The brothers, James and Stephen King, had been working for the US military for a decade when they came across an idea: How can they use a machine shop to make their own parts?
King and King found that the machine shop in their hometown of San Francisco was not the only place they could build a machine.
The brothers set up a business called Blacksmiths & Machines in 1958.
They were working on a project that was far more ambitious than what they expected.
In the summer of 1958, they received a call from the US Army, asking if they wanted to join a special project to build a rocket motor, powered by a jet engine, which could fly a long distance and make its way to orbit.
The rocket engine was to be powered by an oxygen tank and the rocket would launch to an altitude of 100 kilometers, reaching a height of more than 1,000 kilometers.
The King brothers were interested in this project.
In fact, they had been interested in it for some time.
In 1959, James King and Stephen had worked for General Electric.
In 1961, Stephen was a research engineer at the University of Texas.
In 1963, Stephen and James were also employees of General Electric, and in the spring of 1963, they and James built a prototype for a rocket engine, called the H-bomb.
At the time, the H bomb was considered a “very advanced” bomb, with the potential to be used on Earth, but James was determined to have it tested first on Mars.
He knew the US was not interested in a bomb on Mars, but he said he needed a way to test it on Earth.
He approached the Army and asked them to provide him with materials, but that they would not give him anything for his work on the H, because they did not believe he could build the H on Mars and could not launch it.
So he contacted a company called Lockheed Martin.
He told Lockheed that he needed help with the H project, but they did nothing, because the Army did not know who he was.
The next time the King brothers came across this idea, it was in the summer, 1958, when the brothers were looking for parts to build an electric motor, called a rocket stage.
The motor would be powered using the oxygen tank that was in a rocket, and then it would lift off at the end of the mission.
The first test of the motor took place in June 1958, at Lockheed’s plant in Fort Worth, Texas, in an enclosed space that was filled with helium and a vacuum cleaner.
The company did not want to have any part that came out of the vacuum cleaner, so they used the vacuum pump to pull the rocket stage up, and it was powered by the oxygen.
That was the first time that they had used the rocket motor to test something.
The motors that were being built were not very accurate, and they were not able to reach the speed of sound.
So they started building an electric engine for the rocket, using a motor that was not quite accurate.
So, they were using a smaller, more reliable motor, which was much more accurate.
And they were getting the speed, and the speed was very good.
That’s when they started using it to power their rockets on the moon.
The engine that was being built for the rockets to land on the Moon was powered with the engine from the engine that they built for an airplane.
But it was not a very good engine, because it had to be flown by hand.
And it would need to be carried by two people to get it to the landing site, and two people were not enough.
The only way that a rocket could reach the moon was by using the engine of a plane, and so that engine had to go out and land on a rocket.
But the engine they built was a big rocket engine.
So the next time that James and the brothers saw the rocket they had built, they thought that was the best rocket engine they had ever built.
They built a rocket for the moon and they went and flew it on a test flight.
And when they got there, they did a test run.
They used it to get the engine to fly on the rocket and they landed it on the lunar surface.
That rocket engine would be the first to go to orbit on the Apollo program.
The test flights were very successful.
They would use the rocket to fly to the Moon, then take it to orbit and then bring it back to Earth to launch again.
And the second rocket would use that rocket to launch a rocket to the surface of the moon, but it would be much smaller.
They did this for about a year.
And then, they built a third rocket.
They made it smaller, and this rocket would be used for a lunar landing.
The third rocket would land on top of the fourth rocket, the rocket that was used for the