This book discusses the science behind plane crashes. The chapters examine the worst plane crashes in history, explain how aircraft fail, and show how scientists and engineers are designing safer aircraft. Diagrams, charts, and photos provide opportunities to evaluate and understand the scientific concepts involved.
Trucks equipped with four-wheel drive are able to travel over many difficult kinds of terrain. Readers will explore the history of 4x4 trucks and the technology that makes it possible for them to travel almost anywhere.
A medium-lift assault helicopter, CH-46 Sea Knights are used to deliver heavily armed troops into battle. They are also used on several other missions. Readers will learn about these large helicopters, how they work, and the many missions they perform for the United States Marine Corps.
When there is danger in shallow water, Littoral Combat Ships are called into action. These ships can go in water too shallow for other ships of the United States Navy. Armed with high-tech weapons and carrying helicopters and other aircraft, Littoral Combat Ships can fight any threat. This title introduces the newest craft of the Navy and shows how the technology behind the ships has led to their early success.
Most motorcycles can go pretty fast. However, some are designed to reach incredibly fast speeds! Kids will read about the history of motorcycles, the technology behind the fastest bikes, and what the future holds for the world's fastest motorcycles.
Off-road motorcycles have features that make them safe to ride off the pavement. Students will learn about the variety of off-road motorcycles, the parts that allow them to tackle the tough terrain, and the sporting competitions that use off-road motorcycles.
Describes drag racing and why it is only legal in a closed track. Provides information about the history of the sport, characteristics of the vehicles, important events, and famous drivers.
This book discusses different STEM jobs found in the automobile industry, from accident reconstruction engineer to NASCAR engineer.
A look at potential future developments in transportation, including privately operated spacecraft, as well as electric cars and other technologies that are currently considered state-of-the-art.
