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.
Dirt bikes have been incredibly popular for many years. Whether riding for recreational purposes or racing against others, dirt bikes offer many kinds of fun. Readers will learn about the history of dirt bikes and the technology behind these bikes that can handle very rough terrain.
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.
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.
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.
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.
Fly high into the air with this thrilling introduction to moto-x freestyle. Eager learners will discover the history of moto-x freestyle, the equipment needed to ride, the many daring tricks, and how competitions reward those who perform difficult tricks well.
Motocross racing has been growing in popularity since the 1950s. The technology and competitions have changed, but the fast-paced action has not. Students will learn about the history of motocross racing, the equipment required to race, and how competition works.
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.
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.
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.
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!
This introduction to hiking covers such aspects as planning, clothing, supplies, food, safety, and the enjoyment of animal and plant life along the way.
An up-close look at why so many enjoy camping and the types of equipment needed for a fun and safe trip.
Experience the dangers mountain climbing in the graphic high interest book.
Too young to drive? Then be a race car crew chief in this graphic high interest book.
The fastest salt flat racers can reach speeds over 750 miles per hour! Students will learn about the salt flats, the history of salt flat racing, and the technology behind some of the fastest land vehicles on Earth.
Soar through clouds while flying ultralight airplanes. See up close photos of these exciting planes.
Most kids dream of riding a full-sized motorcycle. Mini bikes make it possible for kids to enjoy a safe, motorized experience. Young learners will explore the different types of mini bikes and how they are raced in competitions.
Roller coasters offer riders high speeds and thrilling drops! The fastest roller coasters can reach speeds over 100 miles per hour! Eager students will plunge into learning about how roller coasters offer fast, sky-high thrills.
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.
