Liftoff

Key idea 1

Elon Musk established SpaceX due to his recognition that the condition of the U.S. space program was deeply unsatisfactory.

Elon Musk’s vision entails human habitation of Mars. In light of the global warming crisis threatening life on Earth, he believes that we should either depart from our planet or face the risk of species failure. On Mars, Musk envisions the possibility of engineering a new environmentally sustainable world, akin to a modern Eden. This vision serves as the driving force behind Musk’s company, SpaceX, which is diligently working on developing spacecraft capable of embarking on this arduous and lengthy journey.

Although SpaceX is relatively young, it has already amassed a substantial history. Musk’s motivation stemmed from his disappointment with the perceived lack of ambition in the U.S. space exploration efforts. During SpaceX’s early stages, as he surveyed the landscape, he observed the activities of NASA and a few other prominent aerospace companies and pondered whether that represented the extent of human space exploration ambitions.

The key message here is: Elon Musk founded SpaceX because he saw that the US space program was in a sorry state.

The saga of SpaceX commences in the year 2000. Elon Musk was cruising down the Long Island Expressway in the company of fellow entrepreneur Adeo Ressi. Musk had recently lost his position as the CEO of PayPal, the company he had co-founded.

During their drive, Ressi inquired about Musk’s future plans, and Musk’s response centered around space exploration. However, Musk had reservations: could an individual from the private sector truly make strides in this field? Moreover, why would the realm of space exploration require someone like him? It had been three decades since the United States had sent astronauts to the moon, and surely NASA was on the verge of dispatching humans to Mars by now?

Later that day, Musk visited NASA’s website in search of information regarding its Mars missions. To his surprise, he found nothing on the subject. This perplexed him, prompting him to attend space conferences in California to gain further insight. It was at these gatherings that he uncovered the truth: NASA had no imminent plans to send humans to Mars.

Could it be that a private individual like Musk could indeed make a significant impact? If NASA’s ambitions were lacking, perhaps it fell upon entrepreneurs to take the lead in exploring space?

Musk began to envision grand possibilities. He contemplated the construction of his own rocket, and within just two years, progress was evident. He convened a meeting with prominent aerospace engineers at the Renaissance Hotel in Los Angeles and shared his aspirations. Their response was met with laughter, and one engineer even advised him to “save your money, kid, and go sit on the beach.”

Yet, these seasoned engineers were unaware of Musk’s determination. If anything, his resolve had grown stronger. He was determined to build his rocket.

Key idea 2

From the beginning, SpaceX had an unconventional approach that made it more dynamic.

When Musk convened the prominent aerospace engineers at the Los Angeles hotel, not all of them reacted with skepticism. In fact, some displayed genuine enthusiasm for the endeavor, notably Tom Mueller and Chris Thompson, both emerging talents in the aerospace field.

On May 6, 2002, Musk established his new venture, Space Exploration Technologies, better known as SpaceX. The primary objective was to construct cost-effective, top-notch rockets at a rapid pace. Mueller and Thompson were among the early recruits, and it became evident to them fairly quickly that things would be distinctive at SpaceX.

The key message here is: From the beginning, SpaceX had an unconventional approach that made it more dynamic.

Musk adopted a highly hands-on approach to the hiring process. He personally conducted interviews with each candidate during the initial phase of the company’s growth, up to the first three thousand employees. In the rocket-building industry, selecting the right individuals was of paramount importance.

His interview techniques could be described as unconventional, to say the least. For instance, consider the case of an early hire named Phil Kassouf, a brilliant 21-year-old who had grown up in war-torn Lebanon. To assess his problem-solving abilities, Musk presented him with a riddle. He asked Kassouf to envision himself on Earth with a compass and a flag and then posed the riddle: After planting your flag, you walk one mile south, followed by one mile east, and finally one mile north, only to discover you’re back at your starting point. Where are you? Kassouf correctly responded, “The North Pole,” and earned his position.

