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SpaceX reveals first photos of historic Crew Dragon capsule's astronaut cabin

On March 30th, NASA astronauts Bob Behnken and Doug Hurley entered SpaceX's first astronaut-ready Crew Dragon spacecraft perhaps less than two months before they will ride it into orbit. (SpaceX)

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SpaceX has published the first photos of the interior of the US-built spacecraft scheduled to launch NASA astronauts for the first time in almost a decade.

Set to lift off on a Falcon 9 rocket no earlier than (NET) mid-to-late May, SpaceX is on the cusp of the most important and historic launch in its storied history. If things go as planned, Crew Dragon’s Demo-2 mission could make SpaceX the first company in history to launch humans into orbit with a privately-built rocket and spacecraft. Even more significantly, it will be the United States’ first domestic astronaut launch since Congress and the White House prematurely canceled NASA’s Space Shuttle in 2011.

Since then, the US has relied exclusively on a total of 34 increasingly expensive Russian Soyuz spacecraft launches and is likely to purchase a handful of additional seats for more than $85 million apiece. Thanks to the Commercial Crew Program, despite several years of delays, NASA will soon be able to launch its own astronauts once again. While Boeing’s Starliner spacecraft – at ~$90 million per seat – is expected to cost NASA more than Russia’s price-gouged Soyuz offerings, SpaceX’s Crew Dragon will likely be closer to $55 million per seat, potentially saving NASA tens of millions of dollars for each astronaut it launches. Now, photos posted by NASA have revealed the first glimpses inside the cabin of SpaceX’s first astronaut-ready Crew Dragon.

While NASA astronauts have been pictured numerous times before (as shown here in August 2019) inside a near-identical Crew Dragon cabin mockup in Hawthorne, SpaceX’s latest photos show the real deal. (SpaceX)
Same astronauts; real spacecraft. (SpaceX)

Unsurprisingly, the first photos taken inside an astronaut-ready Crew Dragon capsule show that SpaceX’s Hawthorne, California-based simulator is nearly identical where it matters. Over the last ~18 months, NASA astronauts assigned to SpaceX’s first several Crew Dragon launches having been training almost non-stop to learn the ropes of operating and flying in the company’s first human-rated spacecraft. Bob Behnken and Doug Hurley, set to support Crew Dragon’s historic astronaut launch debut, have rightfully taken up most of the limelight as they ready for what is technically the spacecraft’s riskiest mission.

Behnken and Hurley test Crew Dragon’s displays and software in the spacecraft simulator, August 2019. (SpaceX)
Six months later, SpaceX has released the first photo of the display and control module installed in an actual Crew Dragon spacecraft. (SpaceX)

SpaceX has offered views inside Crew Dragon during its Demo-1 orbital launch debut in March 2019 but the spacecraft was uncrewed and had no display and control module installed, leaving its interior partially incomplete.

Ripley and Crew Dragon’s Demo-1 capsule interior are pictured in orbit in this NASA webcast screenshot moments before space station astronauts briefly boarded the capsule. (NASA)

Now, NASA says that the Crew Dragon spacecraft assigned to SpaceX’s Demo-2 astronaut launch is “is undergoing final testing and prelaunch processing” a few miles from its Kennedy Space Center launch site. That process is reportedly “kicking off more simulations, final crew training, and flight readiness reviews”, some of which likely involved NASA’s Demo-2 astronauts boarding and inspecting a fully-complete Crew Dragon capsule for the first time.

Meanwhile, back at Kennedy Space Center (KSC) Launch Complex 39A (Pad 39A), NASA posted SpaceX’s latest photos of the Falcon 9 rocket scheduled to launch the space agency’s astronauts just two or so months from now. A brand new booster an expendable Falcon 9 upper stage will support the mission, with B1058 scheduled to attempt a landing aboard drone ship Of Course I Still Love You (OCISLY) a handful of minutes after liftoff. Posted on April 2nd, NASA also revealed that the booster has been fitted with the space agency’s ‘worm’ logo, its first official use since it was retired almost three decades ago.

In short, everything is quite literally coming together for SpaceX’s historic astronaut launch debut. NASA maintains that Demo-2 is scheduled to lift off no earlier than “mid-to-late May”, now just 6-8 weeks distant.

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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 takes a step towards removal of Robotaxi service’s safety drivers

Tesla watchers are speculating that the implementation of in-camera data sharing could be a step towards the removal of the Robotaxi service’s safety drivers.

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Credit: Tesla

Tesla appears to be preparing for the eventual removal of its Robotaxi service’s safety drivers. 

This was hinted at in a recent de-compile of the Robotaxi App’s version 25.11.5, which was shared on social media platform X. 

In-cabin analytics

As per Tesla software tracker @Tesla_App_iOS, the latest update to the Robotaxi app featured several improvements. These include Live Screen Sharing, as well as a feature that would allow Tesla to access video and audio inside the vehicle. 

According to the software tracker, a new prompt has been added to the Robotaxi App that requests user consent for enhanced in-cabin data sharing, which comprise Cabin Camera Analytics and Sound Detection Analytics. Once accepted, Tesla would be able to retrieve video and audio data from the Robotaxi’s cabin. 

