Aston Martin supercars have celebrity status. Many models in the DB line have starred with British Secret Service Agent 007 in James Bond films. In this title, readers with a passion for cars will learn about the luxurious DB9, including its special paint job of up to nine coats!
Driving is a huge part of life for millions of people. We drive to go to family's and friends' houses; we drive to go to work and school; we drive to go to the store. You probably ride in some sort of vehicle every day. With so many drivers on the road, staying safe while traveling in the car is an important part of any trip.
Did you know that a jet engine can be made of as many as 25,000 different parts and that those parts come from suppliers around the world? Read this book to find out more about airplanes, how they are manufactured, and how they help make our 21st century global economy possible.
You may have traveled thousands of miles in your family's car. Did you know that some parts of that car might have traveled halfway around the world before the car ended up in your family's garage? Look inside to find out more about how cars are manufactured by companies in many different countries.
It may be hard to believe in a world full of automobiles, but bicycles are still a favorite means of transportation for many people around the world. This book introduces readers to the history of bicycles and the economics of manufacturing them.
Did you know that gasoline is made from petroleum that is extracted from deep inside Earth? And that the government of Saudi Arabia owns the world's largest petroleum corporation? Read this book to find out more about how petroleum is turned into gasoline and how that gasoline ends up in the tank of cars around the world.
Where is the fastest train in the world? How is it possible for a train to go under the English Channel? What does the next generations of trains look like? Find the answers to these questions and more when you take a look at trains from a new perspective.
Who can up with the idea behind the first truck? How big is the largest truck in the world? How much does it haul? The "Innovation in Transportation" book Trucks takes a look at the people and creative ideas that have changed the way we think about trucks.
Who was the first man to walk on the moon? Who developed the space shuttle? Will man ever land on mars? Find the answers to these questions and more when you take a look at space travel from a new perspective.
Rock climbing walls, swimming pools, mini golf courses, ice skating rinks are now available on passenger ships. How do they do it? Who comes up with the next new thing? What role does innovation play in the development of the next generation of passenger ships? This "Innovation in Transportation" book, Passenger Ships, takes a look at the people and creative ideas that have changed the way we think about passenger ships.
Who was the first person to ride a motorcycle? How did they come up with idea? Who makes the fastest motorcycle? This "Innovation in Transportation" book, Motorcycles, takes a look at the people and creative ideas that have changed the way we think about motorcycles.
Your new family car looks very different than the Model T developed by Henry Ford. Cars of today are much faster, safer, and more reliable than the Model T. Have you ever wondered how new cars are developed? The Innovation in Transportation series takes a look at the people and creative ideas that have changed the automotive industry.
We hear a lot about the new global economy. How does it work? How are we able to transport so many products around the world? How have innovations in the development of cargo ships fueled the global economy? Find the answers to these questions and more when you take a look at cargo ships from a new perspective.
The new Boeing Superliner looks much different than the plane the Wright Brothers flew at Kitty Hawk. Have you ever wondered how new planes are developed? This "Innovation in Transportation" book, Airplanes, takes a look at the people and creative ideas that have changed the way we think about flying.
Complete a variety of fun science experiments dealing with cars.
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.
This title discusses how tunnels are built, from planning and excavation to construction to site design.
This title discusses how airports are built, from runway design and construction to terminal and security.
This title discusses how roads are built, from road design and construction to painting and lighting.
This title discusses how bridges are built, including engineering, design and construction.
Fire trucks help to save lives and prevent the spread of dangerous fires every day. Readers will learn where a fire truck gets its water supply, what kind of equipment it contains, and the ways firefighters use these tools to help keep people safe.
Tractors are an essential tool for farmers everywhere. Readers will learn how farmers use tractors to plant and harvest the crops we use every day. They will also find out how people use tractors to maintain their yards and do chores.
Ambulances can help save lives when people are sick or injured. Readers will learn about the different kinds of lifesaving equipment found on an ambulance. They will also learn about the paramedics and EMTs that staff these important vehicles.
From bridges and streets to houses and skyscrapers, cement is an important material used in many of the structures we use every day. Readers will find out how cement mixers are used to blend, transport, and spread cement wherever it is needed.
Almost anything we build requires some sort of digging. Buildings, tunnels, and swimming pools all start with holes in the ground. Readers will find out how different kinds of diggers are used to create these holes. They will also learn about how diggers are used to help scientists learn more about the Earth.