Moreover, unlike many established aerospace companies, SpaceX encouraged employees to experiment and embrace the potential for mistakes. While competitors in the industry followed a cautious and methodical approach to engineering, Musk envisioned SpaceX as a company that would rapidly build and iterate upon its creations.

This approach was iterative rather than linear, in stark contrast to the traditional method employed by older aerospace companies. These established firms progressed systematically toward their objectives, rigorously testing every rocket component along the way. Although this approach offered stability, it made rectifying mistakes a costly and time-consuming endeavor.

Musk’s iteration strategy, on the other hand, entailed initiating a project based on a concept and immediately embarking on its construction. Regarding errors, SpaceX was willing to make them swiftly and leverage them as learning experiences. Consequently, right from its inception, SpaceX operated as an efficient and agile rocket manufacturing entity.

Key idea 3

Many years before, Musk had a forerunner who was unsuccessful in his endeavor to master space.

Why did those knowledgeable in aerospace initially disregard Musk? Well, many of them had encountered individuals like him before. They viewed Musk as merely another wealthy individual indulging in space fantasies, and they were convinced he would fail. Moreover, one particular individual weighed heavily on their minds.

This individual was George Koopman, who established the American Rocket Company (AMROC) in 1985. Koopman had previously served as an intelligence analyst during the Vietnam War, created training films for the military, and organized stunts for Hollywood films. He had a vibrant personality and socialized with cultural figures and movie stars, including Dan Ackroyd from Ghostbusters and advocate of LSD, Timothy Leary. Through his connection with Ackroyd, Koopman had taken on a role overseeing stunts in the 1980 movie, The Blues Brothers.

Similar to Musk, Koopman aimed to develop low-cost rockets and make space travel routine. However, his focus was on establishing a space transportation business, envisioning AMROC as an equivalent to Federal Express for delivering packages to and from orbit.

The key message here is: Decades earlier, Musk had a predecessor who failed in his attempt to conquer space.

Highly regarded aeronautics engineers joined AMROC, much as they would later for Musk’s endeavors. Among them, James French had spent two decades working at NASA, and Mike Griffin would eventually become an advisor to Elon Musk many years later.

Initially, things appeared promising, but over time, these engineers began to perceive Koopman as more of a flashy entrepreneur than someone with a deep understanding of rocket science. He used the right jargon but lacked substantial knowledge.

Without the government support and financial resources required for such an ambitious project, Koopman increasingly relied on wealthy donors. To satisfy them, he often exaggerated AMROC’s progress, repeatedly assuring them that the company was just months away from launching a rocket.

For years, AMROC struggled, but a glimmer of hope emerged when the company secured an agreement to launch US Air Force rockets from Vandenberg, California. Unfortunately, in 1989, Koopman was tragically killed in a car accident, leaving AMROC in dire straits. Despite this setback, the company announced its first test flight the same year, which ended disastrously as the rocket collapsed in flames.

AMROC’s subsequent fate serves as a poignant reminder of why those familiar with the rocket industry viewed Musk’s new venture with caution and skepticism.

Key idea 4

The obstinacy of the US Air Force led SpaceX to a remote tropical island.

When SpaceX sought approval from the US Air Force to conduct launches at California’s renowned Vandenberg site, Musk’s team initially anticipated a straightforward process. After all, their application met all the specified criteria.

However, the Air Force had different plans. During the early 2000s, they were utilizing Vandenberg for their own rocket launches and had invested $200 million to modernize the site specifically for rockets produced by aerospace giant Lockheed Martin. Given these substantial investments and the potential risk of damage to the newly upgraded equipment, the Air Force hesitated to permit the emerging SpaceX to operate there.

As a result, SpaceX’s application didn’t receive a direct rejection, as it technically met all the requirements, but rather, it was indefinitely placed on hold. This was deemed unacceptable for a company eager to move quickly.

The key message here is: The obstinacy of the US Air Force led SpaceX to a remote tropical island.

Musk began exploring alternative launch options, and one of them was located in a remote area in the middle of the Pacific Ocean, far from civilization. This site was Omelek Island, part of the Kwajalein Atoll in the Marshall Islands. The Kwajalein Atoll, often referred to as Kwaj for brevity, had long been under the control of the US Military and had witnessed numerous missile tests conducted over the years.

