Tesla (Competition) Deathwatch: The History of Atari

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Published on November 20th, 2019 |

by Frugal Moogal

Tesla (Competition) Deathwatch: The History of Atari

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November 20th, 2019 by Frugal Moogal

I wasn’t planning on writing a second article in this series so quickly, but I was reading through the comment section of the first piece and felt compelled to write a response to cover some of those replies.

And basically, the biggest reply pushing back on my first articles seems to have been, “hey, Kodak is completely different than legacy automakers because the situations are different, so it will be much easier for them to change than Kodak.”

Instead of writing thousand-word responses in the comment section … I’m going to write a few thousand words in responding articles! To do this, I’m going to go through some of the replies that I see and give historical examples of disruption in other industries that I believe show how those examples may not be as safe as many readers seem to believe.

Ultimately, no one knows exactly what is going to happen. Amazon was a laughingstock of the internet 20 years ago because it was bleeding money and Wall Street couldn’t figure out any scenario where it would be worth its valuation, but Pets.com sure was awesome too, even getting its own Super Bowl ad … except Pets.com managed to go out of business the same year its Super Bowl ad ran.

One more thing I feel compelled to write here — I’m not writing any of this to call out any responses as being wrong. I actually love when co-workers, employees, and even friends push back on my ideas with ideas of their own. If I’m replying to something you wrote, know that it’s because I respect your argument and have thought about it, but feel that additional information may point to different results.

I also may not change your opinion at all — none of these examples are going to perfectly align with the auto industry because every industry is different, and if the auto industry had already undergone this disruption we’d already know what happened. We don’t, but looking at history often helps to understand what the future may hold.

With that, let’s get into the first reason some readers said the auto industry isn’t in trouble, and some examples of why they may be…

Moving from ICE to BEV is a Small Step
I feel like this is perhaps the most misunderstood part of the comparison. I do agree that in my prior example Kodak moving from film manufacturing and sale to digital cameras seems like a significant business shift, and don’t get me wrong — it was. But, we have seen many examples of industry leaders quickly becoming industry also-rans in the same market.

For this one, let’s look at Atari. When it was founded in 1972, there was basically no market for video games at all. Atari quickly created and dominated a marketplace for coin-operated video games, and then entered the home with the Atari Video Computer System (commonly known as the Atari 2600), releasing it in 1977. The company immediately started planning for the successor to the VCS, and released the Atari 5200 in 1982. While the 5200 wasn’t a great console — many would argue it wasn’t even good — Atari still dominated the video game industry with the 2600 (renamed officially from VCS by this point) and it was prepared to use everything it learned in a new, far more powerful Atari 7800 console slated for release in early 1984.

Before that happened, the video game industry suffered a crash in 1983, during which the Atari division of Time Warner lost around half a billion dollars. That same year, a small Japanese company named Nintendo set up a meeting with Atari’s executives to try to convince them to sell Nintendo’s newly developed Famicom game system under the Atari name because the Japanese startup was concerned about breaking into the market. Atari, which was both undergoing management changes and figured it had the Atari 7800 console ready to go, opted not to. Nintendo instead released the Nintendo Entertainment System (NES) itself.

Atari seemingly held all the cards — it had the best hardware manufacturers, a huge conglomerate behind it (although, Atari was sold in 1984 since Time Warner figured the video game market was dead), the biggest name in the industry, and products ready to go. It would have been an extremely small step, and one that was expected, for Atari to release and market the Atari 7800, crushing the competition. If Nintendo proved the market for home consoles still existed, Atari could come into it later and just dominate, right?

If you know much about video game history, then you know how this story ends. After selling more than 25 million Atari VCS / 2600 consoles, Atari only managed to sell around 1 million Atari 7800 consoles worldwide. The NES? Nintendo managed to sell 61.91 million consoles worldwide. If you only consider the United States, since Atari’s 25 million VCS consoles were mainly sold there, the NES still managed to sell 34 million consoles.

What happened? Atari was positioned with all of the advantages that legacy automakers believe that they have right now. Atari had the manufacturing know-how, the relationships with retailers, solid in-house programing teams, and it owned and fully controlled many of the most well-known game properties. Moving from the 2600 to the 7800 should have been a small step. Forget the two years that Ford claims to have designed the Mustang Mach-E in, Atari literally had the design for this console sitting and awaiting production before the Nintendo NES was launched.

It seems that Atari had everything going for it, yet it never recovered, making one final home console with the Atari Jaguar — about 250,000 consoles — before going out of business and merging with other companies after that. Atari would “reverse merge” into a hard drive manufacturer named JTS in 1996, and then was sold to Hasbro Interactive for $5 million in 1998. What was just 20 years earlier the most exciting gaming company ever was sold for pennies.

Nintendo managed to capture the eyes and thumbs of gamers everywhere by bringing innovation and care to its products. Some of the ways Nintendo accomplished this would later lead to its own sort of downfall in the video game market — it controlled more than 75% of the worldwide video game market with the NES, but fell to about 45% in the next generation with its Super Nintendo and then about 22% when Sony took over the industry with Playstation, after originally trying to team up with Nintendo to release it and Nintendo turning Sony down.

