Title | #6 Tesla Motors Case Study |
---|---|
Author | Sam Coburn |
Course | ENTP Formation & Fund |
Institution | University of Utah |
Pages | 22 |
File Size | 1.5 MB |
File Type | |
Total Downloads | 98 |
Total Views | 164 |
Dr. Cook ...
Introduction
Meet the most innovative car company in the world: Tesla Motors. The company is headquartered in Palo Alto, CA and is led by prominent serial entrepreneur and multi‐billionaire Elon Musk. Tesla effectively created the world’s first all‐electric production sports car. Resembling the Lotus Elise, the Tesla Roadster is in many ways superior to its competitors (e.g. Porsche 911, Lamborghini Gallardo, etc.), especially given that it has twice the torque (295 ft‐lbs starting at zero RPM). In current production, the Models S is an electric luxury sedan with 442 ft‐lbs of torque and a comfortable 300+ mile range (packed to the brim with more mind‐blowing features than one could fathom). In the coming months, Tesla will produce an electric, all‐wheel‐drive, crossover branded as the Model X. This small SUV will outdo its gas‐guzzling competitors in speed, handling, and luxury, all while providing comfortable seating for seven adults. In the near future (circa 2017), Tesla will introduce an all‐electric economy car that will offer a style and range similar to the Model S, but will be priced around $35k.
Opportunity Space
An Opportunity Space is an industry, market segment, or area where an entrepreneur can create new value by filling in a void caused by a market imperfection. The Innovation Process is how the entrepreneur creates a new solution to the market imperfection. Elon Musk is an exceptionally talented and proven serial entrepreneur who has sequentially created three multibillion‐dollar companies: 1) Paypal, the ubiquitous online payment company, 2) SpaceX, the first privately held company to send cargo payloads via rocketship, and 3) Tesla, the first company to put an electric sports car into production. Musk has degrees in economics and physics; and was starting a PhD in applied physics and material sciences at Stanford when he decided to drop out and become an entrepreneur. Unlike most of the traditional disruptive startups that strategically start downmarket and and moved upmarket, Tesla has taken a unique approach by starting upmarket
with a premium sports car and then subsequently moving downmarket to economy cars. Musk and his executive management team deliberately made this strategic choice because wooing electric economy car buyers would be much easier after its high end vehicles had received positive reviews from critics, car enthusiasts, and upscale buyers. This governance decision allowed Tesla to build a venerable automobile brand that would elicit a sporty, sleek, and technology‐driven image in the minds of all customers, particularly the highly profitable economy segment. In other words, Tesla is expanding into the auto market from the top down, starting with the super‐premium (attracting the wealthy elite) and then applying the technology advancements and economies of scale to affordable cars that will be more accessible to upper‐middle class families. Musk states that his goal is not to steal total market share from incumbents, but to catalyze a paradigm shift in the auto industry by demonstrating how to effectively build and support a new era of cars with “zero emissions” and “zero compromises.” Tesla Motors has obtained explosive traction in the auto industry because the Model S performs in so many categories at the top of the class. Although the Model S competes directly with the Audi A7, the BMW 650 Grand Coup, and the Mercedes CLS, it is also at the top of the food chain in many areas where those cars fall behind. Jake Fisher, Director of Auto Testing at Consumer Reports stated in an official review of the Model S: “This car performs better than anything we’ve ever tested before... not just the best electric car, but the best car.” That was evident in their score of 99 out of 100 points, the highest score ever given. It operates fabulously in ice and snow and has been tested at temperatures as low as ‐10 degrees fahrenheit, as well as in hot and dry climates. Many have sold and performed well in Norway, Switzerland, and the Netherlands, and Model S easily makes the trip from LA to NY thanks to its extensive network of supercharging stations. Embed video with image below.https://vimeo.com/40038939
All luxury automakers have taken considerable notice of and are nervous about Tesla’s ultra fast growth. Model S outsold many models of Porsche, Jaguar, Land Rover, Audi, BMW, and Land Rover in California during the first half of 2013, and in the second half accomplishments were even more impressive. More recently, it has been the top selling car in Norway. Despite the company’s decision to continue a zero dollar advertising budget, demand for the vehicle is still outpacing production capacity, resulting in delivery wait times of over two months. Musk’s long‐term strategic goal is to create affordable mass‐market electric vehicles that will eventually cause a material reduction in oil consumption.
