Real Engineering
The Rise of Samsung, Apple's Secret Supplier
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Real Engineering
Why The Netherlands Isn't Under Water
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Real Engineering
The Mystery of the Pyramids' Construction
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Real Engineering
The US Military's Most Powerful Gun
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Real Engineering
How To Stop A North Korean Nuclear Missile
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Real Engineering
Are There Parts of German WW1 Warships in Space?
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Real Engineering
Steam Engine - How Does It Work
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Real Engineering
Designing the Fastest Wheels in History
Record-setting cars need specially made tires. Young engineers watch a video in the Real Engineering series to learn about designing tires. Along the way, they study acceleration, inertia, and angular velocity.
Real Engineering
Boom: The Future of Supersonic Flight
Boom! Individuals watch a Real Engineering video to learn about current innovations in supersonic flight. The resource describes an airplane being developed by the Boom Technology company and compares its design to the Concorde.
Real Engineering
Area Rule: How to Make Planes Fly Faster
It's a bird, it's a plane, it's a modern aircraft with cross-sectional areas taken into consideration. A short video in the Real Engineering playlist describes how cross-sectional areas of airplanes relate to their speeds. It shows...
Real Engineering
The Physics of World War 1 Planes
More wings means more lift. Future engineers watch a video that explains why planes during World War I had multiple, stacked wings. It also describes the advantages and disadvantages of such a system and why modern airplanes are not...
Real Engineering
How Many Batteries Could Power the World? (ft. MinutePhysics)
Some old technology gets new life. Scholars learn how Tesla is planning to produce electric cars with batteries in a Real Engineering video. They see calculations that show how many lithium-ion battery factories would be necessary to...
Real Engineering
Carbon Fiber—The Material of the Future?
Can you see the future in a carbon fiber? A Real Engineering video describes the development of carbon fiber as a building material. It also explains some applications of carbon fiber in aerospace and sporting goods, including proposed...
Real Engineering
The History of Iron and Steel
Steel a great resource to teach your class all about iron. Viewers of an engaging video see how the production of wrought iron, cast iron, and steel have changed over time. The video also explains some societal advances due to these...
Real Engineering
Hyperloop—The Future of Travel?
See the future of public transportation before it zips by. Individuals watch a video in the Real Engineering playlist that explains the hyperloop. It describes one of the possible designs in the SpaceX hyperloop contest.
Real Engineering
Wright Brothers Didn't Invent Flight
If you thought the Wright brothers invented flight, you'd be wrong. Scholars learn how Otto Lilienthal used gliders to simulate flight before the Wright brothers. The Real Engineering video then explains how the Wright brothers perfected...
Real Engineering
Why Are Airplane Wings Angled Backwards??
Being backwards isn't always bad. Scholars view a short video in the Real Engineering series to see why airplane wings are not straight and are angled backwards. The video provides a brief timeline of how airplane wings have evolved over...
Real Engineering
Why Do Wind Turbines Have Three Blades?
Two is too few, four is too many, but three is just perfect. Individuals watch a Real Engineering video to see why wind turbines typically have three blades. This requires consideration of both cost and speed of blade rotation.
Real Engineering
What's the Biggest Machine in the World?
Which is the biggest machine of them all? A Real Engineering video claims that the biggest machine in the world is the US electrical grid and its components. It describes the first electrical plant made by Edison as well as various other...
Real Engineering
The Future of Wind Power?—Kite Power Systems
Can flying kites really save the world? A Real Engineering video describes an effort by the Kite Power Systems company to harness wind energy using kites. It shows how the kites overcome the disadvantages of wind turbines.
Real Engineering
Why Are I-Beams Shaped Like an I?
There's a reason why they're called I-beams. A short Real Engineering video describes why I-beams are in the shape of an I. It considers how the beam achieves maximum bending load with the least amount of material.
Real Engineering
Why Are Plane Windows Round?
Don't let learning about airplanes be a drag. An instructional video explains how advances in technology led to planes that can fly higher, resulting in less drag, less fuel, and the need for a pressurized cabin. It also explains why...
Real Engineering
Winglets—How Do They Work? (Feat. Wendover Productions)
How does the 1973 oil crisis relate to winglets on airplane wings? Interested pupils view a video that explains why airplane wings have winglets. It turns out that the high cost of oil made more efficient wings a necessity.
Real Engineering
Stealth—How Does It Work? (Northrop B-2 Spirit)
Don't let the resource slip away undetected. Pupils watch a video from the Real Engineering series to learn how stealth aircraft avoid radar detection. In particular, the video focuses on the Northrop B-2 Spirit.