The point is that it may seem like a small step for legacy auto to go from the internal combustion engine to a battery electric system, but it really isn’t. If making a good BEV vehicle was as simple as slapping any electric motor and big battery into a car, we would have seen someone challenge Tesla already with a better design. In many ways, the Ford Mustang Mach-E is the first vehicle that really feels designed from the ground up to challenge Tesla. The problem is, to do so, the design of the Mustang Mach E will need 25%+ more batteries to go as far as the Model Y.

Then, you run the risk of stranded assets. You can still find new games for the Atari Jaguar pretty easily. Atari is pretty well known for burying hundreds of thousands of cartridges in a New Mexico landfill in 1983 due to having so much unsold inventory.

Comparing to Legacy Auto
If internal combustion starts to contract at levels similar to the collapse of film, legacy automakers are looking at having hundreds of millions of dollars worth of vehicles on hand that will have extreme difficulty selling. To do so, the industry will need to offer extreme discounts, probably losing significant money on each of them.

At the same time, the industry will have to start shutting down and transferring its auto lines as quickly as possible. Even if we use Ford’s two year turnaround time for the Mustang Mach-E — a turnaround time that doesn’t seem to include the next year while Ford spools up production — two years of losing significant amounts of money from auto sales, redesigning new vehicles, and changing lines over would be nearly impossible for any legacy automaker to do with their current debt levels.

Finally, legacy auto has an issue with auto leases that will add to its problems, as they will be buying back cars that had assumed resale values that have been crushed by the next generation. Anyone who doesn’t think this will happen isn’t paying attention, as it already is — Capital One wrote about how the Tesla Model 3 is destroying the market for lightly used premium-class cars at a rate that is stunning. Capital One framed this article by saying this was great news if you were looking for a luxury vehicle at a slightly better price so long as it isn’t a Tesla, and that’s true, but this will manifest in real losses for legacy automakers.

Let’s use Mercedes as the example. Capital One noted that a 2016 Mercedes B-Class depreciated from a value of $18,500 to $13,200 in the first six months of 2019 alone. According to another article about new car depreciation from Capital One, the average depreciation for a $30,000 sedan after two years is to $20,700, and then after three years $17,400, so the average expected drop during this time is about 16%. The average depreciation after three years is 42%.

2019 Mercedes B-Class costs range from $43,100 to $56,900. Let’s give Mercedes some benefits here, and say that all of the cars it leases would be at the low end, and it was worried about the value when the cars came off lease and sold them with a 40% residual value. That would mean Mercedes would be on the hook for buying back those cars for $17,240. If the actual value is $13,200, Mercedes would be losing $4,000 for every vehicle sold back.

And the hurt doesn’t stop there. New leases for the same car will have to ..

Nikola Pushes Deeper Into Battery Electric Vehicles With Next Generation Battery Tech

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Batteries

Published on November 19th, 2019 |

by Kyle Field

Nikola Pushes Deeper Into Battery Electric Vehicles With Next Generation Battery Tech

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November 19th, 2019 by Kyle Field

The Nikola Motor Company dropped a bomb on the electric vehicle industry today with news of a pending acquisition of a team that has developed next generation battery technology. The news comes with claims of a cathode with 4 times the energy density of today’s lithium-ion cells, lasts for 2,000 cycles, and at a cell cost of 50% less than today’s lithium-ion cells.

Nikola Motor Company CEO Trevor Milton unveiling the Nikola Two at Nikola World 2019. Image credit: Kyle Field | CleanTechnica

If Nikola can bring a battery with these specs to market and produce them at scale, the implications to not just the world of electric vehicles, but to the entire automotive industry and to the world of stationary energy storage would be profound. But that’s a big if. Thanks to unprecedented investment in battery research and design, prototype batteries and breakthroughs in the lab happen nearly every week, but they don’t always translate into real world improvements.

In this case, Nikola’s outspoken CEO Trevor Milton feels the company has found the real deal with news that it has filed a letter of intent to acquire the team that developed the new tech. The acquisition is not finalized at this point, but Milton hopes to announce more details surrounding the breakthrough at Nikola World next fall.

For now, here’s what we know:

Cathode with 4x the energy density of lithium-ion
Prototype achieved 2,000 cycles in testing with “acceptable” end-of-life performance
Cost 50% less to produce next generation cells per kWh compared to lithium-ion
Weighs 40% less than same capacity of lithium-ion cells
Prototype cell achieved 500 watt-hours capacity

“This is the biggest advancement we have seen in the battery world,” said Trevor Milton, CEO, Nikola Motor Company. “We are not talking about small improvements; we are talking about doubling your cell phone battery capacity. We are talking about doubling the range of BEVs and hydrogen-electric vehicles around the world.”

