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SpaceX adds fresh Falcon 9 booster to the fleet after drone ship recovery

SpaceX has safely returned Falcon 9 booster B1060 to shore after its first flight, adding a brand new booster to the fleet. (Richard Angle)

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SpaceX has added a second new Falcon 9 booster to its rocket fleet in just one month after B1060 safely returned to shore aboard drone ship Just Read The Instructions (JRTI) on July 4th.

Exactly 31 days prior, Falcon 9 booster B1058 sailed into Port Canaveral aboard drone ship Of Course I Still Love You (OCISLY) on June 3rd after becoming the first private rocket in history to launch astronauts into orbit. Prior to B1058’s successful May 30th launch and landing debut, SpaceX’s fleet of available flightworthy boosters appeared to be just three strong, comprised of B1049, B1051, and B1059. Supposedly (relatively) easy to reconfigure into regular Falcon 9 boosters, twice-flown Falcon Heavy side boosters B1052 and B1053 remain wildcards that seem unlikely to re-enter circulation anytime soon.

In other words, SpaceX has grown its fleet of flight-proven Falcon 9 boosters by almost 70% in a single month, undoubtedly bringing with it some welcome sighs of relief for the second half of the company’s 2020 launch manifest. Given just how ambitious SpaceX’s plans are for the next six months, both boosters are set to be invaluable assets in the near term.

SpaceX has safely returned Falcon 9 booster B1060 to shore after its first flight, adding a brand new booster to the fleet. (Richard Angle)

Postponed from June for unknown reasons, July could potentially be SpaceX’s busiest month of launches ever. The 10th overall Starlink launch – also SpaceX’s second Starlink rideshare – is on track to lift off with Falcon 9 booster B1051 on its fifth flight no earlier than (NET) 11:59 am EDT (16:59 UTC) on July 8th. Initially scheduled around June 22nd, B1051 no longer has a shot at beating SpaceX’s booster turnaround record, but it could snag a four-way tie with Falcon 9 boosters B1048, B1052, and B1053 at 74 days between launches.

B1051 last returned to port on April 25th. (Richard Angle)

Up next, SpaceX is scheduled to launch the ANASIS II South Korean military communications satellite as early as July 14th. Perhaps just 11 days after that, another Falcon 9 rocket is scheduled to attempt the United States’ first East Coast polar launch in half a century with Argentina’s SAOCOM 1B Earth radar satellite mission. As of now, ANASIS II is expected to launch on booster B1058 according to Next Spaceflight, potentially crushing SpaceX’s booster turnaround record by 17 days (>25%). The Falcon 9 booster assigned to SAOCOM 1B remains a mystery at this point, although B1059 or B1049 are the obvious candidates, with B1060 a close third.

(Richard Angle)
(Richard Angle)
Falcon 9 B1060 lifts off from SpaceX’s LC-40 pad on June 30th. (Richard Angle)

Finally, SpaceX has another Starlink mission – Starlink V1 L10 – scheduled to launch no earlier than late July, likely flying on either Falcon 9 B1049 or B1060.

For SpaceX to achieve its goal of 2-4 launches per month for the rest of the year, it looks like its newly expanded fleet of Falcon 9 boosters is going to have to routinely break or at least skirt turnaround records of just a handful of weeks. As an example, in July alone, SpaceX will need to use four of its five-booster fleet to complete the four launches it has scheduled, while the fifth booster last launched on either June 3rd, 13th, or 30th.

(SpaceX)
(Richard Angle)
(Richard Angle)
Falcon 9 B1060 will soon be lifted onto dry land to be prepared for its next launch. (Richard Angle)

SpaceX has at least two additional Starlink missions scheduled in August, meaning that both B1051 and B1058 will need to launch just 40-50 days later to sustain that cadence. Thankfully, September should bring a bit of respite heading into Q4 2020 if both Falcon 9 boosters B1061 and B1062 debut on scheduled in mid-September (Crew Dragon’s first operational astronaut launch) and September 30th (GPS III SV04), respectively. If successfully recovered, SpaceX’s fleet will grow to seven boosters strong – likely more than enough to sustain an average cadence of one launch every 10-14 days.

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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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This signature Tesla feature is facing a ban in one of its biggest markets

The report indicates that Chinese government agencies have concerns “about failure rates and safety issues with the flush design.”

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A signature Tesla feature is under fire in one of the company’s largest markets, as regulators in one EV hot spot are mulling the potential ban of a design the automaker implemented on some of its vehicles.

Tesla pioneered the pop-out door handle on its Model S back in 2012, and CEO Elon Musk felt the self-presenting design was a great way to feel like “you’re part of the future.”

It is something that is still present on current Model S designs, while other vehicles in the Tesla lineup have a variety of handle aesthetics.

How to repair your Tesla Model S Door handle (DIY Kit)

According to Chinese media outlet Mingjing Pro, the company, along with others using similar technology, is facing scrutiny on the design as regulators consider a ban on the mechanism. These restrictions would impact other companies that have utilized pop-out handles on their own designs; Tesla would not be the only company forced to make changes.

The report indicates that Chinese government agencies have concerns “about failure rates and safety issues with the flush design.”

However, EVs are designed to be as aerodynamically efficient as possible, which is the main reason for this design. It is also the reason that many EVs utilize wheel covers, and sleek and flowing shapes.