Five Types of Value
An organization’s performance is largely attributed to its effectiveness in managing resources. The Five Types of Value framework provides a useful indication of organizational performance and will be extensively used throughout the course:
Value in Use
The effectiveness of a product, service, or experience in fulfilling customer needs. This is measured by the customers' overall satisfaction. “There’s no question that Tesla is trying to dismiss the image of electric cars as being frumpy little transport pods. And if [the Model S’s] cool features don’t do that, the performance here will... It’s just this instant surge of torque. It is fantastic, and its addictive... the performance is stunning.” ‐Tom Mutchler, Consumer Reports
As the first successful American auto manufacturer startup in 100 years, Tesla has won more than its fair share of awards for the Model S, including the coveted Motor Trend 2013 Car of the Year. At first glance of the Tesla Model S, you’ll wonder whether that S stands for sexy, sleek, or supernatural‐‐certainly all of the above. Its lustfully low‐slung body is no deception as the center of gravity is a mere 17 inches off the ground (similar to a Corvette, and much lower than any other sedan). Take a step forward and the key fob in your pocket will activate the door handles to slip out from their default retracted position in the exterior. That default position of the door handles contributes to the lowest drag coefficient (.24) of any production car on the market. Sitting inside the car, the first thing you notice is the cavernously roomy space. The drivetrain is ridiculously small (for the enormous power it delivers) which contributes to a huge cargo space. This does not look like an “electric” car! Then, you notice an enormous 17” screen with a very intuitive two‐ finger touch interface (with reportedly excellent tactile response). That screen replaces all the buttons and knobs (for navigation, built in 3G internet browsing, rear camera display, and all the controls you could wish for), leaving the rest of the dash futuristically elegant. To turn the car on, you just need to sit down since it instantly senses your weight. Tap the brake pedal, push the accelerator, and off you go.
Driving the model S is also beyond anything you’ve ever experienced in a car. Though silent, the motor instantly responds to the accelerator. Really, there’s no lag unlike all other gasoline‐fueled cars. That’s why you see it killing BMW M5s, Porsche 911s,
and Dodge Vipers out on the race track. Even at a hefty 4,600 pounds its 416 horsepower and 442 lb‐ft of torque take it from 0‐60 in as little as 4.0 seconds (says Motor Trend), and on up to a max speed of 134 MPH. To further enhance the drive at high speeds, it lowers itself toward the road to improve handling and range, and in town, it rises up when for easy clearance or stopping (unless you tell it to do otherwise, via touch screen control). And any time you let off the accelerator the car initiates regenerative braking to recharge the battery (which can be guaranteed for 8 years). To charge that battery, you can plug into any 110 volt electrical outlet (the same you plug a hair dryer, or toaster into). For faster results, use a standard electric dryer circuit, or install a special charger at your house for a full charge in about four hours. Other (faster and free) options for charging will be discussed in the Value in Distribution section. Note: Some of you may wonder if it makes sense for founder Elon Musk to be launching rockets for SpaceX and producing tens of thousands of electric (green) automobiles per year for Tesla. Just think of it this way: The Musk’s motivation for the rockets is to test the probability of colonizing Mars, in order to perpetuate the human race pending a catastrophic disaster on Earth. Further, 50,000 Model S cars on the road save the same amount of money every day that it costs to put just one rocket into space. In addition, 61% of that fuel for SpaceX rockets (the Falcon 9 for example) is liquid oxygen, which is perfectly harmless to the environment, as it technically doesn’t even burn.
Value in Exchange
The efficiency of a product, service, or experience in fulfilling customers’ needs. This equates to the benefits received from the purchase (and the overall satisfaction) minus the costs of money, time, and energy spent.