Nikola’s new battery tech challenges lithium-ion’s supremacy in the battle to power our vehicles, homes, and businesses. Image credit: Kyle Field | CleanTechnica

Batteries are the glue that holds the worlds of electric vehicles, renewables, and distributed generation together. While lithium-ion batteries have continued to improve in energy density and cost at a steady pace in recent years, the broader industry has had its sights set on the next generation battery cell technology. Nikola’s new team has developed a prototype cell that delivers on the promises of future battery technologies, with an energy density of 1,100 watt-hours per kilogram for the material and 500 watt-hours per kilogram when rolled into a cell.

Bringing 500 watt-hour cells to market would be a nice bump in energy density and at a lower cost than batteries going into production electric vehicles today. The path to market for the new battery tech is not going to be an easy one as Nikola will need to build or license manufacturing capacity for the new cells. It is exactly this bump in the road that mainstream automakers are wrestling with now as the Chinese battery manufacturing engine continues to spool up to fill the need. Indeed, to meet its needs at its Shanghai Gigafactory, even Tesla contracted out the supply of battery cells.

Nikola plans to share the intellectual property (IP) for the new batteries with OEMs that contribute to a new battery consortium. The move has the potential to catapult not only Nikola, but the world of automobiles into electric vehicles at a rapid clip. It shows that Nikola sees the need for battery cell standards that stretch beyond its walls and into the broader industry to achieve the manufacturing scale required to bring the cost down for everyone.

Nikola has big plans for 2020 as it continues to add scope to its already complex launch. Image courtesy: Nikola Motor Company

Not that Nikola is planning to just give the tech out for free. It has big aspirations for itself, with customer discussions about orders that would propel it into the upper echelon of truck manufacturers. “Nikola is in discussions with customers for truck orders that could fill production slots for more than ten years and propel Nikola to become the top truck manufacturer in the world in terms of revenue,” Milton said. “Now the question is why not share it with the world?”

Of course, Nikola must first establish its own manufacturing presence that can keep pace with the lengthy list of heavy truck manufacturers aggressively moving into zero emission trucking including Mercedes, Volvo, BYD, Tesla, to name a few.

The details of the new battery deal have yet to be shared, but for now, it is clear Milton and his team at Nikola see promise in batteries in their hydrogen fuel cell and battery electric vehicles alike. The world will have to wait until next fall to see them in action as Nikola plans to showcase the batteries charging and discharging at Nikola World 2020.
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Kyle Field I'm a tech geek passionately in search of actionable ways to reduce the negative impact my life has on the planet, save money and reduce stress. Live intentionally, make conscious decisions, love more, act responsibly, play. The more you know, the less you need. TSLA investor.

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Tesla Gigafactory 4, Tesla’s Growth Cost, & A German Forest

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Published on November 18th, 2019 |

by Tim Dixon

Tesla Gigafactory 4, Tesla’s Growth Cost, & A German Forest

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November 18th, 2019 by Tim Dixon

Tesla recently unveiled that the location of its 4th Gigafactory will be near Berlin, in Brandenburg in the Grünheide municipality next to the GVZ Berlin-Ost Freienbrink industrial park, and that it will require the removal of part of a forest.

Tesla Gigafactory 3 in Shanghai, China. Photo courtesy Tesla.

While Germany and land use are both outside of my writing purview (which is Chinese electric vehicle news), it ignited an old interest.

The removal of a forest and replacing it with industrial/service/housing/energy has been a quintessential environmental issue for a long time, and I foresee that this event will trigger contentious debate and will be used by Tesla detractors in the environmental and investment community, but I think we need to deal with this issue.

I myself experienced the very negative local blowback towards the expansion of a wind farm on the moorland near my hometown and how media can manipulate narratives.

Yet I also see this as a possible opportunity for Tesla to double down on its environmental protection and mission.

To start off, Tesla’s Fremont factory was purchased second hand (very sustainable). Since then, Tesla has had to build its own factories, and these factories have always been “outwardly” not very innovative when it comes to sustainable design.

Tesla Fremont factory. Photo by Kyle Field, CleanTechnica.

Secondly, forests are not made equal. Cutting down a young forest compared to an old growth or tropical forest has different environmental impact.

So, thinking about this and the writing of Lloyd Alter at Treehugger, I thought I’d offer a solution and the reason I think it won’t happen.

Solution
I think the solution to the environmental impact is two fold:

Firstly, the design and manufacturing of the factory should account for the “upfront carbon cost,” material choice, and energy use.

Secondly, Tesla should pay for the creation of protected areas of “high ecological significance” and/or afforestation efforts in key areas.

The embodied carbon or “upfront carbon cost” should be part of the design process and efforts should be made to reduce its upfront and long-term carbon cost. This could be done by looking at the materials, design, and placement of the factory, including whether or not other unused facilities are available. Material choice could be interesting, as Tesla could build using more modern wood construction methods like Cross-Laminated Timber (CLT). Imagine if Tesla Gigafactory 4 was a massive wooden, renewable energy–powered, electric vehicle and energy storage factory. Germany being the birthplace of the Passive house (Passivhaus) offers up the opportunity for Tesla to find and modify the best practices of building design to create a more sustainable factory.

