Nissan has engineered a lot of vehicles, from the Frontier truck to the electric Leaf, but perhaps its crowning achievement is the sleek GT-R. Reluctant readers can follow Nissan’s history and learn about all the features that make this supercar stand out. With sidebars outlining specifications and showing off identifying qualities, this high-interest title is an exciting ride!
BMW’s successful racing past shows in the popular M4. Even though it is meant for everyday use, it can hit speeds up to 190 miles (306 kilometers) per hour! Learn about the history of this flashy sports car and all the technology packed inside, with special features calling out top stats and showing how to spot the car. Reluctant readers will race through this high-interest title!
Tech is constantly progressing and changing. But have you ever stopped and wondered how it all started? In Model T to Self-Driving Cars, discover how the Model T evolved into the self-driving cars we have today. Engaging inquiry-based sidebars encourage young readers to think, create, guess, and ask questions about this technology. Book includes table of contents, glossary, index, author biographies, and sidebars.
ATVs can be used for both work and play. Riders have many different models to choose from. Students will learn about the history of ATVs, the technology used in their design and performance, and how they can traverse almost any kind of terrain.
The Wright Brothers famously made the first flight in Kitty Hawk, North Carolina. But the history of human flight goes back much further! This title details the experimentation and innovation that went into the creation of the airplane. Special features highlight important airplanes as well as pioneers who had a lasting influence on the world of air travel. Buckle up and prepare for takeoff! This exciting title is sure to interest anyone with a love of planes.
The 20th century approaches, and life is about to change forever! Inventors across the world race to invent and innovate automobile designs. Which ones will end up on top? Anyone who has ever ridden in a car will appreciate this fascinating title about how the automobile got its start. Fun facts, a timeline, and inventor and automobile profiles show the importance of this amazing invention!
In Panama Canal, early fluent readers explore the mechanics behind this important engineering marvel. Vibrant, full-color photos and carefully leveled text engage young readers as they learn about this crucial waterway. An infographic illustrates how the canal works, and an activity offers kids an opportunity to extend discovery. Children can learn more about the Panama Canal using our safe search engine that provides relevant, age-appropriate websites. Panama Canal also features reading tips for teachers and parents, a table of contents, a glossary, and an index.
In Channel Tunnel, early fluent readers explore the mechanics behind this underwater engineering marvel. Vibrant, full-color photos and carefully leveled text engage young readers as they cross the English Channel in style. An infographic illustrates where the tunnel was built, and an activity offers kids an opportunity to extend discovery. Children can learn more about the Channel Tunnel using our safe search engine that provides relevant, age-appropriate websites. Channel Tunnel also features reading tips for teachers and parents, a table of contents, a glossary, and an index.
In Golden Gate Bridge, early fluent readers explore the mechanics behind this steel engineering marvel. Vibrant, full-color photos and carefully leveled text engage young readers as they learn about this iconic American bridge. An infographic illustrates parts of the bridge, and an activity offers kids an opportunity to extend discovery. Children can learn more about the Golden Gate Bridge using our safe search engine that provides relevant, age-appropriate websites. Golden Gate Bridge also features reading tips for teachers and parents, a table of contents, a glossary, and an index.
Imagine a street filled with horses and buggies, or the skies without airplanes! You might not realize that, before vehicles, it used to take days—even weeks—to visit friends or family! This title looks at major innovations in transportation over the years, and the ingenious inventors, scientists, and engineers who made them. With a little inventive thinking, what might you create to help us change the way we travel?
Engineers design tunnels to help solve transportation challenges for people everywhere. Young readers will learn about the steps in the engineering design process and see what shapes and materials are used in construction to make tunnels stable. A link to interactive activities online plus an activity in the book allow readers to create tunnels that can withstand weight, weather, water, and natural disasters!
Engineers design bridges to help solve the challenges of barriers that block the movement of people. Young readers will learn about the steps in the engineering design process and see how different types of bridges suit different types of obstacles. They will also discover what materials are used in construction to make bridges stable. A link to interactive activities online plus an activity in the book allow readers to create bridges that stand up to the forces of extreme weather and natural disasters.
Did you know that the average car has more than a dozen computers inside? Without computers and the coding that controls them, today’s transportation would look a lot different. Young readers will love exploring how coding helps us get around in this fascinating read.
Drivers who need to quickly get from one place to another use highways! In this title for emergent readers, the construction, materials, and science of highways are presented in a straightforward way with simple text, crisp photos, and engaging special features.
The earliest airplanes all used propellers to fly. Find out how these planes work and how they were used.
With a top speed of 183 miles per hour, the 2015 Kawasaki Ninja H2 motorcycle is one impressive speed machine! But not all motorcycles are designed for speed. Some are made for cruising the country. Others go off road! This title allows young readers to explore the enticing world of motorcycles.
In The First Flight, readers will learn about the science and technology the Wright brothers used to develop the first powered flight. Vibrant, full-color photos and carefully leveled text will engage readers as they learn about the challenges the brothers had to overcome to get a flying machine in the air and how this super science feat continues to help us develop airplanes.
A basic exploration of the parts, variations, and worksites of dump trucks, the hauling and dumping machines. Also included is a pictorial diagram of variations of dump trucks.
A kindergarten-level introduction to tow trucks, covering their purpose, where they are found, their drivers, and such defining features as their booms and winches.
A high-interest introduction to the size, speed, and purpose of one of the world’s largest passenger ships, including a brief history and what the future holds for the Oasis of the Seas.
A high-interest introduction to the size, speed, and purpose of the world’s largest helicopter, including a brief history and what the future holds for the Mil Mi-26.
A high-interest introduction to the size, speed, and purpose of the world’s largest cargo plane, including a brief history and what the future holds for the Antonov An-225.
A high-interest introduction to the size, speed, and purpose of one of the world’s largest aircraft carriers, including a brief history and what the future holds for the Nimitz Aircraft Carrier.
A fundamental exploration of armored vehicles, including their speed and carrying capacity, history of development, armor and other features, and famous models from around the world.
How are the tallest buildings built? How do the biggest boats get into the water? The crane, also known as a bridge or overhead crane, is the large machine used for these big, tall jobs. Children will learn about the different types and sizes of cranes and how they perform, how a crane is a vehicle, and why the crane provides power that people and animals cannot.