Compare the Model S to alternatives. There are the economy‐class electric options like the Nissan Leaf and the Chevy Volt that are about half the price, but they also have less than half the range. Therefore, these cars fail to provide an accurate comparison. A
more accurate comparison is provided by cars that have similar features: the Audi A7, the BMW 650 Grand Coupe, and the Mercedes CLS. In these terms, the Model S falls right in line. However, the Model S has two important and unique sources of value that no other luxury sedan has. First, it’s 100% electric and therefore comes with a smaller carbon footprint than a gas guzzler (a reduction of 50‐80%, depending on how your local power is produced). Even Tesla owners who live in such states as West Virginia, which derives 96% of its electricity from burning coal (which emits more carbon dioxide than most other fossil fuels including automobile fuel), will still come out ahead on a per‐charge bases because Tesla vehicles are roughly three times more efficient than gasoline cars. Second, because it is totally electric, the motor instantly responds to the acceleration pedal, giving a completely different acceleration sensation than possible in any gasoline car. Aside from numerous over‐the‐top luxury features, these two characteristics elevate Model S a head above the rest, resulting in strong consumer demand.
The Model X is projected to be just as wildly popular as the Model S, if not more so. It will be similarly priced (which varies widely between $65k and $110k depending on the battery type and options). Finally, the future economy car (Model E) will be in
easy reach of the middle class at $35k or so and will be produced at a massive rate (around 400,000 Model Es per year by 2020).
Value in Distribution
Measured by the availability, accessibility, and convenience of a product, service, or experience. Value in Distribution paves the road for growth as it allows more customers to use the product more easily. With nearly 600 Model S vehicles produced every week (up from 400 in 2013), Tesla is closing in on its wait list and transitioning to a very responsive “on demand” mass‐manufacturing process that fulfills specific orders of exact option combinations. Although people are already lining up by the tens of thousands for the Model X, just as they did more than a year in advance for the Model S, this large scale reservation pool demonstrates a healthy confidence that Tesla delivers on its promises. The present limiting factor in Tesla’s production capacity is the supply chain of highly specialized technical parts. Despite this limitation, Tesla plans to produce about 40,000 in 2014, and 500,000 vehicles in 2020 (source). To make that goal, the company plans on building a 5 billion dollar, 10 million square foot “Gigafactory” to build it’s own battery packs.
The Model X will follow a similar pattern of production with 20,000 to 40,000 units per year, starting in the end of 2014 . Then, in 2016 or 2017, the smaller, less expensive
car that follows the Model X is planned for production at a grand scale (100,000 to 200,000 per year in the beginning). There will certainly be a wait list, but this model will be far more plentiful than its three older siblings (which are creating the capital to enable Model E’s large scale mass production). The prevailing obstacle to electric cars, in general, is a phenomena known as “range anxiety,” meaning that people won’t buy a car in which they might become stranded. Tesla Motors generously crushed range anxiety for their customers by creating an ultra‐high‐quality car that needs very little maintenance and has an immense support network that provides drivers with the ultimate in convenience, thus adding more Value in Use. Each component of the strategy gives an added level of security to the daily driver. To begin with, Tesla engineered a battery system with what the EPA measured as a 265 mile range, far longer than any other production car. The nearest competitor is a Toyota Rav4 EV with a 103‐mile range (not surprisingly, Tesla also engineered that car’s powertrain). Thus, with Model S trips of up to 423.5 miles in range, already Tesla drivers have less to worry about.
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At home, owners of Tesla vehicles are able to plug in and charge while they sleep. While on the road, there are public charging stations here and there. However, Tesla is implementing its own exclusive network of special supercharging stations that charge 20 times faster than most public charging stations (up to 80% in 40 minutes). With the completion of this specially designed network in 2015, strategically located supercharging stations will allow 98% of the US population and parts of Canada, Europe, and Asia to recharge at no cost. In order to help drivers recharge themselves, Tesla stations are always located near amenities such as roadside diners, cafes, and shopping centers. Further, you can check on the status of your charge through a smartphone app while dining or shopping.