Environmentally sensitive areas on land and at sea are in danger of destruction/collapse, and Tesla could create a fund to actively protect and grow protected areas — money to protect the Amazon, marine ecosystems, and reforestation efforts around the world. A upfront donation and/or ongoing revenue share could provide protection of the most valuable ecological assets of earth.

My reasoning why this won’t happen
When I worked at the European HQ of Tesla, we had a large all-hands-on-deck meeting. A new executive was making a speech about joining Tesla. In this speech, he reiterated a point I have heard many times about Tesla, that it’s a startup. Compared to established car manufacturers, we were tiny. We had to be lean and fast moving for a car company, and the future depended on us creating meaningful change. Tesla is still a startup in spirit, even if no longer in scale.

While sustainable factory design and development is key to our future industrial development, I don’t think it will be seen as a key part of Tesla Gigafactory 4’s design process since Tesla will still see it as something the company can’t risk — it’s outside the company’s core mission and too untested.

Tesla is a leader in electric vehicle production and the energy transition, but this means it has to invest its capital in ways it sees as the best for achieving its long-term goals. It is working at a rapid pace to help create a sustainable society, and has to survive against powerful entrenched industries which would prefer to not change. So, I hope Tesla looks at Gigafactory 4 design and construction as somewhere it could innovate, and I hope the company is talking to top experts about this. Nonetheless, I cannot fault the company if it focuses on getting the Tesla Gigafactory 4 built in a less risky and mature way.

But a wood car factory is still a cool-sounding idea.

For updates, follow me on Twitter or add me on LinkedIn.

Sources: WELT, Treehugger, Treehugger, Inhabitat
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Tim Dixon When not researching the Chinese electric car market, I am teaching in China. My interest in sustainable development started in University and it led me to work with Tesla Europe in the Supercharger team. I'm interested in science fiction, D&D, and travel. You can follow me on Twitter @TimDixon3.

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More Glimpses Of Tesla Model Y Near Tesla Fremont Factory

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Published on November 18th, 2019 |

by Cynthia Shahan

More Glimpses Of Tesla Model Y Near Tesla Fremont Factory

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November 18th, 2019 by Cynthia Shahan

The Tesla Fremont factory is priming the nearby roads for another highly sought-after Tesla vehicle, the coming Model Y. Word is that the Tesla Fremont factory is busy putting together an assembly line for the Model Y. It has also been testing them on streets in the surrounding area — and sometimes further away.

Development isn’t just taking place at Tesla’s global HQ, though. We now know that the Model Y will also be produced in Germany, near Berlin.

Tesla, around the world, is prepping for the release of what is widely expected to become the Silicon Valley automaker’s most popular model.

It’s hard to believe the Tesla Model S only arrived on the scene in 2012. Since that time, we’ve seen Tesla’s Model S P100D take the Ludicrous Crown for performance, consistently darting to the finish line like a rocket and leaving the best ICE cars in the dust, and their drivers in awe. It seems like ages ago that Tesla lovers enjoyed those first spy shots of the Model 3, and Model X. They win their own share of races, or can simply move smoothly with the moonlight while you gaze through the Model 3’s glass roof and the X’s supersplendulous windshield.

Enjoying the glass roof inside the Model 3. Image thanks to the Fosse family, CleanTechnica.

Now the hot new Tesla everyone wants to see a bit more of is the Model Y (and the Cybertruck). For those who can’t get enough of the spy shots, here’s a 5 second video with a great view:

Iqtidar Ali points out that this Model Y Performance is sporting the “wind turbine” rim design, one of the three original wheel design patents registered for the Model 3. He notes that the wheels were originally seen on the Model 3 on the night it was unveiled — March 31, 2016. Now they reappear after a long absence. Perhaps Tesla will offer them on the Model Y.

Wind turbine wheel on a red Tesla Model 3 prototype at the car’s unveiling. Photo by Tesla.

Related:

Tesla Brings “S3XY” To Life With Model Y Launch
Tesla Model Y Will Be World’s Safest Crossover & Quickest Affordable Crossover Or SUV
Tesla Model Y, Amazingly, Beats The Lamborghini Urus (Which Costs Over 3 Times As Much!)
Why Tesla Model Y 3rd Row Is Key To It Becoming The Best Selling Vehicle In The World
Tesla Model Y Prototype Spotted On Road Near Tesla HQ (Videos)
Tesla Model Y & Model 3 Visual Comparison — Side by Side, Morphing, More
All-Season Tires For The Tesla Model 3 To Keep Things Simple — And Hopefully Safer & Cheaper In The Long Run
The Tesla Model 3 Is Tons Of Fun In The Snow … With The Right Tires

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Cynthia Shahan Cynthia Shahan started writing by doing research as a social cultural and sometimes medical anthropology thinker. She studied and practiced both Waldorf education, and Montessori education. Eventually becoming an organic farmer, licensed AP, and mother of four unconditionally loving spirits, teachers, and environmentally conscious beings born with spiritual insights and ethics beyond this world. (She was able to advance more in this way led by her children.)

