We are an enthusiastic and committed group of young individuals who are working “to put an amateur unmanned space capability in space” through the development of rockets and rocket related technologies.
We are an enthusiastic and committed group of young individuals who are working “to put an amateur unmanned space capability into space” through the development of rockets and rocket related technologies.
TITAN ROCKETRY LABS are working towards an amateur unmanned space capability through a number of interlinked projects.
TITAN ROCKETRY LABS is currently working towards the goal of launching an amateur rocket into space, with the aim of proving that such a feat can be achieved by non-governmental groups on a tiny budget. TITAN ROCKETRY LABS have been working towards this mammoth goal for over five years now, following a staged & incremental approach. TITAN ROCKETRY LABS do not believe in wasting our precious time on project management or excessive paperwork. We prefer to follow an approach of hands-on, practical development & testing, to build up our experience & our confidence, allowing the final space vehicle to all but design itself.
Through this process, TITAN ROCKETRY LABS have developed an approach that allows us to work on several fronts simultaneously – saving time & giving greater scope for practical experience. TITAN ROCKETRY LABS are developing hybrid rocket motors to power our rockets. We chose hybrid propulsion over solid or liquid propulsion for the simple reasons that it is cheap, safe & reliable. Private solid rocket motor development & to a lesser extent liquid propulsion in Germany, is all but impossible due to legal restrictions on explosive manufacture.
TITAN ROCKETRY LABS is, at any one time, involved in several distinct projects that are interlinked, & that will eventually unite to provide the technical backbone for the imminent space launch project. These projects are concerned with “Propulsion” to develop rocket motors & propulsion related technology. A series of amateur hybrid motor powered rockets of increasing size & power that will lead directly to the space capable rocket.
– Martin Roesch
HOW IT ALL STARTED – A LOVE STORY
As a child, I watched the historic launch of the Saturn V on a TV reportage and I was immediately captivated by this tremendous power. I was captivated by space travel. I decided to build a model rocket. It all started with a lover’s model, the Saturn V.
A little historical OutlineThe Saturn V was a rocket NASA built to send people to the moon. (The V in the name is the Roman numeral five.) The Saturn V was a type of rocket called a Heavy Lift Vehicle. That means it was very powerful. It was the most powerful rocket that had ever flown successfully. The Saturn V was used in the Apollo program in the 1960s and 1970s. It also was used to launch the Skylab space station.
How Big Was the Saturn V?
The Saturn V rocket was 111 meters (363 feet) tall, about the height of a 36-story-tall building, and 18 meters (60 feet) taller than the Statue of Liberty. Fully fueled for liftoff, the Saturn V weighed 2.8 million kilograms (6.2 million pounds), the weight of about 400 elephants. The rocket generated 34.5 million newtons (7.6 million pounds) of thrust at launch, creating more power than 85 Hoover Dams. A car that gets 48 kilometers (30 miles) to the gallon could drive around the world around 800 times with the amount of fuel the Saturn V used for a lunar landing mission. It could launch about 118,000 kilograms (130 tons) into Earth orbit. That’s about as much weight as 10 school buses. The Saturn V could launch about 43,500 kilograms (50 tons) to the moon. That’s about the same as four school buses.
What Is the History of the Saturn V?
The Saturn V was developed at NASA’s Marshall Space Flight Center in Huntsville, Ala. It was one of three types of Saturn rockets NASA built. Two smaller rockets, the Saturn I (1) and IB (1b), were used to launch humans into Earth orbit. The Saturn V sent them beyond Earth orbit to the moon. The first Saturn V was launched in 1967. It was called Apollo 4. Apollo 6 followed in 1968. Both of these rockets were launched without crews. These launches tested the Saturn V rocket.
The first Saturn V launched with a crew was Apollo 8. On this mission, astronauts orbited the moon but did not land. On Apollo 9, the crew tested the Apollo moon lander by flying it in Earth orbit without landing. On Apollo 10, the Saturn V launched the lunar lander to the moon. The crew tested the lander in space but did not land it on the moon. In 1969, Apollo 11 was the first mission to land astronauts on the moon. Saturn V rockets also made it possible for astronauts to land on the moon on Apollo 12, 14, 15, 16 and 17. On Apollo 13, the Saturn V lifted the crew into space, but a problem prevented them from being able to land on the moon. That problem was not with the Saturn V, but with the Apollo spacecraft. The last Saturn V was launched in 1973, without a crew. It was used to launch the Skylab space station into Earth orbit.
How Did the Saturn V Work?
The Saturn V that launched the Skylab space station only had two stages. The Saturn V rockets used for the Apollo missions had three stages. Each stage would burn its engines until it was out of fuel and would then separate from the rocket. The engines on the next stage would fire, and the rocket would continue into space. The first stage had the most powerful engines, since it had the challenging task of lifting the fully fueled rocket off the ground. The first stage lifted the rocket to an altitude of about 68 kilometers (42 miles). The second stage carried it from there almost into orbit. The third stage placed the Apollo spacecraft into Earth orbit and pushed it toward the moon. The first two stages fell into the ocean after separation. The third stage either stayed in space or hit the moon.