Elon Musk says SpaceX could catch Crew Dragon and NASA astronauts with a giant net


Shortly after SpaceX flawlessly completed Crew Dragon’s In-Flight Abort (IFA) test earlier today, CEO Elon Musk – speaking at a post-launch press conference – revealed that SpaceX wants to try to catch future Dragon spacecraft with the same ships – and giant nets – it uses to recover Falcon fairings.

This is not the first time Musk has mentioned such a plan. Back in February 2018, he noted that SpaceX ship Mr. Steven (now Ms. Tree), designed to catch parasailing fairing halves out of the air, “might be able to do the same thing with Dragon — if NASA wants us to, we can try to catch Dragon.” The motivation behind catching Dragon – instead of fishing it out of the Atlantic Ocean – is effectively the same reason that SpaceX is trying to routinely catch Falcon fairings: it’s much easier to reuse aerospace hardware that hasn’t been dunked and soaked in saltwater.

Of course, Musk cautioned that SpaceX would only pursue Dragon catches if NASA were open to the idea – the space agency’s conservatism is already largely responsible for the death of propulsive Crew Dragon landing, also intended to make spacecraft reuse much easier. Additionally, the CEO qualified his comments by noting that SpaceX would attempt to catch Crew Dragon only after Falcon fairing halves are being routinely and reliably caught.

As it turns out, both fairing recovery ships Ms. Tree and Ms. Chief are set to attempt their second simultaneous fairing catch less than 48 hours from now.

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Ms. Tree and Ms. Chief actually departed their Port Canaveral home berths on the evening of January 18th, barely 12 hours before Falcon 9 B1046 lifted off for fourth and final time and was sacrificed for a thankfully flawless Crew Dragon abort test. The fast recovery ships – each outfitted with a giant net – are scheduled to attempt their second-ever simultaneous recovery of both halves of a Falcon 9 payload fairing.

Barely 48 hours after Crew Dragon’s IFA test, SpaceX has another Falcon 9 launch scheduled to lift off as early as 11:59 am EST (16:59 UTC) on Monday, January 21st. The mission will be SpaceX’s second Starlink satellite launch and third launch overall this month and is set to place the fourth batch of 60 Starlink internet satellites into low Earth orbit (LEO). Like all SpaceX satellite launches, the mission – Starlink V1 L3 or the third launch of Starlink v1.0 spacecraft – will feature a standard Falcon 9 fairing.

Around three minutes after liftoff, said fairing will separate into its two halves, deploying from the top of Falcon 9 and beginning a 100+ km (63+ mi) journey back to Earth. For SpaceX’s unique payload fairing, that journey includes reorienting with cold-gas thrusters, deploying a GPS-guided parafoil, and attempting to gently land in a giant net carried on the back off a ship.

Thus far, SpaceX has attempted to catch Falcon fairing halves nine separate times, resulting in two successful catches in June and August 2019. Two subsequent catch attempts in December 2019 and January 2020 were unsuccessful, a strong sign that SpaceX still has a ways to go before fairing catches are as routine and reliable as Falcon booster recovery.

As such, it’s unlikely that Ms. Tree or Ms. Chief will be catching Crew or Cargo Dragon capsules anytime soon. Still, it’s increasingly clear that every fairing catch attempt will also represent a potential step towards the goal of keeping Dragons and the NASA astronauts they’ll carry as dry as possible.

Check out Teslarati’s newsletters for prompt updates, on-the-ground perspectives, and unique glimpses of SpaceX’s rocket launch and recovery processes.

Elon Musk says SpaceX could catch Crew Dragon and NASA astronauts with a giant net

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Aspiring Tesla rival Byton claims better tech, break even goal in 2-3 years after first EV production


Like several aspiring Tesla rivals before it, Byton aims to beat the Silicon Valley-based electric car maker at its own game. This means better tech, a lower price point, and a solid path to profitability without any of the growing pains that Tesla experienced over the years. Byton CEO Daniel Kirchert believes that his company has the goods to meet these goals, and perhaps even more. 

In a recent interview, Kirchert noted that when preparing the M-Byte, Byton’s first vehicle, the CEO stated that the company focused so much on tech that it is poised to outdo Tesla in the segment. “We tried to jump at least one or two steps further,” he said, emphasizing that the company wanted to create a “smart device on wheels” with its first production vehicle. 