However, the Chinese government is not convinced, as they stated the aerodynamic improvements are “minimal,” and safety issues are “significantly elevated,” according to The Independent.

The issue also seems to be focused on how effective the handle design is. According to data, one EV manufacturer, which was not specified in the report, has 12 percent of its total repairs are door handle failure fixes.

There are also concerns about the handles short-circuiting, leaving passengers trapped within cars. Tesla has implemented emergency latch releases in its vehicles that would prevent passengers from getting stuck in their cars in cases of electric malfunctions or failures.

However, evidence from the Chinese Insurance Automotive Technology Research Institute (C-IASI) suggests that 33 percent of door handles using this design fail to function after a side impact.

Obviously, Tesla and other automakers could introduce an alternative design to those vehicles that are affected by the potential restrictions China intends to impose. The regulation would take effect in July 2027.

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Tesla is bailing out Canadian automakers once again: here’s how

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(Credit: Tesla)

Tesla is bailing out Canadian automakers once again, as some companies in the country are consistently failing to reach mandated minimum sales targets for emission-free vehicles.

Many countries and regions across the world have enacted mandates that require car companies to sell a certain percentage of electric powertrains each year in an effort to make sustainable transportation more popular.

These mandates are specifically to help reduce the environmental impacts of gas-powered cars. In Canada, 20 percent of new car sales in the 2026 model year must be of an emissions-free powertrain. This number will eventually increase to 100 percent of sales by 2030, or else automakers will pay a substantial fine — $20,000 per vehicle.

There is a way companies can avoid fines, and it involves purchasing credits from companies that have a surplus of emissions-free sales.

Tesla is the only company with this surplus, so it will be bailing out a significant number of other automakers that have fallen short of reaching their emissions targets.

Brian Kingston, CEO of the Canadian Vehicle Manufacturers’ Association, said (via Yahoo):

“The only manufacturer that would have a surplus of credits is Tesla, because all they do is sell electric vehicles. A manufacturer has to enter into an agreement with them to purchase credits to help them meet the mandate.”

Tesla has made just over $1 billion this year alone in automotive regulatory credits, which is revenue acquired from selling these to lagging car companies. Kingstone believes Tesla could be looking at roughly $3 billion in credit purchases to comply with the global regulations.

Tesla still poised to earn $3B in ZEV credits this year: Piper Sandler

Automakers operating in Canada are not putting in a lack of effort, but their slow pace in gaining traction in the EV space is a more relevant issue. Execution is where these companies are falling short, and Tesla is a beneficiary of their slow progress.

Kingston doesn’t believe the mandates are necessarily constructive:

“We’ve seen over $40 billion in new investment into Canada since 2020 and all signs were pointing to the automotive industry thriving. Now the federal government has regulations that specifically punishes companies that have a footprint here, requiring them to purchase credits from a company that has a minimal (Canadian) footprint and an almost nonexistent employee base.”

Kingston raises a valid point, but it is hard to see how Tesla is to blame for the issue of other car companies struggling to bring attractive, high-tech, and effective electric powertrains to market.

Tesla has continued to establish itself as the most technologically advanced company in terms of EVs and its tech, as it still offers the best product and has also established the most widespread charging infrastructure globally.

This is not to say other companies do not have good products. In my personal experience, Teslas are just more user-friendly, intuitive, and convenient.

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Tesla ditches key Cybertruck charging feature for very obvious reason

“Wireless charging something as far off the ground as the [Cybertruck] is silly.”

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Credit: Tesla

Tesla is officially ditching the development of a key Cybertruck charging feature, and the reason is very obvious, all things considered.

The Cybertruck is among the most unique vehicles available on the market, and, like all Tesla vehicles, it has continued to improve through Over-the-Air software updates that enhance performance, safety, and other technological features.

However, the development of some features, while great on paper, turns out to be more difficult than expected. One of these features is the presence of wireless charging on the all-electric pickup, a capability Tesla has been working to integrate across its entire vehicle lineup.

Tesla wireless charging patent revealed ahead of Robotaxi unveiling event

Most people who have used wireless charging for their phones or other devices have realized it is not as effective as plugging into a cord or cable. This is even relevant with Tesla vehicles, as the introduction of wireless charging for smartphones within the vehicles has been a nice feature, but not as impactful as many would hope.

It’s not necessarily Tesla’s fault, either. Wireless charging is a complex technology because much of the energy intended to be transferred to the phone is lost through heat.

Instead of the energy being stored in the battery, it is lost on the outside of the phone, which is why it becomes warm to the touch after sitting on a charging mat.

This is something that Tesla is likely trying to resolve with its vehicles before rolling out inductive charging to owners. The company has confirmed that it is working on a wireless charging solution, but it has yet to be released.

However, this feature will not be coming to the Cybertruck. Wes Morrill, the Cybertruck’s lead engineer, said that the vehicle’s height makes wireless charging “silly,” according to Not a Tesla App:

“Wireless charging something as far off the ground as the CT is silly.”

This is something that could impact future vehicle designs; the Cybertruck might not be the only higher-ground clearance vehicle Tesla plans to offer to customers. Therefore, being transparent about a design’s capabilities, or even developing technology that would enable this, would be useful to potential buyers.

At this point, wireless charging seems like it would be more advantageous for home charging than anything.

Due to its current inefficiency, it would likely be a great way to enable seamless charging in a garage or residential parking space, rather than something like a public charger where people are looking to plug and go in as little time as possible.

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