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SpaceX set for second CRS-18 launch attempt with flight-proven Falcon 9, spacecraft

Falcon 9 B1056.1 and Cargo Dragon C108.2 are ready for a second attempted launch to the International Space Station (ISS). (SpaceX)

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After exceptionally bad weather conditions forced SpaceX to scrub its first CRS-18 launch attempt on Wednesday, July 24th, the weather has significantly improved in the hours leading up to attempt #2.

The launch forecast now shows 50% favorable conditions, a major improvement from a 10% favorable forecast that came minutes before yesterday’s attempt. The CRS-18 mission will see twice-flown Cargo Dragon capsule C108 launch towards orbit on Falcon 9 B1056, the first flight-proven Block 5 booster to participate in a NASA mission. Dragon will be carrying more than 2300 kg (5100 lb) of pressurized and unpressurized cargo, including dozens of experiments and a brand new International Docking Adapter (IDA). CRS-18 is approximately one hour from launch and is scheduled – pending weather – to lift off at 6:01 pm EDT (21:01 UTC), July 25th.

Previously discussed on Teslarati, Cargo Dragon capsule C108 will become the first commercial spacecraft in history to reach orbit and return to Earth three times if its CRS-18 mission goes as planned. CRS-18 is set to become the 18th time SpaceX has sent a spacecraft to the International Space Station (ISS), counting Dragon’s C2+ demo (2012) and excluding CRS-7 (2015), destroyed during Falcon 9’s first catastrophic in-flight failure.

Ironically, Falcon 9’s CRS-7 failure coincidentally destroyed International Docking Adapter-1 (IDA-1). A full five years after its destruction, SpaceX’s CRS-18 mission is scheduled to launch IDA-3, a direct replacement for IDA-1 that was not originally planned for and had to be constructed out of spare parts.

SpaceX also launched IDA-2 on Cargo Dragon’s CRS-9 mission in July 2016, while Crew Dragon became the first spacecraft to utilize the new docking port when it successfully docked with the ISS on March 3rd, 2019. Boeing’s Starliner crew capsule and Sierra Nevada’s Dreamchaser cargo ship will also make use of the new IDA ports once they begin flight operations.

Cargo Dragon CRS-18 will carry one large and critical piece of unpressurized payload: the International Docking Adapter 3 (IDA-3). IDA-3 is seen here being loaded into Dragon’s trunk. (NASA)
SpaceX’s Crew Dragon docked to the International Space Station several minutes early after a flawless approach on March 3rd. Crew Dragon C201 also became the first spacecraft to use an IDA docking port. (NASA)

Aside from Cargo Dragon’s reusability milestones, the spacecraft will also feature several prototype ceramic heat shield tiles being developed for Starship, the nominally ultra-reusable spaceship SpaceX hopes will make Dragon 1 and 2 redundant. There is something mildly poetic about the first twice-flown Cargo Dragon launch for the third time – the end of its design life – with tiles meant for Starship, a hugely ambitious upper stage and spacecraft meant to one day take the reins from Dragons.

Tune in around 5:45 pm EDT (2:45 pm PDT, 20:45 UTC) for SpaceX’s live coverage of its second CRS-18 launch attempt.

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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 seems to have fixed one of Full Self-Driving’s most annoying features

Tesla seems to have resolved an issue that many users of the Full Self-Driving suite complained about recently.

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Tesla's Cabin-facing camera is used to monitor driver attentiveness. (Credit: Andy Slye/YouTube)

Tesla seems to have listened to drivers and owners who complained about a very annoying feature that monitors the eyes of the vehicle operator while using the Full Self-Driving suite.

Earlier this month, owners complained that versions of Full Self-Driving Supervised were too quick to alert drivers of their eyes going off the road, which is required for operation.

Tesla to fix an FSD driver monitoring annoyance, Elon Musk hints

If you’re doing something as simple as adjusting HVAC settings or changing Autopilot speed offset, the cabin-facing camera would alert the driver that their eyes need to be on the road.

It was incredibly quick to warn you, and many argued that changing these features while the vehicle is using FSD is safer than doing it while operating the car manually.

After several complaints, Tesla CEO Elon Musk said he agreed with the fact that FSD would warn drivers so quickly. When a user on X noted that “I can’t even glance at the display to add a nav stop without getting yelled at” and stated it was what they hated most about FSD, Musk replied, “You’re right.”