Byton caught headlines when it unveiled its first concept vehicle’s interior, which was dominated by a massive display that stretched across the dashboard. The company has adopted this design on the M-Byte, which will likely be a competitor to the Tesla Model Y, Jaguar I-PACE, and the Ford Mustang Mach-E. Thus, the vehicle will have a 48-inch dashboard display, a touchpad on the steering wheel, and over-the-air updates. 

For the Byton CEO, the M-Byte’s interior concept will be a “game-changer.” Far from being distracting, Kirchert stated that the 48-inch display would be the complete opposite of distracting. He noted that the massive screen would not obstruct the driver’s view while allowing drivers to quickly move their eyes from the road to the display and back. And since the display is 48 inches, it would be easier to read and comprehend the information on the screen. 

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But this is not all. The CEO also noted that it intends to avoid Tesla’s mistakes with the Model 3’s mass production, which was overly-automated at first. Thus, the company will follow tried and tested methods to build its cars. This, according to Kirchert, will allow Byton’s vehicles to have the same level of build quality with Germany’s best, such as Mercedes-Benz and BMW. In what appeared to be a slight stab at Tesla, the CEO also mentioned that the company would break even far quicker than the Elon Musk-led company. 

“We were convinced right from the beginning that we won’t have 10 or 15 years to reach break-even,” he said. A company representative has further noted that Byton is aiming to reach the break-even point two to three years after it starts selling the M-Byte. 

To make this possible, Kirchert noted that Byton would have to mass-produce the M-Byte in large numbers. This is the primary reason why the company is pricing the all-electric SUV at around $50,000, which is closer to the Model Y than other premium rivals like the Jaguar I-PACE. 

It should be noted that while the Byton CEO’s statements are very optimistic, it is far more challenging to walk the walk than it is to talk the talk. Byton is not the only aspiring Tesla rival that has emerged. The line is long with companies such as Faraday Future and Lucid Motors. But despite the emergence of these companies, as well as the arrival of competing cars from established automakers such as the Audi e-tron, there are very few legitimate competitors to Tesla’s electric vehicles, even older ones like the Model S and Model X. 

With this in mind, Byton may still need to learn a thing or two in practice before it can have a legitimate shot at beating Tesla at its own game. Still, the arrival of the M-Byte should be welcomed, as it is yet another electric vehicle that can help in getting petrol-powered SUVs off the road.

Aspiring Tesla rival Byton claims better tech, break even goal in 2-3 years after first EV production

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SpaceX Crew Dragon spacecraft sails home after flawless in-flight abort test


SpaceX’s newest Crew Dragon spacecraft has successfully returned to port aboard one of the company’s dedicated recovery vessels, neatly wrapping up what appears to have been a completely flawless in-flight abort (IFA) test.

Designed to prove that Crew Dragon can safely escape a failing Falcon 9 rocket at essentially any point from the launch pad to orbit, SpaceX voluntarily chose to perform a full-fidelity IFA test – something NASA left up to both it and Boeing. Boeing instead decided to extrapolate from a pad abort test – which SpaceX completed in 2015 – and a presumably large number of digital simulations to verify that Starliner would survive an in-flight abort.

To be clear, NASA is explicitly okay with this, but space agency officials did not shy away from openly embracing the superiority of integrated flight testing at several points both before, during, and after SpaceX’s second Crew Dragon launch. Although it will almost certainly remain (publicly) unsaid, there should be little doubt that for astronauts scheduled to fly on either Crew Dragon and Starliner, the successful completion of in-flight abort and pad abort tests almost certainly engenders at least a little more confidence in the vehicle they will be entrusting their lives to.

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It’s worth noting that although NASA argues – perhaps soundly – that digital modeling, a pad abort test, and an orbital flight test are enough to determine whether any given spacecraft is safe enough to launch US astronauts, the unspoken reality – or at least a large part of it – is that cost is a major concern. At this point in time, NASA’s Commercial Crew Program (CCP) contracts are expected to cost a total of $3.1B for SpaceX and $5.1B for Boeing – both including at least four total orbital launches of their respective spacecraft.

