Deeds Barn and the Self Starter

In Short

This account chronicles the rise of the Dayton Engineering Laboratories Company (Delco) and the invention of the electric self-starter. It traces how Edward A. Deeds and Charles F. Kettering, two former National Cash Register employees, combined their technical and organizational talents to solve the most pressing problems of the early automobile industry. Beyond the barn where the self-starter was born, the text explores the duo's later contributions to aviation and industrial design, framing their partnership as a foundational "acorn" that helped secure the prosperity of Dayton, Ohio.

The Story

The narrative begins in the early twentieth century, a period when the gasoline-powered automobile was still a novelty plagued by unreliability and dangerous manual starting cranks. Edward A. Deeds, a forward-thinking executive at the National Cash Register Company, recognized that the internal combustion engine was the future of transportation. He possessed an unwavering confidence in electricity but lacked the time to personally perfect the electrical systems he envisioned. His search for a brilliant assistant led him to Charles F. Kettering, a gifted young engineer whose temperament perfectly complemented Deeds’ own organizational flair.

The men formed an informal, "fifty-fifty" partnership, setting up an experimental shop in the hayloft of a barn behind Deeds’ Dayton home. While both continued their demanding day jobs, they spent nights and weekends developing an electric ignition system to replace the troublesome magnetos of the era. Their success was underscored by a high-stakes demonstration for Henry M. Leland of the Cadillac Motor Car Company. Despite a last-minute mechanical failure that nearly derailed the project, their ignition system was adopted for the 1910 Cadillac, marking the birth of Delco.

Soon after, Leland challenged the pair to solve the "vicious" problem of the manual crank, which caused frequent injuries. Kettering and his "Barn Gang"—a group of dedicated assistants—worked under grueling conditions to develop an electric motor capable of turning over an engine. Through immense physical and financial strain, including a serious accident that left Kettering with a broken ankle, the team succeeded. Their self-starter debuted on the 1912 Cadillac, fundamentally changing the automotive landscape by allowing anyone to start a car with the press of a button.

The narrative expands beyond the barn to highlight the partners’ enduring influence. In gratitude for Leland’s early support, Deeds and Kettering secretly developed the first American V-8 engine in a cow shed at Moraine Farm, gifting the design to Cadillac to ensure the company remained competitive. The text then pivots to the First World War, where Deeds, serving as Chief of Aircraft Procurement, oversaw the rapid design and production of the Liberty engine. This standardized aircraft power plant became the backbone of American aviation, powering everything from the first transatlantic flight to early air-mail service. The book concludes by documenting the evolution of these Dayton-born ventures, from the humble barn lab to the vast industrial reach of General Motors and the continued expansion of the National Cash Register Company, asserting that these innovations were the bedrock of modern American industrial prestige.

How It Unfolds

The partnership forms Deeds seeks a partner with deep electrical expertise to help "electrify" industry, finding a kindred spirit in Kettering. Their bond is sealed with a handshake, establishing a relationship based on mutual faith and complementary skills.

The hayloft laboratory Kettering sets up shop in the hayloft of Deeds’ barn, surrounded by basic machining tools and a "guinea pig" car. The duo and a small band of volunteers work through nights and holidays, often facing financial instability and mechanical setbacks.

A victory in Detroit The successful ignition system earns a contract with Cadillac, which leads to the formal incorporation of Delco. Despite early production errors, the system proves effective, signaling a new, more reliable era for the automobile.

The self-starter triumph Facing the dangerous reality of hand-cranking, the team shifts focus to an electric starter. After frantic, exhaustive testing and overcoming a major fire and physical injuries, they successfully install the device on the 1912 Cadillac.

Beyond the barn The narrative moves to the development of the V-8 engine at Moraine Farm and the wartime creation of the Liberty engine. These projects solidify the partners' reputations as industrial scientists and define the trajectory of 20th-century American transit.

The People

Edward A. Deeds acts as the steady, organized anchor of the enterprise. As an engineer with a keen eye for finance and corporate structure, he provides the professional guidance and necessary funding that allows the vision to flourish. He is the "wise counselor" who secures contracts and negotiates with industry titans like Henry M. Leland.

Charles F. Kettering is the "hayloft inventor"—a lean, angular, and restless technical genius. His life is defined by his deep understanding of electrical systems and his ability to see mechanism in terms of scientific possibility. Despite physical ailments, including chronic eye strain and a broken ankle, he remains relentlessly driven to find solutions, often working under the car until the moment of success.

William A. Chryst serves as the essential, loyal third member of the "Barn Gang." Rising from an office boy to a skilled engineer, he acts as the group's steadying influence. It is Chryst who recognizes the necessity of the company name "Delco" and who frequently arrives to troubleshoot when the founders are too exhausted to see the solution.

Henry M. Leland, the "Grand Old Man" of the automobile industry, represents the high standards of the trade. His willingness to trust two young, unproven men with the future of Cadillac is the catalyst for the partnership's success, and his long-term friendship with the duo serves as the moral center of their professional lives.

In Its Own Voice

"Almost before a decade passed, it had made the use of the automobile universal."

This reflects the rapid societal impact of the electric self-starter once it moved from the barn to the factory.

"In industrial production, as in so many other activities, large oaks from little acorns grow."

The author uses this metaphor to describe how the massive industrial enterprises of Dayton began as modest experiments in small, private spaces.

"Men must hunt in pairs."

Deeds offers this philosophy to explain why his collaboration with Kettering—balancing engineering instinct with technical genius—was the secret to their inventive success.

What It's Really About

The central argument is that industrial progress is rarely the result of solitary genius or massive corporate mandates; rather, it is born from the "romance of American Industry"—the intersection of collaborative friendship, persistent tinkering, and high-stakes problem solving. The text explores the transition from a mechanical age to an electrical one, framing the automobile not just as a vehicle, but as a platform for technological integration. Underlying the plot is the question of how to cultivate innovation within a society, suggesting that the most transformative ideas often emerge from "incubators" like the barn, where passion and intellectual freedom are not yet constrained by rigid corporate bureaucracy.

Why Read It Today

Readers interested in the history of technology or the mechanics of invention will find this account engaging for its focus on the "nuts and bolts" of progress. The book captures the gritty reality of early-twentieth-century engineering—the late nights, the mud-splattered clothes, and the physical danger of experimental work. It provides a rare, grounded look at how the modern conveniences we take for granted, such as the electric starter, were once "impossible" dreams.

The prose is straightforward and warm, reflecting the reverence the author holds for the "Barn Gang" and their humble beginnings. However, the reader should be prepared for a narrative that is deeply colored by the boosterism of the mid-twentieth century; it is less a critical history and more a tribute to the industrial titans of Dayton. While the technical details are fascinating, the pacing can feel episodic, jumping between the barn, the boardroom, and the battlefield of World War I. For those who appreciate the narrative of the "American Dream" realized through hard work and camaraderie, this book offers a window into a time when the horizon of what a machine could do felt limitless. It serves as a reminder that even the most complex modern technologies often have origins in the simplest of places.