Introduction For centuries, Kerbals peaceful inhabited their planet, frolicking about and holding international staring contests. Eventually, they grew interested in the stars and heavens above. No one knows why this change came to pass so suddenly. Perhaps they grew tired of cultivating their tiny green plants, or maybe because they had a surplus of rocket engines from the famous underground drag-races. Whatever the reason, Kerbals took to their new found passion with all their industrial might. The first buildings above ground were created under the supervision of Gene Kerman. Now the Kerbals could travel to anywhere in the Kerbol System. They just needed ingenuity, creativity, problem-solving, and communications to achieve anything. Unfortunately, they had none of that, so the stuck with the usual endless supply of kerbonaughts method. Hammerhead I To quick start the entire program, Gene Kerman called for a mission so stupid easy that it would be impossible to fail. Leading rocket scientist Karl von Kerman, came up with the brilliant idea of launching a solid booster straight up. Using the cheapest parts and not a single calculation, the rocket was quickly ready. The rocket was creatively named the Hammerhead because the solid booster was nicknamed the Hammer. Droves of Kerbals gathered at the launch site to watch their pinnacle of Kerbal civilization go to space. Hammerhead II Karl von Kerman was disgraced and fired from the program. Luis de Kerman was the new lead rocket scientist and discovered that Kerbin's atmosphere produce drag. The drag caused friction which created heat. Everyone agreed Luis was and called the atmospheric phenomena "de Kerman effect." Luis encouraged the use of equations to make sure the rocket would work BEFORE it was launched. This was a novelty idea that was far ahead of its time. Luis explained the concept of the Thrust to Weight Ratio that was discovered by Karl von Kerman years ago, but nobody gave it any attention. Luis calculated that the TWR was around 5.04, which was far to much acceleration in Kerbind's thick atmosphere. Using simple algebra, he came up with the ideal 2.00 TWR by setting the "Hammer" booster to 40% power. At launch time, which was not lunch time like some other engineers thought, Luis von Kerman nervously waited to see if his calculations were correct. OOC: There you have it. Very first mission and it fails. I had to do another mission to get the first requirement. Wait until you see the next post...