That being said, I've made myself a small MM patch that boosts their range to levels more suitable for 2.5x\JNSQ rescales (2M for Courier and Telstar, 3.5M for Relay). Somewhat unsurprisingly, stock antenna power feels just alright when you play on 2.5x rescale. Rescaling them basically kills the reason to put several antennas on a single vessel or use NFEx reflectors. The reason I play with such a setup is that (IMO) stock antennas are too powerful for stock (as just almost everything else in stock game, LOL). Your use case seems to be an edge case where you are playing upscaled with stock antenna powers. The thought of a larger, multi-stage rocket going wrong like Ascender-1 did is not a pleasant one.If we made it more powerful it could end up OP for the stock system and for rescaled systems as well (where most people play with antenna scaling). The most pressing concern after Ascender-1 is the need to stabilize and control the spacecraft on future launches.Īs I examined the report of the Ascender-1 mission, I realized why the program crew had such a literal bunker mentality. The failure was not fatal, and the pilot and ground crew performed well in the emergency. However, it was also a success in some ways. The ignonimous first flight of the Kerbal Space Program was a failure in that its objective was not achieved and the capsule lost control. The flight of Ascender-1 lasted for a minute and forty-one seconds from launch to landing. The fuel tank was not breached, but Jeb's decision was still prescient. Ascender-1 was taken in for post-flight inspection. A ground crew rushed him back to the infirmary, where he was found to have very minor wounds and a strong urge to "do it again". Jeb was able to exit and leap free from the capsule as his emergency training had taught him. We were too, with one hysterical technician claiming the capsule was destroyed before the smoke cleared. Even the maniacally cheerful Jeb was freaked by that incident. Unfortunately, the actual landing was not as smooth, the engine being destroyed upon contact. The parachute deployed flawlessly, and Ascender-1 descended smoothly for a land touchdown on the space center's property. Jebediah remained exuberant throughout the spin, and while some of the ground crew insisted that the engine be cut immediately, the pilot refused, insisting that it'd be safer to burn off all the fuel before touching down. Then, just after T 10 seconds, it began to spin out of control. For the first several seconds of flight, it appeared to be on course. Its intended mission for this flight was to burn until its fuel ran out, follow a ballistic arc, then deploy the parachute and splash down. The capsule is not exactly an acrobatic biplane, but it and its successors will still need to be steered.Īscender-1 had nowhere near the fuel necessary to make it to space. This small window is the only view outside the pilot has, making the instruments and a good ground control all the more essential for successful maneuvering. That one could even potentially control a spacecraft with them is extremely remarkable to this program administrator's eyes, especially given the most daunting element of the capsule. This is a view from the seat of the instruments in the capsule's interior. As the live camera showed, he was quite eager to get started. Jebediah Kerman, one of the most fearless pilots of the academy class, sat at the controls. Ascender-1, the first piloted flight, and the first deployment of a complete spacecraft system of capsule, engine, and parachute. This was the modest rocket that marked our first trip upwards. ![]() Our first manned flight showed that me and my staff had reason to be worried. The ground crews laughed at my ignorance, then looked frightened. When I arrived at the base, I wondered why so many tunnels, shelters, and bunkers had to be built. What is above ground in this facility is a tracking station, the Vehicle Assembly Building where the rockets are actually built, the launchpad itself, and a hangar with runway that is only used for support aircraft now but has the potential for "spaceplane" flights. Most of it is underground, for safety reasons. This is the home of the Kerbal Space Program.
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