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Reviving The “Tesla Deathwatch” — With A Totally Different Spin

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Clean Transport

Published on November 18th, 2019 |

by Frugal Moogal

Reviving The “Tesla Deathwatch” — With A Totally Different Spin

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November 18th, 2019 by Frugal Moogal

After the recent unveiling of the Ford Mustang Mach-E, I feel like it’s time to revive the Tesla Deathwatch.

No, not the Tesla Deathwatch that you may have read about on this site before, where certain websites made daily updates gleefully predicting that Tesla would soon run out of money and be forced to shutter operations (more than a decade ago).

Instead, as I mentioned in my previous article, the Mustang Mach-E may end up being a Ford killer. Simply put, Ford is carrying around $100 billion in debt. If the transition to electric mobility happens too quickly, Ford could be left with a ton of debt and factories full of internal combustion technology that end up being stranded assets. If this happens, then the attempt to transition from internal combustion technology to electric propulsion may end up leading to Ford’s demise.

Anyway, in this new sporadic series, I’m going to take a look at legacy automakers to see the risks that this transition has to them and how they are coping with it. I will also try to estimate the risk that Tesla has created through its disruption.

And that’s the thing — when new technology comes along, often the most vulnerable are those companies that dominated the previous technology, as they are too invested in that technology to make a sudden change. A sudden change renders a significant portion of their business obsolete immediately, while the new technology has no guarantee of profits.

There are lots of recent examples of this that I could use to highlight the change. It was anticipated that at any time Sears could destroy Amazon, but it’s pretty clear who is winning that battle. Blockbuster Video dominated the home movie industry, and then Netflix came along. Atari dominated the video game industry, so it stopped innovating and let Nintendo — who had even asked them to release the NES in the United States under the Atari brand — to take over.

Instead, I’m going to take a quick look at a company that I think is perhaps the best parallel to what is happening with automobiles right now, Kodak.

The Kodak Story
The Kodak story is an absolutely fascinating one, and I strongly suggest if this interests you at all taking some time to really research it, but here’s the basic overview:

In 1975, a Kodak engineer by the name of Steve Sasson invented the first digital camera. He was told not to tell anyone about it, with a former Kodak vice president directly admitting that they could not sell it because they feared the effect it would have on the film market, which was Kodak’s main source of revenue.

And film sales were great, peaking in 2001 as consumers had started to purchase digital cameras. Kodak faced a problem — the manufacturing process for its film, which was truly extremely complex to make, had nothing in common with making semiconductors to make great digital cameras. Add to that the fact that companies could buy the components to make a digital camera from various providers and create their own cameras quickly, without being encumbered with significant debt and assets from businesses that were suddenly losing market share.

And market share dropped quickly. The market peak of 2001 was followed by a few years of the market slowly contracting, following by that trend gaining speed like a snowball rolling downhill. By 2010, worldwide demand for photographic film had fallen to less than 10% of what it was in 2001. In 2012, Kodak filed for bankruptcy.

Perhaps even more interesting, even before the market peaked, Kodak realized that it would need to start selling digital cameras. In 1999, Kodak held a 27% market share on digital cameras. As a matter of fact, my first digital camera was a Kodak camera.

The problem was Kodak wasn’t making money on those cameras. Indeed, this incredible article from Reuters, written shortly before Kodak’s bankruptcy, noted that in 2001 Kodak was losing $60 for every digital camera it sold. It didn’t matter that Kodak was actually doing pretty well in digital camera market share — capturing over 20% of it in 2005. The combination of stranded assets in its core business and losing money to maintain market share was unsustainable.

Kodak emerged from bankruptcy in 2013, but is a shell of what it used to be. In Q1 2001, Kodak reported revenues of $2.975 billion and net earnings of $150 million. In Q1 2019, Kodak reported revenues of $291 million and losses of $16 million.

The Kodak Lesson
It’s difficult to turn a profit when your core, established business is in free fall and the only way for you to gain market share in the future of your market is to lose money on every sale you make. After the peak of film sales in 2001, and a few years of relatively small declines, the market for film nosedived at 20 to 30 percent per year.

Kodak was still making money on its film divisions when it went out of business — it is just that the business had shrunk to a point nearly unimaginable a few years before. In reading through Kodak’s annual reports, I found that Kodak made a profit of $1.43 billion on revenue of $10.231 billion for film production in 2000. By 2011, the company made a profit of only $34 million on revenue of $1.547 billion. I feel it’s also worth noting that Kodak lost $349 million on its digital camera division that year.

There are two lessons here that are important. The first is that markets for well established goods can collapse at nearly unimaginable rates as new technology disrupts the old. In 2000, absolutely no one expected that physical film sales would topple as fast at they did. In 10 years, Kodak lost 85% of its sales to the disruptive change that digital cameras brought about.