In simpler terms, despite the fact that SpaceX has received a full $2 billion (~40%) less than Boeing to accomplish the same tasks in the same time, SpaceX’s Crew Dragon completed a flawless orbital launch debut and space station rendezvous with Crew Dragon almost 10 months before Boeing’s Starliner suffered a serious partial failure in space. Simultaneously, for $2 billion less, SpaceX has now given NASA a seemingly flawless full-up in-flight abort test of Crew Dragon before the space agency will fully entrust the spacecraft with the safety of its astronauts.

In the last 10 or so weeks, Boeing has thus suffered a minor Starliner parachute failure, a far more concerning spacecraft failure during its first orbital flight test (OFT), has no plans to perform an in-flight abort test, and nevertheless still wants Starliner’s next launch to carry NASA astronauts.

A clear path ahead

SpaceX, on the other hand, has now completed two seemingly-flawless integrated launches of Crew Dragon on a Falcon 9 rocket – one of which successfully rendezvoused with the ISS and returned to Earth; the other of which has now proven that Crew Dragon can whisk astronauts to safety from a failing supersonic rocket. SpaceX says it will carefully inspect capsule C205 and eventually refurbish the spacecraft, although it’s entirely unclear what kind of mission the company could foreseeably reuse it on in the near future.

Crew Dragon lifts off for the first time on Demo-1, March 2019. (Pauline Acalin)
With its successful In-Flight Abort test, Crew Dragon has now performed two flawless launches on Falcon 9 rockets. (Richard Angle)

Speaking shortly after Crew Dragon’s second flawless launch, SpaceX CEO Elon Musk said that he had spoken with NASA administrator Jim Bridenstine just prior to the post-launch press conference and together came up with a response to the most obvious question: when will SpaceX fly astronauts? In short, Musk was almost certain that all the hardware needed for the Demo-2 astronaut test flight – Falcon 9 booster, F9 upper stage, Crew Dragon capsule C206, and a Dragon trunk – will be completed, tested, and delivered to Cape Canaveral by late-February 2020.

If everything goes exactly as planned, NASA – prior to launch – indicated that an early-March 2020 launch was actually within reach. After launch, Musk tempered expectations, stating that SpaceX would almost certainly launch its first NASA astronauts sometime in Q2 – perhaps as early as April. Regardless, it looks like we wont have to wait more than a few months to find out.

Check out Teslarati’s newsletters for prompt updates, on-the-ground perspectives, and unique glimpses of SpaceX’s rocket launch and recovery processes.

SpaceX Crew Dragon spacecraft sails home after flawless in-flight abort test

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Tesla board approves purchase agreement for Gigafactory 4 property in Germany


Tesla’s Board of Directors have approved the contract to purchase the 300-hectare parcel of land for Gigafactory 4 in Grunheide, bringing the electric carmaker a step closer to begin the construction of its European factory in Brandenburg.

The board approval follows a January 9 decision made by the Financial Committee of Brandenburg who approved the sales contract for the site where the Gigafactory 4 will be built. Tesla sealed the deal to buy the area covered by an expansive forest for 40.91 million euros or about $45 million.

The preliminary price of the property can still be amended if an external review comes up with a different value and finds that adjustments are needed, Reuters reported.  The initial pricing puts the price at just 13.50 euros per square meter or about a third of nearby properties. However, one should take note that the land for the Tesla Gigafactory 4 site is not as developed as the Freinebrink Business Park that already has electricity, roadways, and other provisions. The California-based car manufacturer will need to build roads and set up necessary utilities such as electricity and water system to operate the facility.

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Over the weekend, there were protesters in Grunheide expressing their worries about the effects of Tesla’s factory on the environment. This was met with an opposing group of Tesla supporters who chanted, “We are here! We are loud because Tesla is building the future for us!” Below is a clip shared by @Gf4Tesla via Twitter:

 

Tesla supporters such as 46-year-old local Anke Kranhold welcomes the opportunities Tesla brings to Grunheide.

“I myself have sons and two daughters-in-law who are engineers, maybe in the future they will have the chance to cycle to work instead of commuting to Berlin,” Kranhold said.

