues to double down on its June goal to launch the Robotaxi ride-hailing platform.
Tesla has doubled down on its potential launch date for the Robotaxi ride-hailing platform, which will utilize the Cybercab and other vehicles in its lineup to offer driverless rides in Austin, Texas.
Tesla said earlier this year that it was in talks with the City of Austin to launch its first Robotaxi rides, and it planned to launch the platform in June.
This has been a widely discussed timeline in the community, with some confident in the company’s ability to offer it based on the progress of the Full Self-Driving suite.
However, others are skeptical of it based on Tesla’s history of meeting timelines, especially regarding its rollout of FSD.
Nevertheless, Tesla was asked when it would be able to offer Robotaxi rides and where, and it clearly is not backing down from that June date:
In Austin, 🔜
— Tesla (@Tesla) April 18, 2025
It is getting to a point where Tesla is showing incredible confidence regarding the rollout of the Robotaxi in June. We have not seen this kind of reiteration regarding the rollout of something regarding autonomy from Tesla at any point in the past.
CEO Elon Musk has even been increasingly confident that Tesla will meet its target. Earlier this week, he said the vehicles will be able to roll off production lines and drive themselves straight to a customer’s house:
Elon Musk continues to push optimistic goal for Tesla Full Self-Driving
There could be some discussion of an acceptable grace period, as the timeline for the Robotaxi rollout could still be considered a success, even if it were a month or two late. However, if it were pushed back further into 2025 or even 2026, skepticism regarding these timelines would continue to persist.
As of right now, it seems Tesla is extremely confident it will meet its goal.
Among the several companies that have had the opportunity to add Tesla Semi all-electric Class 8 trucks to their fleets earlier than others, the most notable is arguably Frito-Lay, which has utilized the vehicle for a couple of years now.
However, as their fleet is making more local runs and there are undoubtedly plans to expand to more Semi units, the company has recognized it needs additional Megachargers to give juice to their trucks.
As a result, Frit-Lay decided to build more chargers at their Bakersfield, California facility, according to new permits filed by Tesla:
🚨 Frito-Lay is building an 8-stall Megacharger array at its factory in Bakersfield, California https://t.co/qARfJjogXF pic.twitter.com/gvorIVxsoc
— TESLARATI (@Teslarati) April 18, 2025
There are already chargers at the company’s Modesto, California, factory, but Bakersfield is roughly three hours south of Modesto.
Interestingly, Tesla is calling the chargers “Semi Chargers” in the filing, potentially hinting that it is no longer referring to them as “Megachargers,” as they have been in the past. This is a relatively minor detail, but it is worth taking note of.
In 2022, Frito-Lay began installing these chargers in preparation for the Semi to become one of the company’s main logistics tools for deliveries in California and surrounding states.
Frito-Lay is not the only company that has chosen to utilize the Tesla Semi for these early “pilot” runs. PepsiCo has also been a company that has used the Semi very publicly over the past two years.
Additionally, the Tesla Semi participated in the Run on Less EV trucking study back in late 2023, where it managed to complete a 1,000-mile run in a single day:
Tesla Semi logs 1,000-mile day in Run on Less EV trucking study
Tesla is planning to ramp production of the Semi late this year. On the Q4 2024 Earnings Call, VP of Vehicle Engineering Lars Moravy said the company would be focusing on the first builds of the Semi’s high-volume design late this year before ramping production in the early portion of 2026:
“We just closed out the Semi factory roof and walls last week in Reno, a schedule which is great with the weather. In Reno, you never know what’s going to happen. But we’re prepping for mechanical installation of all the equipment in the coming months. The first builds of the high-volume Semi design will come late this year in 2025 and begin ramping early in 2026.”
Tesla will build these units at a new Semi production facility located in Reno near its Gigafactory. The company is getting closer to finishing construction, as a drone video from this morning showed the facility is coming along at a good pace:
🚨Tesla Semi factory progress update: pic.twitter.com/dlzIjKwfT3
— TESLARATI (@Teslarati) April 18, 2025
News
Tesla Cybercab no longer using chase vehicles in Giga Texas
Elon Musk expects Tesla to produce about 2 million Cybercab units per year.
The Tesla Cybercab is the company’s first vehicle that is designed solely for autonomous driving. And while the spacious two-seater is expected to start volume production in 2026, the vehicle’s development seems to be moving at a steady pace.
This was hinted at in recent images taken by a longtime Tesla watcher at the Giga Texas complex.
Tesla Cybercab Production
The Cybercab will likely be Tesla’s highest volume vehicle, with CEO Elon Musk stating during the company’s Q1 2025 All-Hands meeting that the robotaxi’s production line will resemble a high-speed consumer electronics line. Part of this is due to Tesla’s unboxed process, which should make the Cybercab easy to produce.
Elon Musk expects Tesla to produce about 2 million Cybercabs per year. And while the vehicle is expected to see volume production at Giga Texas next year, the CEO noted that the vehicle will be manufactured in more than one facility when it is fully ramped.
No More Chase Cars
While the Cybercab is not yet being produced, Tesla is evidently busy testing the vehicle’s fully autonomous driving system. This could be hinted at by the Cybercabs that have been spotted around the Giga Texas complex over the past months. Following last year’s We, Robot event, drone operators such as longtime Tesla watcher Joe Tegtmeyer have spotted Cybercabs being tested around the Giga Texas complex.
At the time, videos from Giga Texas showed that the driverless Cybercabs were always accompanied by a manually driven Model 3 validation chase car. This was understandable considering that the Giga Texas complex features pedestrians, other cars, and construction areas. As per the drone operator in a recent post on social media platform X, however, Tesla seems to have stopped using chase cars for its Cybercab tests a few weeks ago.
Aggressive Tints
The reasons behind this alleged update are up for speculation, though it would not be surprising if the Cybercab’s autonomous driving system could now safely navigate the Gigafactory Texas complex on its own. Interestingly enough, the Cybercabs that were recently photographed by the drone operator featured very aggressive tint, making it almost impossible to make out the interior of the robotaxi.
This is quite interesting as other Cybercabs that have been spotted around Giga Texas were only equipped with semi-dark tints. One such vehicle that was spotted in February was even speculated to be fitted with an apparent steering wheel.
Tesla doubles down on Robotaxi launch date, putting a big bet on its timeline
Tesla Semi fleet from Frito-Lay gets more charging at Bakersfield factory
Tesla Cybercab no longer using chase vehicles in Giga Texas
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