Another factor that led SpaceX to consider Kwaj was the company’s agreement with the Malaysian government to launch a satellite. However, to place the satellite into orbit, the rocket would need to traverse U.S. airspace, which was not permitted. Therefore, the remote atoll in the Pacific appeared to be the ideal launch site.

Musk managed to locate the military official responsible for Kwaj and contacted him. Initially, the military officer thought Musk was some sort of eccentric, and he abruptly ended the call. However, after researching Musk online, he decided to call him back. Following a meeting in Los Angeles, Omelek Island in Kwaj became available for SpaceX’s use.

What was Omelek Island like? In summary, it was a tropical paradise characterized by palm trees and crystal-clear seas teeming with fish. However, the accommodations provided by the military were far from luxurious. The rooms had a musty odor, and entertainment options were limited to military-grade televisions that only received a few channels.

Opinions among SpaceX employees about Kwaj varied, with some growing fond of the atoll, while others despised it. Regardless of their feelings about Kwaj, the island would play a crucial role in the SpaceX narrative.

Key idea 5

SpaceX’s first launch on Kwaj didn’t go as planned.

On Friday, March 24, 2006, nearly six years after Musk established SpaceX, his young company was prepared to conduct the inaugural launch of its first rocket, named the Falcon 1. The launch was scheduled to occur on Omelek Island.

After a series of rigorous tests and previously aborted launch attempts, the day had arrived for SpaceX to demonstrate its capabilities. The engineers had invested their utmost efforts into perfecting the Falcon 1.

Musk himself was filled with anticipation to witness his rocket take flight, prompting him to travel to the atoll aboard his private jet. He was no stranger to getting actively involved in the rocket’s development, often dedicating long days and nights to the project.

The key message here is: SpaceX’s first launch on Kwaj didn’t go as planned.
On that early morning, SpaceX engineers made their way to the launch control room on Omelek, with many of them enjoying a bike ride in the ocean breeze. As they readied themselves for the flight and conducted final checks, the atmosphere at the launch site was electric with excitement.

With Musk present in the control room, they initiated the countdown. However, an unusual occurrence took place. Instead of focusing on his first real launch, Musk casually approached the console of Chris Thompson, one of the initial engineers he had hired, and delved into a discussion about the materials he intended to use for a future rocket. It seemed as though he had suddenly lost interest in Falcon 1 just moments before liftoff, diverting his attention to the characteristics of aluminum alloys.

True to his nature, Musk’s mind was perpetually oriented toward the future, even during this momentous occasion.

As the SpaceX team monitored their screens, the Falcon’s flame burned brightly, and the rocket ascended above the tropical island. However, a few seconds later, the engine appeared to catch fire, resulting in gasps of dismay within the control room. The rocket ceased its ascent and eventually descended back to Earth. A camera feed from the launchpad depicted burning fragments of metal plunging into the ocean.

After six years of dedicated effort, the Falcon’s failure was a profound disappointment for everyone at the company. That evening, as the team consoled themselves, Musk’s brother Kimbal, a professional chef, attempted to uplift their spirits by preparing a hearty bean-and-tomato stew.

The following morning, as team members returned to the launch site to assess the damage, they encountered a heartwarming gesture from the islanders. Over a hundred individuals, primarily civilians, had congregated at the port to assist with the salvage mission.

Musk was beginning to grasp the harsh reality: launching rockets was an arduous endeavor. There would be more significant setbacks in the future. However, he remained undeterred and resolute in his commitment not to give up.

Key idea 6

SpaceX was unafraid of challenging the established hierarchy.

Throughout SpaceX’s history, there have been numerous instances where Musk had to challenge the established players in the industry. Faced with skepticism from major aerospace companies, the government, and the military, his approach was to address problems directly. He aimed to disrupt the status quo and propel space exploration forward after years of stagnation, and he was not inclined to take the easy path.

