Always another dawn

In Short

This memoir chronicles the professional life of a pioneering test pilot who helped transition American aviation from subsonic flight to the space age. It details the technical challenges and institutional politics behind legendary aircraft like the X-4, the Skyrocket, and the X-15. Far from a collection of tales about glory, the book serves as a meticulous study of the engineering process, the necessity of rigorous data collection, and the pilot's role in refining experimental machinery. It has remained a significant historical record because it captures the urgent, high-stakes atmosphere of the 1950s aerospace industry, where every test flight aimed to push the boundaries of human knowledge and speed.

The Story

The narrative begins with a young boy’s obsession with flight, nurtured by his father’s technical background and his own early attempts to construct a full-scale airplane. After a brief, formative period in the U.S. Navy and a challenging academic path in aeronautical engineering, the author enters the world of professional flight testing at Edwards Air Force Base. He quickly finds himself immersed in the NACA research programs, flying unpredictable, prototype aircraft that require a blend of analytical thinking and raw piloting skill.

As the narrative progresses, the focus shifts to the "need for speed" during the Cold War. The author describes the transition from working for the government agency NACA to joining the North American aircraft company, a move driven by his desire to shepherd the X-15 project from initial concept to successful flight. This period is marked by the relentless pressure to overcome technical hurdles, such as the instability of supersonic flight and the development of reliable rocket engines. The author portrays the X-15 not merely as a machine, but as a "tiger" that demands constant, meticulous attention from engineers and pilots alike.

The middle and latter portions of the book focus on the grueling development cycle of the X-15. The reader follows the project through "circus days" of testing, where the team battles engine failures, safety valve malfunctions, and external bureaucratic obstacles. The author candidly discusses the internal dynamics of the team, acknowledging both the brilliant innovations—like the "wedge-shaped" tail design—and the inevitable frustrations of dealing with small, underfunded contractors. Throughout, the goal remains steady: to achieve "extra-atmospheric flight" and secure data that would influence the next generation of military aircraft, such as the B-70.

The story concludes with the successful flight testing of the X-15, emphasizing that the program's value extends beyond record-setting. The author argues that the data collected during these missions provides a vital bridge between aging military fleets and the necessary, advanced aircraft of the future. He leaves the reader with a sober reflection on the state of American defense, advocating for a continued, robust commitment to manned aircraft development as a necessary pillar of national security, effectively framing the X-15 not as an end, but as a critical, hard-won beginning.

How It Unfolds

An early obsession The author recounts his youth in Southern California, where his father’s experiences during the Great Depression instill in him a deep sense of principle. This background informs his later, methodical approach to engineering and his early, amateur attempts to build his own aircraft.

The shift to engineering After military service, the author recognizes that aviation requires more than just guts; it requires a deep understanding of aerodynamics. He pursues a rigorous college education, balancing his studies with practical work in wind tunnels to understand how theory manifests in metal.

The flight test crucible Joining the test pilot community at Edwards, the author learns the nuances of flight-testing experimental designs like the X-4 and the Skyrocket. He highlights the collaborative, often clunky process of gathering data while managing the inherent dangers of early high-speed flight.

Birth of the X-15 The narrative moves to the high-pressure environment of the North American plant, where the author and his colleagues refine the design of the X-15. This section reveals the intense, often political struggle to bring a revolutionary spacecraft to life under tight budgets and looming deadlines.

The path to orbit The final chapters detail the iterative, often frustrating process of preparing the X-15 for flight. Despite mechanical "abortions," personality clashes, and threats of "cancelitis," the team maintains a relentless pace, ultimately proving that the craft can perform at the limits of its design.

The People

The author, A. Scott Crossfield, emerges as a figure of intense, often impatient focus. He balances the roles of pilot and engineer, wanting to be involved in every stage of a project’s lifecycle to ensure its success. His relationships are defined by a shared, professional obsession with technical perfection.

Walt Williams, a central figure during the author's tenure at NACA, acts as a mentor and a strategic thinker. He is the "King" of the chessboard at Edwards, navigating the complex relationships between the military, the government, and the private contractors to keep the flight-test programs moving.

Charlie Feltz and the "dreamer" Bob Carmen represent the engineering heart of the North American team. These individuals are portrayed as the unsung heroes of the X-15 program, capable of radical, innovative thinking—such as the decision to slice the tail design in half—to solve complex problems with minimal weight and maximum efficiency.

Pete Everest and other contemporary test pilots appear as colleagues in a small, elite fraternity. They share a mutual respect born from the common, high-risk work of exploring the unknown, often providing the necessary, gritty feedback that turns a prototype into a functional tool.

In Its Own Voice

"Experimental airplanes are like powerful rockets. They blaze furiously for a few moments, during which the pilots strive to probe an unknown area, and then they sputter and die."

The author captures the ephemeral, intense nature of test-flight work, where the duration of flight is far less important than the data gathered during those few moments of operation.

"Wind-tunnel data are always corrected with assumptions, which inevitably contain errors. Airplanes must be flown full-scale to find out the true story."

This quote encapsulates the book’s central argument: that there is no substitute for the reality of flight, as the most sophisticated models cannot fully account for the complexities of the atmosphere.

What It's Really About

At its core, this is a book about the relentless pursuit of empirical knowledge. It argues that technological progress is not a byproduct of luck, but the result of institutional grit, the willingness to ignore "cancelitis," and the courage to admit when a design is failing. The text explores the tension between bureaucratic caution and the necessary audacity of experimental research. It questions the wisdom of relying solely on missile technology, suggesting that manned aircraft remain essential for national security and scientific advancement. Throughout, the author emphasizes that the "true story" of technology can only be found through direct, human interaction with the physical world, pushing the limits of speed and altitude to uncover secrets that calculations alone can never fully reveal.

Why Read It Today

Readers with an interest in the history of the space age or the technical evolution of flight will find this an essential, if demanding, account. It is written with a precise, no-nonsense tone that reflects the engineering mindset of its era. There is no sensationalism here; instead, the reader is treated to a detailed, behind-the-scenes look at the trial-and-error process of building a space-capable machine.

The book is not without its difficulties. The prose is densely packed with technical jargon, and the author’s perspective is firmly rooted in the Cold War, mid-century atmosphere, which may feel alien to modern readers. The pace is sometimes dictated by the slow, frustrating nature of institutional development, which the author captures with unflinching honesty. However, for those who appreciate a narrative that values the "why" and "how" over mere heroics, this book offers a rewarding, grounded perspective. It stays with you not because of the speed of the aircraft, but because of the immense, human-led effort required to build them. The feeling of being "in the cockpit" during a tense countdown, or huddled in an office while engineers argue over the weight of a tail component, is rendered with a warmth that makes the technical subject matter feel deeply human.