Tesla started building access roads in the Grunheide property and are also scanning the area for undetonated World War II-era bombs. The electric carmaker is also working with authorities to move an endangered species of bats that are currently hibernating, as well as other animals in the forest.

Tesla plans to clear a portion of the forest by the end of February in order to stick to its timeline and begin construction by mid-March. The factory plans to start production by July 2021 with the aim to produce 150,000 vehicles initially and later on ramp-up to build 500,000 Model 3 and Model Y vehicles per year. The first Tesla car factory in Europe may generate 8,000 jobs for locals and nearby countries.

Aside from creating jobs, Brandenburg’s Economic Minister Jörg Steinbach believes Tesla will have a “magnetic effect” in Grunheide and help bring more businesses to the state and because of this, the authorities promised that the company has its support and will consider building another freeway connection, feeder roads, and expand rail capacity to avoid traffic bottlenecks in the area.

Tesla board approves purchase agreement for Gigafactory 4 property in Germany

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SpaceX’s Crew Dragon is about to escape a supersonic rocket: here’s how to watch live


SpaceX’s Crew Dragon spacecraft is set to attempt to escape a supersonic Falcon 9 in what will likely be the first intentional in-flight destruction of an orbital-class rocket in decades.

Known as an In-Flight Abort test, Crew Dragon’s second test flight is guaranteed to be spectacular and will thankfully be streamed live by both NASA and SpaceX. Scheduled to lift off no earlier than 8 am EST (13:00 UTC), January 18th, the IFA could also be Crew Dragon’s last uncrewed launch ever, hopefully paving the way for its first orbital flight with NASA astronauts on board just a few months from now.

For now, SpaceX’s primary focus with the IFA test is to prove that Crew Dragon can protect passengers and cargo even in the unlikely event that Falcon 9 fails in flight – after liftoff but before the spacecraft has separated from the rocket.

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After several months of delays brought on by the explosion of Crew Dragon capsule C201 in April 2019 and an additional two-week slip from NASA’s first public launch date, Falcon 9 booster (B1046) and Crew Dragon capsule C205 have both completed static fire tests of their respective rocket engines and rolled out to Pad 39A on January 16th.

After at least half a year of investigation and a similar period spent redesigning and requalifying a subsection of the high-pressure propellant plumbing that feeds Crew Dragon’s SuperDraco abort thrusters, new capsule C205 successfully fired up a handful of Draco maneuvering thrusters and all 8 of its SuperDracos abort engines, simulating the burns it will have to perform during Saturday’s IFA test.

A pair of Crew Dragon’s upgraded SuperDraco abort engines perform a static fire test. (SpaceX)

According to NASA and SpaceX, the ~48 hours between rollout and liftoff have been used to perform a dry run for future NASA astronaut launches, more or less exactly replicating the processes that will soon be used for real. Of course, Demo-2 astronauts Bob Behnken and Doug Hurley didn’t actually board the Crew Dragon spacecraft (its interior is unfinished) and will certainly not be on board come liftoff, but everything up to the point of spacecraft ingress was performed as if they will be.

Audiences will likely be treated to a rare view from inside SpaceX’s flight operations center, recently permanently relocated to Firing Room 4 of NASA’s Flight Control Center (FCC) – a facility with substantial historical ties to US human spaceflight. It was last utilized as part of Crew Dragon’s inaugural orbital launch – “Demo-1” – in March 2019.

A view of Firing Room 4 in NASA’s Flight Control Center used during Crew Dragon’s inaugural Demonstration-1 Mission in March of 2019.

Approximately 90 seconds after liftoff, shortly after a point of maximum aerodynamic stress called Max Q, Crew Dragon will ignite its SuperDraco abort thrusters in an attempt to prove that it can whisk astronauts to safety in even a near-worst-case scenario. After a 10-second SuperDraco burn, the spacecraft will have to stabilize itself, reenter the bulk of Earth’s atmosphere, and deploy four main parachutes for a gentle splashdown in the Atlantic Ocean.

A combined SpaceX and USAF team will recover the hopefully-intact spacecraft from the ocean, likely using the opportunity to once again simulate the process of recovering a crewed Crew Dragon and safely extracting the NASA astronauts strapped inside it.