In the early days, Musk organized a grand event to announce SpaceX’s presence. While developing the Falcon 1 in 2003, he felt it was essential for the company to capture public attention, make a statement to the existing industry leaders, and attract potential customers. Recognizing the impact of a compelling spectacle, Musk decided to transport his rocket to Washington, D.C., the heart of American power.

The key message here is: SpaceX wasn’t afraid of confronting the established order.

The day after Thanksgiving in 2003, Musk drove the 68-foot-long Falcon 1 rocket into Washington, D.C., parking it outside the National Air and Space Museum. Despite the freezing weather, Musk gave a brief speech in front of the rocket, successfully making a dramatic entrance.

Later, when NASA awarded a rocket-building contract to Musk’s competitor, Kistler Aerospace, he was infuriated. Kistler, led by Apollo mission veteran George Mueller, was subcontracting the development of its NASA rocket to major aerospace companies like Lockheed Martin and Northrop Grumman. Musk saw this as blatant favoritism and protested NASA’s decision.

Many advised Musk against challenging NASA, fearing it could harm potential future collaborations. However, time proved him right. The US Government Accountability Office determined that NASA had not awarded the contract fairly, resulting in Kistler’s contract being revoked, and NASA initiating a new competition for rocket development.

Then, in August 2006, just as SpaceX’s financial situation was causing concern among senior managers, NASA called with the results of the lucrative contract competition. Musk swiftly gathered his staff on the factory floor and delivered a brief message: “Well,” he said. “We fucking won.”

Key idea 7

After multiple failures, SpaceX simply had to deliver.

After the initial failed launch, SpaceX persevered and made two more attempts to send Falcon 1 into orbit from Omelek. While they made progress on both tries, the rocket fell short of reaching space. This performance led to concerns among their government and commercial clients, who felt that SpaceX couldn’t deliver as promised.

SpaceX faced a crucial need for success on its fourth launch attempt, driven not only by reputation and public relations but also by financial urgency. Elon Musk’s funds were dwindling rapidly. In 2008, the critical fourth launch was scheduled for September 29.

The key message here is: After multiple failures, SpaceX simply had to deliver.

While transporting the Falcon 1 rocket from the US to Kwaj, a disaster occurred. On the journey aboard a C-17 military aircraft, engineers heard “popping” noises, and to their shock, they discovered that the rocket was crumpling due to a change in ambient pressure.

Fortunately, one member of the SpaceX team, Zach Dunn, managed to enter the rocket and release the pressure, allowing it to decompress and smooth out the crumples. Nevertheless, the rocket suffered significant damage. With only a few days left before the scheduled launch window, the team had to disassemble the rocket entirely and rebuild it, all under the sweltering tropical conditions.

Despite the challenges, the team of expert engineers worked relentlessly to strip down the damaged rocket, repair it, and reassemble it. When Falcon 1 underwent pre-launch tests, it passed with flying colors. In just a matter of days, they transformed the crushed rocket from the cargo bay into a space-ready vehicle.

As the launch day, September 29, approached, the team understood that failure was not an option

this time. The outcome was binary: either the rocket would succeed in reaching orbit, or it would spell the end for SpaceX.

In the launch control room on Kwaj, a mix of determination and apprehension filled the atmosphere. Elon Musk and some of his colleagues chose to stay in Los Angeles to watch the launch via a live feed.

The countdown began, and then came liftoff. Falcon 1 ascended steadily and didn’t encounter any issues this time. Finally, after eight challenging years, SpaceX successfully launched a rocket and its payload into orbit, turning Elon Musk’s grand dreams into reality.

Final Overview

The key message of this book:

Elon Musk established SpaceX due to his dissatisfaction with the apparent lack of ambition in the US space exploration efforts. Despite facing doubt and resistance, Musk persevered and ultimately revolutionized the aerospace industry with his innovative and determined approach to rocket development. After a series of unsuccessful attempts, SpaceX achieved a significant milestone in 2008 by successfully launching the Falcon 1 and its payload into orbit. This marked the company’s emergence as a formidable contender in the rocket industry.