Prime Minister MacDonald nods. "The Secretary of State for the Colonies will be informed. We have a perspective site in Kenya that can be built up. Now, I understand you've already poached our best and brightest. The rest is up to you. Do your best, for King and Country."
Exiting the Prime Ministers office, you are hustled to the inaugural meeting of the Committee for Space Development. When you arrive, the engineers and scientists are already there. Frank Whittle, the jet engine pioneer is the first to speak up. "Well, soonest begun, soonest done.I've been consulting with the other engineers on rocket engines and there are several problems we need to face. The first is metallurgical, we need lightweight, heat resistant metals capable of withstanding vast g-forces. The second is simpler. We need a chemical fuel. Now, we have two options: cryogenic or hypergolic. Cryogenic fuels are simple to make but hard to store for long periods. They also need extensive on-site generation equipment. Hypergolic fuels are easy to store, but toxic and corrosive. They are also less powerful."
[]Cryogenic
[]Hypergolic
"As to the rocket chassis, again that is a metallurgy issue. Aerodynamically, it is a simple shape so we don't have to worry too much about that. Mr Turing has some information on the rest."
Alan Turing speaks up "We face a huge challenge in creating both monitoring equipment and a payload capable of working in space. All the German information on the atmosphere and near space is classified most highly. We must send up rockets with sensor packages and then retrieve them in order to gain the necessary information on space before we can even think of orbit. We must also develop ways to detect and control objects in space. The recent invention of RADAR helps in this regard but we must build a worldwide chain of stations and repeaters in order to have constant contact."
[]Try and build a chain of stations across commonwealth positions
[]Deny the request at this juncture, too expensive when we don't even have a rocket