Liftoff by Eric Berger: How SpaceX Survived the Falcon 1 Years

SpaceX’s early history is often compressed into a familiar story: an unusually determined founder challenges a stagnant industry, survives repeated failure, and proves the sceptics wrong. Eric Berger’s Liftoff is compelling because the reality it describes is both more dramatic and less tidy.

The company’s survival depended on Elon Musk’s money and appetite for risk, but also on engineers, technicians, government facilities, NASA funding, and a public agency willing to become an anchor customer. SpaceX was not inevitable. Nor was it built outside the state. It emerged from an unusual combination of private urgency and deliberately redesigned public support.

Cover image: Liftoff by Eric Berger, published by William Morrow. Used here for purposes of review and commentary.

A Company Small Enough to Fail

Berger concentrates on the first four Falcon 1 launch attempts, when SpaceX had fewer than two hundred employees and no guarantee that it would survive long enough to build the much larger Falcon 9.

One of the book’s most revealing elements is its description of Musk’s early hiring interviews. The questions were technical, probing, and often intense. He was not merely looking for impressive résumés, but for people who could reason from physical principles and reconstruct an answer rather than recite one.

Musk was also deeply involved in technical decisions, schedules, recruitment, and launch preparations. That involvement matters. SpaceX was not founded by a financier who handed the engineering problem to someone else and waited for results.

But the founder narrative can become too convenient. The actual work of Liftoff is performed by a much larger cast: Tom Mueller developing the Merlin engine, engineers tracing failures, technicians improvising repairs, and small teams transporting rocket hardware across oceans. Berger is at his best when the heroic singular noun—“the entrepreneur”—breaks apart into a collection of exhausted people solving highly specific problems.

The intensity is impressive, but it should not automatically be confused with good management. A schedule that looks like commitment from the founder’s perspective may look like impossible pressure from the factory floor. Berger’s close access gives the story extraordinary immediacy, but it also gives the survival narrative a naturally sympathetic pull.

The Particular Drama of Rocket Engineering

Reading about the development and repeated test firings of the Merlin engine brought back memories of Cold War rocketry accounts such as The Wrong Stuff and John D. Clark’s Ignition!: An Informal History of Liquid Rocket Propellants.

Rocket engineering has a particular kind of drama because failure is both spectacular and precise. Engines explode. Fuel lines rupture. Valves behave differently under temperature and pressure. Structures resonate. Two stages that work individually can collide when separated in flight.

Orbital launch is also conceptually stranger than the phrase “going into space” suggests. A rocket reaching orbit has not escaped Earth’s gravity well. It has accelerated sideways so rapidly that, as it falls towards Earth, the surface curves away beneath it. The vehicle must survive long enough to build that speed, and almost every component has an opportunity to prevent it.

Berger conveys this difficulty extremely well. Each Falcon 1 failure is not merely another setback in an inspirational montage. It has its own physical cause, its own diagnostic uncertainty, and its own expensive consequences. The company can move quickly, but physics does not care how urgently the next funding deadline is approaching.

The resemblance to the early American and Soviet programmes lies in the improvisation, the uncertain hardware, and the willingness to learn through flight. The comparison should not be pushed too far. The national programmes operated at vastly greater scale and sometimes imposed a human cost absent from the Falcon 1 story. What repeats is the stubborn material difficulty of rocketry, not the entire history around it.

The False Choice Between Government and Private Enterprise

The book invites reflection on the relationship between public institutions and private companies, but the usual contrast—slow government against agile business—is too simple.

Government research, military launch ranges, university science, publicly funded infrastructure, and decades of accumulated aerospace knowledge made SpaceX’s work possible. NASA’s role was also far more immediate than merely laying historical groundwork.

In 2006, before Falcon 1 had reached orbit, NASA selected SpaceX under its Commercial Orbital Transportation Services programme. The agreement offered milestone-based funding for the development of Falcon 9 and Dragon while requiring SpaceX to invest substantial resources of its own.

This was not traditional procurement and it was not laissez-faire. NASA set a public objective—restoring American cargo transportation to the International Space Station—while changing how responsibility and risk were distributed. Payments were tied to completed milestones, requirements were kept comparatively focused, and the commercial partners retained more control over design and execution.