The second thing is that as markets shrink with well-established groups, so do the profits. In 2000, Kodak earned nearly a 14% profit on it film sales. By 2011, the company was earning 2%.

To me, the lesson is clear — technology transitions happen much faster than people and companies usually expect, and once they catch on, the companies leading the prior iteration of the industry are the first to go out of business.

Tesla is the force that has created incredible disruption within the auto industry. Whether you are a fan or a short seller, Tesla has proven that electric cars can be safer, easier to maintain, cheaper to operate, better for the environment, and more fun to drive than their internal combustion counterparts. They can also use established technology for connectivity to improve the car through time.

I’m not using this article today to look at any particular automaker, but I think the parallels with some are extremely strong. We’re entering a new era, and it’s just as likely that the next generation of automakers will be dominated by newcomers like Tesla, Rivian, and BYD as it is to be generated by the prior generation’s top manufacturers. In fact, if history is any indicator, it’s much more likely that the next generation will not be dominated by the prior generation’s manufacturers at all.

After all, Ford, GM, and Chrysler didn’t start by manufacturing horse buggies.
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“One Day I’m Buying One.” —Toyota Camry Driver After Channeling Tesla Model 3’s Torque (Video)

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Published on November 17th, 2019 |

by Cynthia Shahan

“One Day I’m Buying One.” —Toyota Camry Driver After Channeling Tesla Model 3’s Torque (Video)

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November 17th, 2019 by Cynthia Shahan

I love the smile on this man’s face. He is simply delighted due to his Model 3’s consummate acceleration/performance.

Nick Phan smiled as he noticed a Toyota Camry challenge his Model 3 while moving stoplight to stoplight. He smiled some more and then applied that easy touch that provides the utmost amount of torque — instantly. Phan whizzed ahead. The Toyota owner stopped by his side, eventually. They both laughed and exchanged their mutual validation of the Model 3’s easy performance.

Phan used his rear dashcam feed in the video to help capture how far the Camry was left behind as he encouraged his Tesla’s intense, smooth, forceful instant movement. The Toyota owner shared that he was delighted as well with the Tesla’s performance and said agreeably, “One day I’m buying one.”

His passenger laughed, as he emphasized and repeated, “One day I’m buying one!”

What a way to start or end the day. No conflict. Simply performance.

As Iqtidar Ali from X Auto pointed out: “The superb performance of the car, the superior acceleration of the Model 3 over the ICE Camry instantly diminishes all the false beliefs about electric cars. If anyone argues in favor of the deprecated ICE cars, show them the above video and share the reactions in the comments section below.”

Cleaner air is my issue. Yet who can not enjoy the smile of this man. Apparently, performance affects the heart positively. That is as valuable as environmental wellness sometimes. The more joy of performance, the wider the scope of the transition to these innovative, safe, and technically superb vehicles.

I venture to guess the Camry driver will come to enjoy his choice of Tesla at some point.

Related: Tesla Model 3 vs. Toyota Camry — 5 Year Cost of Ownership Comparisons
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Cynthia Shahan Cynthia Shahan started writing by doing research as a social cultural and sometimes medical anthropology thinker. She studied and practiced both Waldorf education, and Montessori education. Eventually becoming an organic farmer, licensed AP, and mother of four unconditionally loving spirits, teachers, and environmentally conscious beings born with spiritual insights and ethics beyond this world. (She was able to advance more in this way led by her children.)

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Details About Tesla Gigafactory 4 Emerge In German Press

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Published on November 18th, 2019 |

by Steve Hanley

Details About Tesla Gigafactory 4 Emerge In German Press

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November 18th, 2019 by Steve Hanley

Over the weekend, details about the new Tesla Gigafactory 4 near Berlin began to emerge. According to Deutsche Welle, the new factory, which will also manufacture battery packs, will be located in the town of Grünheide in the German state of Brandenburg. It says the total investment in the factory will come to about $4.4 billion — about double what the new factory in China cost. The project will be eligible for up to $330 million in subsidies if they are approved by the European Union.

Construction is expected to begin in early 2020 — about a year after Gigafactory 3 in China began — and the first cars should be rolling off the assembly line in 2021, reports Bloomberg. The first cars built in China emerged just 10 months after construction of the factory began. In its most recent earnings letter, Tesla said it expected the first German-built cars to be on the road in 2021, but there’s a good chance Elon Musk has other plans.

The Brandenburg state government is delighted to have Tesla build its new factory there. It expects Gigafactory 4 to provide 3,000 new jobs initially, and as many as 8,000 in later years as it expands. Deutsche Welle says the first production line will be devoted to building the Model Y crossover/SUV, with an annual production goal of 150,000 vehicles. How many production lines will ultimately be in operation there or when production of the Model 3 sedan will begin is not known at this time. Brandenburg is a renewable energy leader in Germany, with many wind turbines dotting its landscape, something that was likely a factor in Tesla’s decision to build its newest factory there.

