Not a sports bike and not a touring motorcycle, standard motorcycles fit the needs of riders who just want to get around town. Students will learn about these cheap, reliable, and easily customizable 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.
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.
Bullet trains originated in Japan. They are the fastest trains on Earth. Young readers will learn about the history of bullet trains, the technology that makes their high speeds possible, and what bullet trains may be like in the future!
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.
Pocket bikes are a specialized form of mini bike built for racing. Readers will learn how riders control these small motorcycles and the challenges they find in competition.
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.
Soar 90,000 feet above Earth's surface in the majestic U-2 spy plane, which has been a key tool in gathering intelligence over the last 50 years. Students will learn about the history of the U-2 plane, the technology it uses, and what kind of missions this spy plane is sent out to perform.
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.
High-performance engines make these boats capable of incredible speeds. Young readers will learn how powerboats are designed to reduce wind resistance in their goal of reaching the fastest speed possible.
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 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 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.
Humvees are versatile vehicles that are able to traverse almost any terrain. They are used to accomplish a variety of missions. Young readers will learn about the development and uses of the Humvee that make it a vital resource for the United States Armed Forces.
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.
The F-16 Fighting Falcon has been one of the most successful attack fighters in the history of the United States Air Force. Young learners will read about the extraordinary performance and the assortment of weaponry of this classic fighter plane.
Once the backbone of the United States Air Force, the F-15 Eagle was heavily armed for air-to-air combat. Today, newer fighters with better technology are overshadowing it. Students will find out how the weapons and technology used in the F-15 made it a great fighter for many years.
The EA-6B Prowler's primary mission is to provide protection for strike aircraft, ground troops, and ships by jamming enemy radar and communications. Kids will learn the tools Prowlers uses to complete missions, read about the Prowler in action, and much more.
Enduro motorcycles are used in races where the rider needs to keep a steady pace through many checkpoints, often over very rough terrain. Students will find out how the construction and technology of an enduro motorcycle helps it complete these races.
The B-52 Stratofortress has been in service for over fifty years. It is a model of consistency for long-range bombers. Readers will explore the technology behind the B-52, the weapons it carries, and the missions it is used to perform.
At $2.2 billion, the B-2 is the most expensive aircraft ever built. Its payload capacity and stealth technology make it very effective in combat. Students will learn about the cutting-edge technology that makes stealth missions possible and the well-trained pilots who carry them out.
Harrier Jump Jets play a major role in the United States Marine Corps. Their ability to vertically take off makes them very valuable. Young readers will explore the technology behind the AV-8B Harrier Jump Jet and learn about the missions it performs.
The United States Air Force uses B-1B Lancers as strategic bombers. A B-1B Lancer can carry over 125,000 pounds of bombs! Kids will discover the history of the Lancer, the technology behind it, and how it plays a vital role in the United States Air Force.
Initially developed to provide close air support for ground vehicles and troops, the A-10 has become an extremely valuable tool for the United States Air Force. Students will discover its history, technology, and role in the Air Force today.
