Ancient German Rockets Origin

Feng Ru was very interested in aviation, so with hard work, courage, and determination he came to the U.S to learn about aviation, and was the first person to bring aviation to China and be the first aviator in China. When Feng Ru first immigrated to the U.S, he understood that industrialization made the U.S great, and he knew that industrialization would make his country China great too. So he took on this challenge to bring industrialization of aviation to China. But by doing this he had to get information on Aviation. Feng Ru went and worked at many places where he can get as much information as possible on aviation. “ So he went east to learn all he could about machines working in shipyards, power plants machine shops, anywhere he could acquire mechnical knowledge. ( Rebecca Maskell)” Feng Ru did anything he could to learn about any kind of information on aviation. He was so determined to. After getting his information on aviation he decided to start making airplanes of his own designs. Feng Ru was very creative but it also lead to danger on his life because when trying out his own designs he would sometimes crash causing him his life. He would get bruises, but would not be seriously injured. One time he crashed into his workshop requiring him to relocate his workshop somewhere else. “ During 1 test flight, Feng Ru lost control of his airplane ( not an usual occurrence), which plunged into his workshop, setting it

He was one of the greatest inventors of great airplanes. His dedication and discretion paid off. He had many successful test flights. It was believed that he was the first aviator to rise from the ground in China, and that was a great accomplishment. He was a well known inventor, and “the words,”Chinese Aviation Pioneer” were engraved upon Feng’s

The first successful launch of the first liquid fueled rocket was on March 16, 1926. The rocket was launched in Auburn, Massachusetts. The rocket traveled at a speed of 60 mph and traveled for 2.5 seconds. The rocket reached an amplitude of 41 feet. It landed 184 feet away from the destination

Robert H. Goddard was a graduate of Clark University. He worked with a physicist named Dr. Gordon Webster. After a lot of experiments, he created a liquid-fueled rocket, and it worked!

Another man who helped influence the rockets was Roger Bacon. He wrote a book called The Epistola Fratris R. Baconis, de Secretis Operibus Artis et Naturase et Nullitate Magiae. It talked about rockets, and gunpowder. We can create a fire that can go up into the outer earth. He may not have invented anything, but he did help contribute to how rockets are made today. Another chinese legend helped with the expansion of rockets. It was said that a man named Wan Hu attached forty seven gunpowder to a chair, (and perhaps kite wings). Wan Hu had assistants light the gunpowder, and off he went into the air, and disappeared.

Although the launch of Sputnik marked the first tangible start to the Space Race, its back story begins much earlier. In 1955, both the United States and the Soviet Union both announced that they were building ballistic missiles that could be used as vehicles to launch objects into space; this

The best launch of the trumpet was quite successful. The rocket exceeded the expectation that it was given. Knowing that the rocket need to go a distance of 200-300ft, the team decided to do extra research at home and come up with the best conclusion of what the rocket needed to have and what the rocket needed to do. The best launch that the Trumpet had was an exact 300ft. The team decided to alter the trumpets fins, the fuel capacity, and the angle, which the rocket was launched at. The rocket flew at an angle of 35 degrees with a fuel volume of 20 oz. The rocket took 4.45 seconds to hit the ground after it was launched. Although the rocket wasn’t the farthest in the class, it still exceeded the team’s expectation.

Space exploration began in the 20th Century when Nazi Germany built long range missiles that could travel across the English Channel1 which led to Soviet Russia and the USA beginning their own space programmes to prevent attacks by Germany and the Space Race began, a period of incredible technological advancement as the Russians and Americans competed to “one-up” each other and governments provided space programmes with seemingly bottomless funding. On October 4th 1957, the Russians launched the Sputnik satellite1 which became the first object to orbit space and this was quickly followed by, on April 12th 1961, Lt. Yuri Gagarin becoming the first man in space1. The Americans retaliated, launching their own rockets and men into space, close

Gunpowder was created in the 9th century in Ancient China, according to Karen Carr, a

In 1680 Christiaan Huygens designed an internal combustion engine fueled by gunpowder. Then in 1826 Samuel Brown altered a steam engine to burn gasoline and put it on a carriage. Later Jean Joseph-Etienne Lenoir patented a double-acting, spark-ignition internal combustion engine fueled by coal gas in 1858. Then he improved the engine so it would run on petroleum and it was attached to a three-wheeled wagon which could travel 50 miles.

The earliest catapult originated in Greece in the 3rd century, it was called the ballista. Catapults were used in ancient and medieval warfare, then in the 14th century the gunpowder cannon was introduced. The last time catapults were used

A rocket is a cylindrical projectile that can be propelled to a great height or distance by the combustion of its contents. Robert Hutchings Goddard, was the first to create a liquid fueled rocket in 1926. Robert was about 44 years old when he invented the first liquid fueled rocket. Roberts rocket reached an altitude of 41 feet at about 60 mph and lasted about 2 seconds. The rocket landed approximately 184 feet away from the blast off place. The rocket was about 10 feet tall, made out of thin pipes; it was fueled by liquid oxygen and gasoline. Chinese were the first to create rockets for military in the 13th Century. They made the rockets out of gunpowder; probably built firework rockets before the rockets for wars. The

German jets had many unique designs during World War II. These designs have fascinated many airplane designers since the end of the war. My purpose is not meant to praise the World War II Nazi Air Force, but to show how Germany developed these airplanes and how they used them. It was fortunate for the Allied powers of World War II and the world that the U.SA.F. Defeated the axis powers. If the allies had delayed entering the war a few more months, this would have allowed the Germans enough time to produce large amounts of these jet airplanes, and the outcome would certainly have been different or too close for comfort. German technology advances in modern warfare were more of a danger to the world that many would like to admit. We are very fortunate that Adolf Hitler made the mistakes he made in the design and production of these advanced airplanes. Adolf Hitler was responsible for making decisions that either slowed or stopped many of these jet projects. The airplanes Germany had before anyone else were faster than anything flying at the time. So why didn’t Germany and the Axis powers win the war if this was true? The answer is that Allied powers produced more of the B-24’s the B-17’s and also P-51 Mustangs by the tens of thousands. The Allies also dropped thousands of tons of bombs on German airplane factories, until they destroyed all of the Nazi manufacturing plants and destroyed the entire German air force, along

In 1898, a Russian educationist, Konstantin Tsiolkovsky, suggested the idea of space exploration by rocket. In a report published in 1903, Tsiolkovsky recommended the use of liquid propellants for rockets in order to achieve greater range. Tsiolkovsky stated that the exhaust velocity of escaping gases limited the speed and range of a rocket. Early in the 20th century, an American, Robert H. Goddard, conducted practical experiments in rocketry. He organized a mathematical analysis that we now call the meteorological sounding rocket. Goddard reached several results important to rocketry. At the time, most people falsely believed that the presence of air was necessary for a rocket to push against. Goddard also stated that multi stage rockets were the answer to achieving high altitudes and that the velocity needed to escape Earth's gravity could be achieved in this way.

The origins of the Space Race can be found in Germany in the 1930s. During World War II, Nazi Germany was researching and building operational ballistic missiles and experimenting with liquid-fueled rockets. As early as 1942 and 1943, the rocket Aggregate-4 became the first vehicle