Carsten Brönstrup, a spokesperson for UVB, an association that represents the interests of a large number of companies in Berlin and Brandenburg, tells Deutsche Welle Tesla’s announcement was a big thing. “It’s magnificent; it’s like Christmas coming early for our region. The region is not particularly known for its strong industry, so getting a Gigafactory will push future-oriented technologies such as battery production and autonomous driving.”

We have been dizzy lately with the pace of Volkswagen’s push into electric cars, but the decision by Tesla to build its next factory in Germany has really set the fox among the chickens. The electric car revolution is about to reach critical mass and will overwhelm the deniers, doomsayers, and detractors soon, leaving them floundering in its wake.

The Brandenburg state government told news agency DPA that at least 3,000 people could be employed at the factory, and that the number of employees could rise up to 8,000 after an expansion.

Construction on the massive project is slated to begin in the first three months of 2020, with the plant expected to be up and running by the end of 2021.
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Steve Hanley Steve writes about the interface between technology and sustainability from his home in Rhode Island and anywhere else the Singularity may lead him. His motto is, “Life is not measured by how many breaths we take but by the number of moments that take our breath away!” You can follow him on Google + and on Twitter.

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Tesla Model S P100D vs. Mercedes AMG GT 63 — Lovecars Drag Race Is Fun, Funny, Worth Watching

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Published on November 17th, 2019 |

by Cynthia Shahan

Tesla Model S P100D vs. Mercedes AMG GT 63 — Lovecars Drag Race Is Fun, Funny, Worth Watching

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November 17th, 2019 by Cynthia Shahan

The other day I noticed my torque was at prime force due to the battery being fully charged — on my 2015 BMW i3. Imagine how this higher state of charge (SoC) increases the feeling of Ludicrous Mode as it jets a Tesla Model S P100D forward like a rocket.

In another case of such a Tesla showing off its power and thrilling its driver, below we have a race between a P100D and a Mercedes AMG GT 63 with a twin-turbocharged V8 engine, two similarly priced 4 door cars.

The articulate racing-inspired YouTube channel Lovecars set up the race. According to Lovecars, the new AMG GT 63 from the oldest car manufacturer in the world challenges the current king of the racetrack, the Model S P100D. The unfolding race is about contrast as well as racing. It is about generational changes.

Tiff Needell amuses himself, and us, as he inspects the vitals on the Tesla screen. His friend in the Mercedes says, “Yeah, but can it do this?” The vroom vroom of the V8 engine follows. (Many would consider that a bug rather than a feature.)

1, 2, 3, and the Mercedes driver smiles in amazement as Tiff and Tesla take a certain lead. “It’s an absolute rocket!” The fun of this video is the back and forth. Tiff says, “I left you 100 yards behind in a flash. Were you not trying at all?”

Tiff switches cars and gets behind the wheel of the Mercedes, because as he says, it must be a driver error — how could Tesla be so far ahead. “Jumping from that Tesla to Mercedes is minimalistic to maximalistic,” he notes — “if that’s a word.”

The drivers eventually make 3 runs of races.

Sources: Tesla Inc. / Mercedes AMG via X Auto

Consider the force and performance of the Tesla, an all-electric car that only arrived on the scene in 2012 from the newest car manufacturer on the planet. Yes, the Tesla Model S P100D deserves the crown. How the times have changed.

I got hooked on Lovecars and Tiff Needell after the races and wanted a bit more. I found another one worth watching. Of course, this sticks with the all-electric Tesla. Enjoy.

Tip of the hat to X Auto.
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Cynthia Shahan Cynthia Shahan started writing by doing research as a social cultural and sometimes medical anthropology thinker. She studied and practiced both Waldorf education, and Montessori education. Eventually becoming an organic farmer, licensed AP, and mother of four unconditionally loving spirits, teachers, and environmentally conscious beings born with spiritual insights and ethics beyond this world. (She was able to advance more in this way led by her children.)

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Tesla Model 3 V3 Supercharging Times: 2% To 100% State of Charge (Video)

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Published on November 18th, 2019 |

by Cynthia Shahan

Tesla Model 3 V3 Supercharging Times: 2% To 100% State of Charge (Video)

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November 18th, 2019 by Cynthia Shahan

VegasModel3 posted a video that answers the most asked EV question I’ve encountered. Although, the answer to this question is particular to the Tesla Model 3. It won’t answer the question for all EVs. That question is typically the beginning question before someone delves further into the world of electric cars.

So, just how fast can a Model 3 charge?

The video captures the whole scope of charging from the lowest ebb of a battery on its last bit of charge until it is fully charged. In particular, it covers a Tesla Model 3 Long Range at a 250 kW max Supercharger. The driver notes that the Model 3 is super energy efficient, so driving fast to use up the battery was deliberate for the timed test.

The charge starts with the battery at 2% SoC (state of charge) and goes to 97% SoC, just about a perfectly full charge. In this case, 2% S0C is 6 miles of driving range.