SpaceX’s Crew Dragon is guided by four parachutes as it splashes down in the Atlantic Ocean about 200 miles off Florida’s east coast on March 8, 2019, after returning from the International Space Station on the Demo-1 mission. (NASA)

Falcon 9 booster B1046 is expected to be “destroyed in Dragon fire”, according to SpaceX CEO Elon Musk. The Crew Dragon capsule will jettison mid-flight, leaving B1046 open to extremely abnormal aerodynamic stress that will likely tear it and the upper stage apart. NASA says SpaceX will attempt to recover as much of the expected rocket debris as possible.

Crew Dragon’s IFA test has a four-hour launch window with liftoff targeted no earlier than (NET) 8 am EST (13:00 UTC), January 18th. For a variety of reasons, this mission is uniquely susceptible to weather both at and around the launch pad and stands a good chance of slipping much later into the window, and backups are available at the same time on Sunday and Monday.

Regardless, SpaceX will provide live coverage of the test whenever it does launch, beginning around 15 minutes prior to liftoff. Teslarati photographer Richard Angle and reporter Jamie Groh will be on-site to document the events of Crew Dragon crucial – and likely spectacular – flight test.

Check out Teslarati’s newsletters for prompt updates, on-the-ground perspectives, and unique glimpses of SpaceX’s rocket launch and recovery processes.

SpaceX’s Crew Dragon is about to escape a supersonic rocket: here’s how to watch live

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Tesla Model Y third-row seats: Latest images show they are not vestigial, provide enough legroom


Tesla Model Y sightings have been whetting the appetite of electric vehicle fans but people are most curious about the third-row seats of the much-awaited electric crossover. New images of the Tesla Model Y third-row seats leaked online and give consumers a good idea of how much space is available.

The latest images of the Model Y third-row seats were posted recently on a Japanese blog and at first glance, it seems that it will not fit two adults or even two kids since the images show that there’s almost no space between the second and third-row seats. One might think the third-row seats are vestigial but upon closer inspection, there are car seat rails and this means occupants can adjust the second-row seats to give passengers enough room to be comfortable.

These Tesla Model Y interior images show that the upcoming all-electric crossover is a true seven-passenger vehicle with ample space to boot. Aside from having enough legroom, the bulge of the wheel well also suggests there will be enough shoulder room, and the third-row seats of the Model Y positioned just right to have enough head clearance before the rear windshield curves down.

The third-row seats will be Model Y’s X-Factor when it goes on a head-on collision with the BMW X3, Audi Q5, and the Jaguar I-Pace, which are all just five seaters. They can also influence the decisions of potential converts who want to switch from gas-guzzling roomy SUVs to zero-emission vehicles.

Likewise, the latest images may help those pondering a Model Y vs. Model X scenario. A recent sighting of the Model Y next to a Model X revealed that the two vehicles are similar in size. The electric crossover is about 65 inches tall while its SUV sibling is roughly 66 inches tall but the latter is heftier with a width of 78.7 inches when the mirrors are folded. If one is looking for extra seats to carry more passengers or to simply have that third-row factor, the Model Y will be a logical choice that’s worth the money.

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The release of the Model Y is getting closer and closer. Aside from the more frequent sightings of the electric crossover in the wild, the California  Air Resources Board published its certification recently. For context, when the Model 3’s CARB certificate was published in 2017, Tesla made the first deliveries of the vehicle 25 days after. The CARB certification specific to the Model Y Performance variant gave consumers a hint of the vehicle’s range and hinted that Model Y deliveries are imminent.

The electric crossover will be offered in three variants. The Performance version will go for $61,000 while the Dual Motor All-Wheel Drive Long Range and the Rear-Wheel Drive Long Range will set customers back by $52,000 and $48,000, respectively.

Production of the Model Y will kick off at Tesla’s Fremont factory this Summer. Likewise, CEO Elon Musk formally launched the Model Y program at the carmaker’s Gigafactory 3 in China. The soon to rise Gigafactory 4 in Germany will also produce the all-electric crossover.

 

H/T to u/Subculture1000

Tesla Model Y third-row seats: Latest images show they are not vestigial, provide enough legroom

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Tesla owner braves fast food Drive-thru in Smart Summon test


Tesla’s Smart Summon feature has conquered thunderstorms to pick up a family, snow-covered roads, and crowded parking lots successfully. But this time around, the popular Full Self-Driving feature may be facing its toughest test yet — a fast-food drive-thru.