Video and audio sharing

A screenshot posted by the software tracker on X showed that Cabin Camera Analytics is used to improve the intelligence of features like request support. Tesla has not explained exactly how the feature will be implemented, though this might mean that the in-cabin camera may be used to view and analyze the status of passengers when remote agents are contacted.

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Sound Detection Analytics is expected to be used to improve the intelligence of features like siren recognition. This suggests that Robotaxis will always be actively listening for emergency vehicle sirens to improve how the system responds to them. Tesla, however, also maintained that data collected by Robotaxis will be anonymous. In-cabin data will not be linked to users unless they are needed for a safety event or a support request. 

Tesla watchers are speculating that the implementation of in-camera data sharing could be a step towards the removal of the Robotaxi service’s safety drivers. With Tesla able to access video and audio feeds from Robotaxis, after all, users can get assistance even if they are alone in the driverless vehicle. 

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Investor's Corner

Mizuho keeps Tesla (TSLA) “Outperform” rating but lowers price target

As per the Mizuho analyst, upcoming changes to EV incentives in the U.S. and China could affect Tesla’s unit growth more than previously expected.

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Credit: Tesla China

Mizuho analyst Vijay Rakesh lowered Tesla’s (NASDAQ:TSLA) price target to $475 from $485, citing potential 2026 EV subsidy cuts in the U.S. and China that could pressure deliveries. The firm maintained its Outperform rating for the electric vehicle maker, however. 

As per the Mizuho analyst, upcoming changes to EV incentives in the U.S. and China could affect Tesla’s unit growth more than previously expected. The U.S. accounted for roughly 37% of Tesla’s third-quarter 2025 sales, while China represented about 34%, making both markets highly sensitive to policy shifts. Potential 50% cuts to Chinese subsidies and reduced U.S. incentives affected the firm’s outlook.

With those pressures factored in, the firm now expects Tesla to deliver 1.75 million vehicles in 2026 and 2 million in 2027, slightly below consensus estimates of 1.82 million and 2.15 million, respectively. The analyst was cautiously optimistic, as near-term pressure from subsidies is there, but the company’s long-term tech roadmap remains very compelling. 

Despite the revised target, Mizuho remained optimistic on Tesla’s long-term technology roadmap. The firm highlighted three major growth drivers into 2027: the broader adoption of Full Self-Driving V14, the expansion of Tesla’s Robotaxi service, and the commercialization of Optimus, the company’s humanoid robot. 

“We are lowering TSLA Ests/PT to $475 with Potential BEV headwinds in 2026E. We believe into 2026E, US (~37% of TSLA 3Q25 sales) EV subsidy cuts and China (34% of TSLA 3Q25 sales) potential 50% EV subsidy cuts could be a headwind to EV deliveries. 

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“We are now estimating TSLA deliveries for 2026/27E at 1.75M/2.00M (slightly below cons. 1.82M/2.15M). We see some LT drivers with FSD v14 adoption for autonomous, robotaxi launches, and humanoid robots into 2027 driving strength,” the analyst noted. 

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Tesla’s Elon Musk posts updated Robotaxi fleet ramp for Austin, TX

Musk posted his update on social media platform X.

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Credit: @AdanGuajardo/X

Elon Musk says Tesla will “roughly double” its supervised Robotaxi fleet in Austin next month as riders report long wait times and limited availability across the pilot program in the Texas city. Musk posted his update on social media platform X.

The move comes as Waymo accelerates its U.S. expansion with its fully driverless freeway service, intensifying competition in autonomous mobility.

Tesla to increase Austin Robotaxi fleet size

Tesla’s Robotaxi service in Austin continues to operate under supervised conditions, requiring a safety monitor in the front seat even as the company seeks regulatory approval to begin testing without human oversight. The current fleet is estimated at about 30 vehicles, StockTwists noted, and Musk’s commitment to doubling that figure follows widespread rider complaints about limited access and “High Service Demand” notifications.

Influencers and early users of the Robotaxi service have observed repeated failures to secure a ride during peak times, highlighting a supply bottleneck in one of Tesla’s most visible autonomy pilots. The expansion aims to provide more consistent availability as the company scales and gathers more real-world driving data, an advantage analysts often cite as a differentiator versus rivals. 

Broader rollout plans

Tesla’s Robotaxi service has so far only been rolled out to Austin and the Bay Area, though reports have indicated that the electric vehicle maker is putting in a lot of effort to expand the service to other cities across the United States. Waymo, the Robotaxi service’s biggest competitor, has ramped its service to areas like the San Francisco Bay Area, Los Angeles, and Phoenix. 

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Analysts continue to highlight Tesla’s long-term autonomy potential due to its global fleet size, vertically integrated design, and immense real-world data. ARK Invest has maintained that Tesla Robotaxis could represent up to 90% of the company’s enterprise value by 2029. BTIG analysts, on the other hand, added that upcoming Full Self-Driving upgrades will enhance reasoning, particularly parking decisions, while Tesla pushes toward expansions in Austin, the Bay Area, and potentially 8 to 10 metro regions by the end of 2025.

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