This Tesla Supercharger V3 station, located at the LINQ hotel in Las Vegas, NV, has a nice setup to keep ICE-ers out. The Supercharger location is blocked until the driver enters the code that is shown on the Tesla vehicle’s center touchscreen. Teslas can charge for free for an hour. After that, a fee begins. Typically, there’s no need for the car to stay longer.

Iqtidar Ali relates that “Tesla’s V3 Superchargers (up to 250 kW) ideally add 1,000 miles (~1,600 km) of range per hour to Model 3 vehicles with the correct software update in place (now widely released).” VegasModel3 relays, “Today I ran a test to see how long it will take to go from 2% state of charge all the way to 100%. I almost made it before my 1-hour parking pass was about to expire. From 2% to 50% this Supercharger is fast!”

Average time spent charging with an on-route warm-up for V2 and V3 Supercharging (Source: Tesla)

VegasModel3 timestamps the flow for viewers:

Raiders Stadium — 1:04
Entrance to Supercharger — 1:46
Supercharger Cabinets — 3:50
Starting to Charge — 5:18
250 kW — 6:45
50% state of charge — 9:19
80% state of charge — 11:15
90% state of charge — 12:56

If you park and leave your EV charging, its charged by the time you’re back from shopping, walking, or eating. If you sit in the EV waiting patiently on your iPhone or iPad, it’s done charging before you know it. The lower the battery charge, the quicker it appears to replenish. That is, until the battery reaches 80%, or especially 90%. That last 10% of range can seem slower to recharge than the entire 50% or 80% before it.

Table of Model 3 Supercharging time, speed and state-of-charge on a V3 Supercharger (Source: X Auto)

It’s better not to go all the way to full 100% charge anyway.

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Cynthia Shahan Cynthia Shahan started writing by doing research as a social cultural and sometimes medical anthropology thinker. She studied and practiced both Waldorf education, and Montessori education. Eventually becoming an organic farmer, licensed AP, and mother of four unconditionally loving spirits, teachers, and environmentally conscious beings born with spiritual insights and ethics beyond this world. (She was able to advance more in this way led by her children.)

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Tesla Toy Drive (Toronto Area)

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Published on November 16th, 2019 |

by Johnna Crider

Tesla Toy Drive (Toronto Area)

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November 16th, 2019 by Johnna Crider

There’s a Tesla toy drive going on in Canada — mainly the Toronto area — and the community wants to help children who are less fortunate to have a special holiday season. The drive is organized by a group of Tesla owners, including popular Twitter and YouTube user Tesla MotherFrunker.

The holidays have always been about giving and helping those in need. I remember a time when I was homeless at Christmas — I lived in a shelter with my mom in Shreveport. I had just turned 10 and I remember sneaking downstairs on Christmas Eve to see if Santa would actually come to a homeless shelter. As a child, I was worried he wouldn’t have been able to find us since we no longer had a home. What I saw imprinted my memory pretty much for the rest of my life.

There were several “Santas,” and elves as well were delivering huge bags of toys. The next day, Christmas, all the children in the shelter were inundated with gifts. I know now that this was the result of kind strangers who wanted to help families that were less fortunate and couldn’t afford to have Christmas at home — especially if they didn’t have a home. My gifts included a lot of calligraphy and art pen sets along with Lisa Frank projects that got me started drawing and painting. Also: journals, puzzles, and a lot of stuffed animals along with much-needed clothing such as socks and shoes.

Tesla Toy Drive 2019

This is why toy drives mean so much to me. When communities gather to help one another, it truly is a beautiful thing. It reminds us that everyone is human and no one is lesser than another due to unfortunate circumstances that have happened to people. The Tesla Toy Drive 2019 will take place on November 30th. So far, over 250 toys and books have been donated.

The goal is to help families in need and the drive is going to be a bit different from most drives. Usually, at these events, people bring toys. In this case, Tesla owners will be doing the actual driving and picking up the toys. There are drop-off locations where they will go pick up the toys and bring them to their final stop: The Salvation Army.

If you are in the area and would like to participate, here are the drop-off locations:

Cross Ave Auto (460 S Service Rd West, Oakville)
La Casa Dolce (755 Queensway East, Mississauga)
Mississauga Electric (2550 Goldenridge Road, Mississauga)

The Tesla owners will meet at 10:00 am on Saturday, November 30, in Oakville. This will be around a three-hour trip and the group will go to the pick-up points to scoop up the toys and bring them to The Salvation Army. The photo below is of a toy donation from PetSmart.

PetSmart was all too happy to help after Tesla MotherFrunker reached out to the company about the Tesla Toy Drive.

While this story is about just one toy drive, it is hopefully also inspiration for other Tesla owners to organize similar toy drives in their areas. Up for it?
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Johnna Crider Johnna Crider is a Baton Rouge artist, gem and mineral collector, and Tesla shareholder who believes in Elon Musk and Tesla. Elon Musk advised her in 2018 to “Believe in Good.”

Tesla is one of many good things to believe in. You can find Johnna on Twitter

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