After building his first race cars out of southern Louisiana junkyards, Bob Riley quickly established himself as a leading light, if not genius, when it came to race car design. His first major suspension design helped Henry Ford II make good on his vendetta to beat Enzo Ferrari at Le Mans. Riley's first radical Indy car designs with its ingenious center hub mounted suspension resulted in A.J. Foyt's landmark fourth victory at the Indianapolis 500 in 1977. Since then, Riley has continued to be at the heart of the world of motorsports, working with its most famous drivers at the biggest events, including the Daytona 500, where his engineering helped Dale Earnhardt finally win NASCAR's marquee event. Americans love the "genius" angle like everyone else. They love winners. Sports stars are overtaking Hollywood these days in popularity. Racing readers are a small but predictable group and suspect the generation familiar with Bob's exploits at Indy would be keen on a book like this. They're the same age group pumping up the vintage magazine market and the collectible car market.

Beast was the nickname of a shocking new race engine unveiled for the 1994 Indianapolis 500. The massive effort to design and build it in a seemingly impossible timeframe is still hailed as one of the most herculean efforts and well-kept secrets in the history of the Indy 500. In the award-winning book, Beast, bestselling author Jade Gurss chronicles the subterfuge and debunks the myths about this legendary power plant that persist twenty years on. Gurss interviewed key players involved in the race to uncover the story of how this engine powered the Penske PC23 chassis to one of the most talked-about Indy 500 races in history. The British race-engine experts at Ilmor Engineering offer detail about the design and manufacture of the engine. Roger Penske's team reveals how the engine and car were tested and developed, and how Mercedes came to be involved in the project. The story unfolds as Roger Penske and Mario Illien and Paul Morgan of Ilmor play every card they possess to create an incredible race engine--even rare World War II fighter planes and supersonic jets roar into the heart of this high-tech tale. Drivers Al Unser Jr. of the United States and Paul Tracy of Canada provide details on the tense weeks leading up to race day. The book reaches a suspenseful climax at 240 miles per hour at the Indy 500 noone can forget. Wrapped up in the drama and intrigue are real business and motivational lessons which made Roger Penske one of the most successful businessmen in the world and that helped Ilmor and its cofounders, Mario Illien and the late Paul Morgan, design and manufacture Indy car and Formula 1 championship-winning engines. Beast is not only a must-read for sports and race fans, but a compelling narrative for those who enjoy genuine lessons in business and technology or thrilling mysteries based on actual events.

The differences between running an Indy car on a road circuit and an oval are covered, as is the struggle to get the best from a car for the Indy 500 - a task which is described with unusual clarity. Nigel also describes the story of the ‘Big Beast’ – the Mercedes pushrod engine that won the 1994 Indy 500. Sharing in detail his own view of the importance of suspension geometry, and how it deviates from present practices, this book also includes personal views on the Penske years from a number of motor sport figures, and those of a rival Indy car designer Bruce Ashmore. A fascinating first-hand behind-the-scenes insight. Included in the story is considerable detail of Nigel’s eight years spent with the Firestone European Racing Division, covering an area vital to racing car performance, plus the relationship between a tyre company and its leading contracted team. The 60s and 70s were rife with tyre wars, and many interesting stories unfolded during those decades. With descriptions of the importance of the Race Engineer to the driver, and to a team’s competitiveness, Nigel Bennett draws on his years of experience to offer detailed insight to how an engineer worked with a car and tuned its set-up in an era before computer readouts and telemetry came to dominate.

The 53 technical papers in this book show the improvements and design techniques that researchers have applied to performance and racing engines. They provide an insight into what the engineers consider to be the top improvements needed to advance engine technology; and cover subjects such as: 1) Direct injection; 2) Valve spring advancements; 3) Turbocharging; 4) Variable valve control; 5) Combustion evaluation; and 5) New racing engines.

For many years, the evolution of safety improvements in motorsports was the result of a combination of science and perceived safe practices. Most safety developments were not based on rigorous laboratory testing, but rather on intuition and a “let’s try it and see what happens” approach. During the last few decades, motorsports has benefited from the organized research efforts made possible by academia, manufacturers, and sanctioning bodies, leading to present-day motorsports safety methodologies based on solid data and testing. This compendium, edited by some of the foremost racing safety experts, comprises selected technical papers that document the development and implementation of key motorsports safety technologies now in use. It is intended to provide racing professionals and enthusiasts with a concise overview of the significant engineering developments in motorsports driver safety that has occurred during the past two decades. The 13 papers chosen for this compendium, published between 1990 and 2013, reflect landmark safety studies and developments of that time. Eleven of the papers were published by SAE International and two were presented at the Stapp Car Crash Conference. The papers cover the following topics: • Crash testing simulations • Human crash injury and survival • Reducing driver injury in severe crashes • Head and neck restraints, including the HANS device • Race car seats • Restraint systems • Track safety and barrier systems The final paper is a study on the detailed performance of restraint systems and seats in examples of severe stock car crashes. The paper represents a succinct example of modern crash investigation of racing crashes with crash recording data, detailed injury analysis, and protective system performance. The progress in motorsports safety, as described in this compendium, has been dramatically effective in reducing driver injuries at the top levels of motorsports. Unfortunately, this is not true at the lower levels, where drivers continue to suffer preventable injuries and fatalities.

A best seller and winner of the Antique Automobile Club of America's prestigious Thomas McKean Award.The Golden Age of the American Racing Car emphasizes the human side of racing history, offering insight into the men who shaped the golden age. Covering a period of time from the 1910s through the 1930s, the book describes the historical development of race car technology and presents fascinating information on race courses, designers, builders, drivers, and events. Racing pioneers covered include: Fred Duesenberg, Louis Chevrolet, Harry Miller, Leo Goossen, and Fred Offenhauser.

The world of Champ Car auto racing was changing in the 1970s. As cars became more sophisticated, the cost of supporting a team had skyrocketed, making things difficult for team owners. In an effort to increase purses paid by racing promoters and win lucrative television contracts, a group of owners formed Championship Auto Racing Teams (CART) in 1978. Soon after, CART split from its sanctioning body, the United States Auto Club (USAC). Though Champ Cars ran on numerous tracks, the Indianapolis 500 was the payday that supported most teams through the season. From the beginning, CART had most of the successful teams and popular drivers, and they focused on driving a wedge between the track owners and the USAC. Over the next 30 years, the tension between CART and USAC ebbed and flowed until all parties realized that reunification was needed for the sake of the sport. This book details the fight over control of Champ Car racing before reunification in 2008.

This comprehensive reference guide reviews the literature concerning the impact of the automobile on American social, economic, and political history. Covering the complete history of the automobile to date, twelve chapters of bibliographic essays describe the important works in a series of related topics and provide broad thematic contexts. This work includes general histories of the automobile, the industry it spawned and labor-management relations, as well as biographies of famous automotive personalities. Focusing on books concerned with various social aspects, chapters discuss such issues as the car's influence on family life, youth, women, the elderly, minorities, literature, and leisure and recreation. Berger has also included works that investigate the government's role in aiding and regulating the automobile, with sections on roads and highways, safety, and pollution. The guide concludes with an overview of reference works and periodicals in the field and a description of selected research collections. The Automobile in American History and Culture provides a resource with which to examine the entire field and its structure. Popular culture scholars and enthusiasts involved in automotive research will appreciate the extensive scope of this reference. Cross-referenced throughout, it will serve as a valuable research tool.