Vert skateboarders cruise up and down ramps, launching into the air to perform dangerous tricks. Students will learn about the equipment, skill, and determination required to become a competitive vert skater.
Karts arent just for kids anymore! Adult karts can reach speeds up to 140 miles per hour! Students will explore the history of karts, kart technology, and how the sport of kart racing is growing in popularity.
Hit the wake and fly into the air in this thrilling introduction to wakeboarding. Students will explore the history of wakeboarding, the equipment required to wakeboard, how competitions are won and lost, and the growing popularity of this extreme sport.
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.
Funny cars get their name from their appearance. Their back wheels are much larger than the front wheels. Students will learn about the history and technology behind these fast, exciting race cars.
Street skateboarders use railings, benches, and curbs to do tricks. Eager readers will explore the development of street style skateboarding from the 1950s to today. They will also learn about the equipment needed to safely skateboard and the competitions in which pros compete.
Snocross racers drive snowmobiles through courses with sharp turns and huge jumps. Young readers will learn about the sport, snowmobiles, the safety equipment required to race, and how the first few seconds of a race are critical if you want to win.
Supermoto combines the jumps of motocross with the speed of motorcycle racing. Readers will learn about how supermoto courses combine dirt and pavement, what equipment is needed to race, and the unique skills it takes to become a champion of supermoto.
Ever wondered what it takes to ride a wave? Young readers will find out in this introduction to surfing. They will read about the history of surfing, the equipment used to ride waves, and the ways surfers compete against each other.
Have you ever wondered how an Indy car can keep its grip on the track when traveling at 200 miles per hour? Readers will learn the history of Indy cars, Indy car technology, and how these race cars compete in long, grueling races.
Lowriders are more about appearance than speed or performance. They are more like works of art than cars. Kids will learn about the history of the lowrider craze and how it has changed over the years.
The high maneuverability and speed of jet fighters cause pilots to experience g-forces nine times that of gravity! Students will learn about the history, technology, and future of the fastest jet fighters in the world.
Predator drones use cameras and sensors to help the United States Air Force gain valuable information about the enemy. They can also be used for strategic strikes. Readers will find out how predator drones work, what kinds of missions they are sent out to perform, and how a pilot thousands of miles away can safely control one.
Scooters have become a very popular way to get around town over the last fifty years. Students will learn where scooters came from and what kinds of scooters are around today.
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.
Loaded with guns, torpedoes, and guided missiles, Arleigh Burke Destroyers are always ready to protect U.S. Navy warships. Young readers will learn how these destroyers use the latest technology to defend the fleet and carry out attack missions.
Top Fuel drivers and their cars race one-on-one in a straight line. Drag racing is one of the most popular forms of auto racing, and Top Fuel dragsters are the fastest dragsters around. Young readers will explore the technology that enables a Top Fuel dragster to travel faster than 330 miles per hour!
Ticonderoga Cruisers use their advanced Aegis System to defend U.S. Navy warships. Young students will join these guided-missile cruisers in action and read about the advanced weapons and features they use to complete their missions.
Supersonic jets travel faster than the speed of sound. These jets are designed to maintain stability and function at very high temperatures. Kids will read about the technology, history, and future of supersonic jets.
The M109A6 Paladin is a large, mobile howitzer. It can fire rounds several miles to support ground forces. Readers will learn about the features that make the Paladin successful, how it performs on the battlefield, and common Paladin missions.
The MH-53J Pave Low's main mission is to pick up and deploy troops behind enemy lines. It flies low to the ground and uses advanced technology to sneak in undetected. Young learners will find out about these technologies, read about the Pave Low in action, and learn about the crew that makes dangerous Pave Low missions successful.
The largest capital ships in the world, Nimitz aircraft carriers are filled with cutting-edge technology and several kinds of planes. Students will discover the history, technology, and missions of this backbone of the United States Navy.
The M2A2 is an infantry fighting vehicle (IFV) used by the United States Armed Forces. It transports, assists, and protects infantry. Students will learn about the history and technology behind this vehicle that is often on the front lines of battle.
When there is a search and rescue mission to be done, the HH-60 Pave Hawk gets the call. Fast and maneuverable, Pave Hawks have several tools to help them locate people in need of rescue. Students will learn about the history of the Pave Hawk and how it executes its dangerous rescue missions.