Mark Bianco of the BackseatBaller YouTube channel tested his Model 3’s ability to navigate through his local A&W’s drive-thru lane. Bianco chose a less crowded restaurant to test the feature to increase the safety of those around him. After all, he did not know how Smart Summon would operate in a tight setting like a drive-thru lane.

Interestingly enough, the satellite map in the Tesla app where Bianco attempted to operate the feature was not updated and showed an empty field where the restaurant was located. This contrasts with the Model 3’s display, which clearly showed the A&W outlet.

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Bianco kept his reputation as the “Backseat Baller” intact as he operated the vehicle from the rear seat. The car slowly approached the speaker of the drive-thru, where Bianco ordered a meal successfully and managed to navigate the vehicle toward the second window where the food was set to be picked up.

The vehicle was a far distance away from the window and it actually required Bianco to get out of the vehicle and pick the food up from the window himself. This was a result of the vehicle’s forward cameras, radar, and range proximity sensors recognizing a curb shortly ahead of the pick-up window. The car was prepared for this turn and as a result, it distanced itself a bit too far from the window.

Even with the distance from the window, Smart Summon’s performance in this test was quite successful. It managed to navigate through the thin and narrow drive-thru lane, stop at each window with ease, and allowed Bianco to retrieve his food safely. While Summon is really aimed at bringing a car to an owner when they are leaving a store or shop, this unorthodox use allows people to see what the feature is really capable of.

Smart Summon was released in the United States in September with the Version 10 update. Since its initial rollout to EAP members, the feature has received both compliments and criticisms from large publications, but real-world users seem to enjoy the benefits of the feature. Tesla rolled out the feature in Canada shortly after its U.S. release, and in China just before Christmas 2019.

You can watch Mark Bianco’s video of his Model 3 navigating an A&W drive-thru below.

Tesla owner braves fast food Drive-thru in Smart Summon test

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The Boring Company’s Las Vegas tunnel is nearly 50% done


Elon Musk’s Boring Company has made plenty of progress with its Las Vegas Convention Center people mover. The underground tunnel is now about 50% complete and around six football fields in length, according to the Las Vegas Convention and Visitors Authority.

The Boring Company officially started tunneling for the people mover after a ceremonial groundbreaking event on November 15. In just two months, the project is nearly halfway completed.

The company’s Tunnel Boring Machine (TBM) has been 40 feet underground for months and is working to drill two, one-mile-long tunnels. Boring Company began shipping portions of the TBM to the site in Las Vegas in September. Since then, the project has really started to take shape.

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Musk’s dream of solving the common everyday riddle of traffic birthed the idea of the underground tunnel. The Boring Company has already completed a private tunnel for Tesla vehicles in Los Angeles. But the Las Vegas tunnel will be the first publicly available transportation system that the Boring Company will complete.

The project cost the Boring Company $52.5 million and is expected to connect the Las Vegas Convention Center to popular Las Vegas hot spots. Downtown Las Vegas, the Strip, and McCarran International Airport will all be destination options for riders. The mover is expected to transport an estimated 4,400 people per hour.

The Las Vegas project is just one of five projects the Boring Company has listed on its website. Boring Co. locked up the deal with the LVCVA after blowback from some members of the board who felt the company did not have enough background to trust with a large project like this.

LVCVA board member Michele Fiore was one of the most vocal and she opposed the Boring Company’s involvement in the project from its initial stages. “They already have projects here that are operating successfully. The Boring Co. is three years old and has yet to deliver a final package on anything,” she wrote. Fiore was more interested in an above-ground project that would be completed by an Austria-based company known as Doppelmayr Garaventa Group who has a rich, 125-year history.

The Boring Company’s progress on the project is sure to have the doubting board members of the LVCVA thinking twice. The project is due to be finished in January 2021 and will be unveiled at the Consumer Electronics Show in Las Vegas.

A Livestream of the Boring Company’s Las Vegas Tunnel Project is available for viewing here.