Tesla enables access to their maintenance offerings in several ways. They make the cars so clean and efficient that breakdowns are extremely uncommon. These oilless cars don’t even require an annual check up, although h wner permission, Tesla runs periodic remote diagnostics on the cars (checking systems from top to bottom). Software updates are also provided remotely. Another feature to the support network is a large fleet of Tesla Rangers. Essentially a specialized maintenance shop on wheels, the Tesla Rangers will soon travel to 100% of
the U.S. (including Hawaii) and parts of Canada. As a Tesla owner, you also have the option to have a valet come to any location and swap out your car for a loaner while work or hardware upgrades are completed.
Tesla Motors has another trick up its sleeve to enhance Value in Distribution. True to silicon valley tech startup form, it skips the middleman in the sales process. Indeed, to maximize profits and decrease price points, Tesla doesn’t offer dealership franchises. Anyone can purchase a car online, in which case Tesla ships it directly factory to door. However many states (such as Texas and Virginia) limit car manufacturers from selling directly to consumers. But true to form, Tesla boldy navigates loopholes, pushes limits, and even leverages high profile showrooms and traveling expos where they can legally woo customers.
Value in Finance
The financial performance of the organization. This is measured by examining the numbers, for example: revenue, cost structure, growth, cash balance, stock price, asset efficiency. Value in Finance demonstrates past growth. With 2013 second‐quarter revenues of $552 million, operating profits of $26 million, $750 million in cash, stock prices sailing with a market cap of over $17 billion, and the highest gross profit margin in the auto industry, Tesla Motors has superior Value in Finance. Even the $30.5 million losses reported in the second quarter are down from the $105.6 million in the same quarter last year, and their $465 million government loan is now paid off, including interest (the first American car company to do so). Sales are also going quite well. The Model S sales in North America has exceeded expectations at over 13,000 (with 5,150 last quarter). The penetration in the US has found Tesla with 10% of the “large luxury sedan market.” Another source of income are California zero‐emissions credits. In the first two quarters Tesla sold well over $110 million worth of battery systems to other car manufacturers who were coming up short. A counterexample of Tesla’s healthy financial performance is Fisker Automotive (who allegedly stole design ideas from Tesla). At first glance, the Fisker Karma may appear comparable to the Model S. However, in all electric mode, the range of this hybrid was only 32‐52 miles and the cabin (of what was supposed to be a luxury sports sedan) was actually rated as a subcompact. On the verge of bankruptcy, the company
completely shut down production in 2012 and currently has no income. The failed car company is now seeking new government loans and subsidies, investors, lenders, and buyers. Fisker’s Value in Finance is shot.
Value in Fitness
Measures organization’s ability to grow, adapt, evolve and continue to generate resources from its environment. Value in Fitness promises future growth.
Many indicators project continued growth for Tesla Motors. Its skyrocketing stock, for example, exudes investors’ confidence in the company’s future growth. Another way that Tesla is showing its continued ability to grow, adapt, and evolve, is the Model X. The Model X has several revolutionary features that evidence something more than a “one hit wonder” force at work. The Falcon wing doors, for instance fold up, allowing adults to step in and out of third row seats in very tight parking spots (no climbing over the second row). And although a heavier car than the Model S, it still does 0 to 60 in under five seconds. It also has a more efficient projected turning radius than that of a Mini Cooper and all wheel drive to boot. It packs other almost too‐good‐to‐be‐true features such as the ability to seat seven adults comfortably. This unbelievable seating is combined with a second and third row that fold completely flat. Thus, the Model X shows off a rich Value in Fitness in every aspect.
At the “Model X Reveal” CEO Elon Musk hops in and out of the Model X third row seat, through the newly designed Falcon wing door. “Now ordinarily I’d move the [second row] seat [forward], but I didn’t want to wait for that,” he said in half a breath. By utilizing a relatively new, off‐the‐shelf type of battery (very similar to the ones in your laptop), the company saved crucial time and money in the design and engineering of the Model S. In a similar way, the basic design platform of the entire powertrain (including battery, motors, wheels, and suspension) is the foundation of future models. The use of the same pl...