The important distinction was therefore not between a risk-averse government and a risk-loving company. It was between different institutional arrangements. NASA deliberately created one in which a private company could move quickly without pretending that orbital transportation had ceased to be a public concern.

SpaceX nevertheless remained dangerously exposed. Berger presents the company as approaching financial exhaustion after three unsuccessful Falcon 1 launches. The fourth attempt, on 28 September 2008, finally reached orbit—the first privately developed liquid-fuelled rocket to do so.

Three months later, NASA awarded SpaceX a $1.6 billion Commercial Resupply Services contract for twelve cargo flights to the space station. The sequence matters, but it should not be misunderstood. NASA did not suddenly appear after private enterprise had proved itself in isolation. The agency had already been funding development and creating the future market. The successful Falcon 1 launch supplied credibility at the moment SpaceX most desperately needed it.

Starting a rocket company remains the industrial equivalent of lighting money on fire and hoping physics cooperates before the cash runs out. But in SpaceX’s case, there was also a public institution helping to define what successful cooperation with physics would eventually be worth.

Omelek Island and Improvisation

One of the most memorable parts of the book is SpaceX’s move to Omelek Island in the Kwajalein Atoll. Falcon 1 had originally been intended to launch from Vandenberg Air Force Base, but range and scheduling conflicts, including disruption surrounding the final Titan IV launch campaign, pushed the company towards the remote Pacific site.

The logistical challenge was formidable. Rockets, tools, fuel systems, computers, replacement parts, and personnel had to be transported far from established aerospace centres. Salt air, limited supplies, unreliable communications, and narrow launch windows became part of the engineering problem.

Omelek gives the early SpaceX story much of its atmosphere. This was not yet the polished launch provider broadcasting familiar booster landings from heavily developed facilities. It was a small company trying to build an orbital launch operation on a tropical island while its money, hardware, and schedule deteriorated at different speeds.

That they managed to launch at all is impressive. That they kept returning after each failure is the heart of Berger’s story.

What the Survival Narrative Leaves Outside the Frame

Liftoff is not simply a hagiography, but neither is it a detached institutional history. Berger structures the book around imminent failure, technical ingenuity, and eventual vindication. That naturally gives the story heroic momentum.

The narrow focus is one of the book’s strengths. By concentrating on Falcon 1, Berger avoids turning the narrative into a general Musk biography or a catalogue of later SpaceX achievements. The reader remains close to the engines, launch campaigns, personnel conflicts, and financial deadlines.

It is also a limitation. The book spends less time asking what this culture cost the people working inside it, how dependent the company remained on public contracts, or whether management practices developed during an existential emergency remained defensible once the emergency became permanent organisational culture.

That does not invalidate the story Berger tells. It establishes its boundaries. Liftoff explains how SpaceX survived. It is not a complete account of what SpaceX became, what its success cost, or how power changed once the struggling outsider became a dominant provider.

When Contingency Becomes Infrastructure

What stands out after finishing Liftoff is how improbable SpaceX’s survival really was. Reusable boosters returning vertically have since become familiar enough that it is easy to mistake the outcome for the plan. Berger restores uncertainty to the story.

The future hinged on a few launches, engineering decisions, funding milestones, contracts, and moments when people chose to try once more instead of concluding that the experiment had failed. The fourth Falcon 1 launch is satisfying precisely because the first three failures remain visible underneath it.

Berger’s later book, Reentry, continues the story after survival—when Falcon 9, Dragon, and reusable boosters begin turning SpaceX from a fragile startup into infrastructure. Liftoff covers the more precarious moment before that transformation, when there was still a serious possibility that none of it would happen.

The book is worth reading not because it proves that private entrepreneurs are inherently bolder than governments, or that one exceptional founder can bend an industry through will alone. Its more interesting lesson is that technological revolutions are assembled from mixed ingredients: personal fortune, public investment, institutional experimentation, engineering labour, accumulated knowledge, and repeated failure.

Berger captures the tension and audacity of trying to build an orbital rocket company from scratch. More importantly, he shows how close audacity came to being indistinguishable from ruin.