CarterQuest Q4 2054 Results
Aldrin Site Construction
The freshly poured concrete of the Harper SCED base, now titled Aldrin in memory of the second man on the moon, once more endures the weight of trucks, cranes and other heavy vehicles, as work crews struggle to construct the various planned facilities. An absurd amount of money and resources has been thrown at the construction workers, likely more than was necessary, but the Treasury does not care about efficiency in this matter. SCED needs to bring operations up to speed and the right time was last year. Artfully designed buildings made from metal, glass and bright white paneling are built, tiberium spikes erected, trees planted and grass sown onto the various planned greenspaces around the site. Now the site is an ominously futuristic looking ghost town, abandoned save for the staff meant to keep everything running. Moving operations over to the new site will take some work, but should ultimately be worth it for morale.
Anchorage Site Construction
Construction work on the Anchorage RnD Site has been less severe, being mostly on the inside of the former engine test site, where a large number of laboratories have been constructed, increasing SCED's research and development capabilities. Of special note is the Katherine Johnson Computing Centre, housing hundreds of server racks filled with high end processors linked together for massive computational tasks and still many racks more to fill. However, during the construction of the thorium plant meant to support the site there, an accident occured. During a test run after the nuclear commission had cleared the plant a pipe burst and radioactive steam caught a few workers, who thought themselves safe, by surprise. The incident was without fatalities and the contaminated areas were easily cleaned up by the commission's A-teams, but the radiation dose delivered was strong enough to pose a serious long term health risk. While the nuclear commission investigates the incident the affected have already gone to court, suing SCED for damages.
Satellite Factory 1402/1250 NAT 1
60 Kilometers north-west of Harper, in the Gran Cress Harbour District, a small high-tech factory has been built. Clean room production lines await the order to start the assembly and production of satellites and arrival of sufficient staff. Finding skilled personnel remains an ever present problem and production will ramp up over the coming months as hiring continues and the piracy situation improves. In terms of design, the Hermes line is a cubic box, with the camera and visual sensor equipment facing in the "front" direction and a connection slot in the back to the recently designed drive module. A total of eight pivotable backside slots allow for a mix of various antennas and solar panels to be added. During launch these are pointed backwards, extending once the satellite has reached space.
Leopard Class Transport 524/425 Drytest 4
It did not take very long for the remaining control electronics to be installed and the external paneling attached, the fresh tan and white painted Leopard rolling out of the assembly building under the cheering of the work crews. The test launch a few days later however turned into a small catastrophe. When the fusion engine was lighted with the help of the local power grid several capacitors blew as the engine was lighted, short circuiting and burning out much of the engines electronics. Defeated, the work crews got to work, ripping out the engine and replacing much of it. All that remains now is putting the engine and plane back together.
Basic Drive Module Development 2/2 AP 118/100
With help of the GTech Laboratories SCED now has the liquid engines they need. A total of 3 sizes have been designed: 0.25, 1.00 and 2.00 meters diameter, for a small, basic and large drive module. These engines have bell nozzles shaped to work best in vacuum, a necessity to gain more specific impulse compared to the vacuum-atmosphere capable designs GDI has used so far. The 1m design is also used for the modification of the Leopard for the moon landing.
Heavy Space Suit Experiments 5/5C 3/3 AP 46/250
The Heavy Suit experiments begin by ordering a batch of Zone suits and stripping them down to the bare exoskeleton. From here on everything needs to be reworked: cooling, life support, power source and hull. While the vacuum of space and Red Zones are both extremely hostile to life, both require very different approaches. The lack of atmosphere means overheating is a greater concern and the hull needs to protect from solar radiation, not weapon impacts. Opinions are still split on the jetpack, but if it is to stay it too will need to be redesigned.
Plasma Torch Drive Experiments 5/5 AP 20/20C 55/450
A plasma torch, also known as a Vasimir engine, is a type of electric propulsion that generates thrust from a quasi-neutral plasma. The method for heating the plasma was originally developed during previous GDI fusion research programs. VASIMR was intended to bridge the gap between high thrust, low specific impulse oxygen-hydrogen engines and low thrust, high specific impulse ion engines. The concept originated and was popularized in 1977 with former NASA astronaut Franklin Chang Díaz. GDI started several test programs in the following decades, but without ever producing a working prototype. Relatively new developments with high temperature superconductors however, have given the design another chance to finally produce a functioning engine.
Fusion Drive Experiments 5/5 AP 20/20C 63/450
While fusion has already resulted in a working engine, the technology is still very new. The experiment's first step will be building an oversized replica of the design, so every step of the process can be precisely modified to find where it can be improved. Noone expects this project to revolutionize something about the understanding of fusion, but even a small step is a step forward.
Launch Herschel-Luna 6C (no die required)
The first real launch of a SCED mission has gone relatively unnoticed with the amount of work being done. On a cloudless Thursday the Titan Rocket, named Ethan by staff, launched without a hitch, Hermes-001 probe on board. The launch was unspectacular compared to the regular Leopards launches, nearly shattering the windows of the few buildings too close to the runway. The rocket expended all the fuel it could to accelerate the probe towards the Earth's constant companion, before releasing it. Hermes-001 extended its antenna and solar panels before it lit its own small engine, speeding away towards the moon, arriving a few days later and entering a low, high angle orbit, sending the data from the various scanning methods back to Harper. On the net the launch received a moderate amount of attention, with a few thousand spectators watching the live feed.
Orbiter Mission - Phobos 49/50 close enough
Phobos is the larger of the two natural satellites of Mars. Phobos is a small, irregularly shaped object with a mean radius of 11 km. Phobos orbits 6,000 km from the Martian surface, closer to its primary body than any other known planetary moon. It is so close that it orbits Mars much faster than Mars rotates, and completes an orbit in just 7 hours and 39 minutes. As a result, from the surface of Mars it appears to rise in the west, move across the sky in 4 hours and 15 minutes or less, and set in the east, twice each Martian day.
Images and models indicate that Phobos may be a rubble pile held together by a thin crust that is being torn apart by tidal interactions. Phobos gets closer to Mars by about 2 centimetres per year, and it is predicted that within 30 to 50 million years it will either collide with the planet or break up into a planetary ring.
The Great Staff Hire
The great Staff Hire has concluded successfully, finding enough staff for the various new facilities constructed and finally increasing SCED's bureaucratic and RnD staff by a reasonable amount after a lengthy hiring process.
Reach out to the Universities 100/100
PR has finally succeeded, with SCED now having at least brief contact with all the relevant faculties across all universities. However, many Professors from more niche fields have complained about the lack of funding and for engineering and physics SCED is in competition with the deep pockets of GDIs' other branches. Still, a few universities have agreed to support the exploratory division in exchange for a moderate amount of funding for the relevant projects. The question is just how much of the budget should be allocated.
[ ]No Grants
[ ]Small Grants (-5 CpT, +3 RnDice Bonus)
[ ]Medium Grants (-10 CpT, +6 RnDice Bonus)
[ ]Large Grants (-20 CpT, +10 RnDice Bonus)