The Boring Company’s Las Vegas tunnel is nearly 50% done

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Tesla Model 3’s 2019 China registrations show 161% increase year-over-year


Tesla posted 6,643 new vehicle registrations in China last December, helping push the company’s 2019 total to 42,715. This corresponds to a 161% increase compared to 2018, when the Palo Alto, California-based car manufacturer hit the 16,360 mark in China.

According to the data from China Automotive Information data reported by Bloomberg, the new vehicle registrations in December includes 30 Made-in-China Model 3s, as well as a slight increase from November’s 5,597 vehicles. The state-backed agency based its data on purchases of car insurance.

Seeing the rise in new Tesla vehicle registrations in the biggest automotive market in the world is quite an achievement for Elon Musk’s car brand as China has been experiencing a car market slump in the past two years.

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Research firm Piper Sandler recognized the big upside of Tesla in China and it declared recently that the market has been underestimating the potential growth of Tesla in the country.

“If Tesla’s Model 3 market share in the United States can be replicated in China – and if this logic extends also to Model Y – then Tesla’s annual volume in China alone would eventually exceed 650k units,” director and senior analyst Alexander Potter said.

Tesla delivered the first batch of its MIC Model 3 units to its employees in December and made the first public deliveries on Jan. 7, exactly a year after its Gigafactory 3 in Shanghai broke ground. The company has also formally launched its Model Y program in the country.

Likewise, Musk announced during the recent Gigafactory 3 event that Tesla will create a design and R&D center in China where Chinese-style Teslas will be created. The vehicles from the said center will not only be distributed locally but to the rest of the world as well.

Tesla also slashed the price of the MIC Model 3 that resulted in a surge in demand. China-based Chuancai Securities sees the huge potential of the Model 3 as a cash cow for Tesla as it estimates the gross margin of the company for the mass-produced electric sedan to increase to as high as 40%. According to the equity firm, it can achieve this once Tesla improves localization of its parts that will push down the expenses of raw materials to about 10 to 20%.

The Gigafactory 3 in Shanghai has hit a run-rate of 3,000 vehicles per week and will try to hit that goal as it adds more workers to the production line.

Tesla Model 3’s 2019 China registrations show 161% increase year-over-year

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Tesla community gets invited to fundraiser for children’s hospital in the Netherlands


A Children’s Hospital in the Netherlands is requesting the help of Tesla owners to assist in raising funds for the medical facility’s pediatrics unit.

Radboud University Medical Center in Nijmegen, Netherlands announced its “Tesla Owners for Amalia Children’s Hospital” campaign on January 15. The facility is located 12 kilometers from the Netherlands-Germany border and aims to aid sick kids with terminal illnesses.

Radboud University Medical Center is seeking donations from anyone to help advance the technology of the Children’s Hospital. Currently, the staff treats 22,000 children between the ages of 0 to 18 every year. This figure makes up for nearly one-fifth of the total patients the hospital treats on an annual basis. However, the doctors and medical staff at the hospital want to make the facility more child-friendly, hence, the need for additional funding.

The event will take place on April 5. Spokespeople at Radboud hope their parking lot will fill up with Tesla vehicles for children to admire.

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The medical facility’s Tesla-themed campaign notes that much like children, electric vehicles are the future of the Earth. Amalia Children’s Hospital organized the event to help children with terminal illnesses have a fun day with Tesla’s vehicles and all of their fun, quirky features.

In addition to the Tesla event, the hospital already has a separate and permanent donation campaign for non-Tesla owners. The Amalia Children’s Fund is always welcoming of donations in the form of money, gifts for the children, or even “adopting a room” that would feature the names of donors.

Tesla is the leader in electric vehicles and the Netherlands is a country where the company has made an overwhelming presence since the release of the Tesla Model 3. Tesla registered over 30,800 electric cars in the country in 2019, making it the most popular EV by a long shot. Part of this is due to support from the government, with the country’s Supreme Court ruling that carbon emissions must decrease by 25% by the end of 2020. Driving a Tesla as opposed to a petrol-powered automobile can certainly help reach this goal.

If you are interested in donating to the “Tesla Owners for Amalia Children’s Hospital” campaign, you can do so here.

You can also watch the Radboud University Medical Center’s ad spot for the campaign and event below.

Tesla community gets invited to fundraiser for children’s hospital in the Netherlands

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