Tesla is now rolling out a new update of the FSD suite with v13.2.9, which includes various improvements. One of which appears to be a less dramatic driver monitoring system, which includes perhaps a slightly longer grace period before it will alert you to look at the road.

Several owners are reporting they’ve noticed a change, with it being less restrictive than previously:

Driver monitoring is very important, considering people do abuse FSD and its capabilities. It is important to pay attention, even if you are overwhelmingly confident in the abilities of FSD, because, in the event of an accident, Tesla will be the one to take the bad publicity for it.

This is even if the driver is found liable for the accident.

However, from personal experience, the alerts it gave were slightly dramatic, and I felt that they were over the top. I was admonished by the driver monitoring system for simply adjusting the Autopilot speed offset.

Many owners welcome this change. FSD is being refined with every update, becoming more robust, accurate, and less naggy with its requests.

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Tesla details latest safety addition with new Model Y

Tesla’s newest safety feature isn’t even visible to the human eye when you get in the new Model Y

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Tesla has detailed the addition of its latest safety feature that comes standard with the new Model Y. It is a feature that has been in development for several years and aims to assist in saving lives while also enabling other safety features.

Within the past few years, Tesla has been developing an in-cabin radar that was aimed at detecting humans left in the vehicle that typical cameras would not detect. It was a feature that was initially developed to save the lives of children, who die a handful of times each year from being left in cabins without air conditioning.

Teslarati first reported on the development of an in-cabin radar system several years ago through Federal Communications Commission (FCC) documents, which showed Tesla was hoping to gain approval for a wave sensor that would detect heartbeats instead of relying on cameras.

Tesla safety tech takes giant step with FCC approval for wave sensor

The company has started using the in-cabin radar system with the new Model Y, which has been available in the U.S. for several months. Tesla has released the new Model Y Owner’s Manual online, which gives us a first-hand look at the details it released on the various advancements it has made with the newest version of the best-selling vehicle in the world.

Credit: Tesla

As shown above, the Model Y’s new cabin radar is located above the rearview mirror and behind the ceiling gear shifter buttons.

Tesla describes its duties:

“Cabin radar can detect the presence of people inside the vehicle and use the measurements to determine occupancy. Cabin radar supports certain vehicle and safety features, including driver detection, seat occupancy, Occupant Classification System (OCS), and auto parking brake engagement.”

Interestingly, Tesla has added that it will be able to enable auto parking brake engagement, a great feature for when someone exits the vehicle. In the past, we knew it would handle driver and occupant protection, but we did not recognize its value as a way to enable a parking brake.

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Tesla’s Elon Musk clarifies shocking Optimus fact

Musk clarified that while Optimus is already impressive today, it is still very far from its planned final form.

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Credit: Tesla Optimus/X

This week has been a tour de force of Tesla Optimus demonstrations. But even with the humanoid robot’s already impressive capabilities, CEO Elon Musk dropped a comment that truly made Optimus even more exciting. 

Inasmuch as Optimus today is likely one of the most advanced humanoid robots in the industry, it is still nothing close to what Tesla really wants to create.

Optimus Demonstrations

Optimus’ demonstrations this week caught headlines because they showed the humanoid robot performing impressive dance moves. Initially, a video posted by Elon Musk on social media platform X showed Optimus dancing while being tethered to a cable. A follow up video upped the ante, with Optimus performing actual ballet moves without any support.

Comments from Tesla Vice President of Optimus (Tesla Bot) Milan Kovac revealed that the humanoid robot’s movements were fully learned in simulation and zero-shot transferred to real without extra training. Elon Musk later joked that he would be accompanied by a troupe of dancing Optimus robots at the 2024 Tesla Annual Shareholder Meeting.

Not Even Close

But in another follow-up comment on X, Musk clarified that while Optimus is already impressive today, it is still very far from its planned final form. This was quite surprising as the humanoid robot is already in initial production at the Fremont Factory. Even in its current state, Optimus also looks production-ready. Elon Musk even noted that Optimus robots are just walking around Tesla’s factories today around the clock, charging themselves as needed.

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Credit: @heydave7/X

With this in mind, one could wonder what Optimus’ final form could really be like. While the humanoid robot’s current iteration is already pretty sleek, perhaps Tesla is still developing Optimus until its appearance could mirror the robot’s static display model that the company showed off back in 2021. That Optimus model featured very human proportions and joints, making it look more like an android from a sci-fi flick than a humanoid robot with obvious mechanical parts.

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