![]() Initial testing at 3km/s reentry went very well and stable except for solar panels ripping off(which I foresaw, but didn't care about) and landing at 20m/s which destroyed everything up to the service bays, but slight tweeking has made landing slow way down to 3m/s. Chutes on top of the 6science Jr as well as a 1圆 solar panel on the sides with some atmospheric modules all around command pod with room to EVA. I recently just sent identical vehicles to duna and eve that consisteded of command module, 2 small service bays( first has 4 sets of the smaller science modules on top and bottom, and second has either 12 or 16 goo canisters stuffed inside with minimal to no clipping), a sci Jr module surrounded by six other ones, with the large SAS module on the bottom followed by the large battery and a large heat shield. Basic early veichle is command pod with chute on top, small bay with a few battery's on the top, about three of each science module minus the science jr and atmospheric module on the bottom, 1圆 solar panels on the outside walls, SAS for good measure, science jr optional, and a heat shield. I use them primarily with my return/reentry vehicle. The main difference is it only generates electricity when it's really needed (batteries. Simulates fuel cells in Kerbal Space Program (KSP), and do a better job of it than stock's use of a resource converter. Wouldn't mind a taller part, however, unless that's the niche of the shuttle payload bays. On Demand Fuel Cells (ODFC) is a plugin to support fuel cells that only generate power when it is needed, thereby saving precious fuel. And for those of us who try to run a 100% re-useable space program. Still an awesome little part, though, especially in light of the new aero physics. I now take extra care to keep things as centered as possible within the bay. Sometimes I need to hit reload a few times before a "stable" version of the craft loads up. ![]() I can sometimes stop the spontaneous exponential wobble-of-doom by opening or closing the bay doors. It was a total nightmare trying to dock the lander back onto the main ship for journey home as I couldn't work out if I was travelling towards my target, and in the end had to eyeball it. The whole journey the lines in the map were wobbling and the markers on the navball were jumping, thought it was a bug until I opened the bay to do an EVA and saw it bouncing around inside. I had the bright idea of putting a MK1 lander can inside a 2.5m which I flew all the way to Pol. Edit the configuration file for the part, removing / fixing the heating aspect?ģ.Yep, that's happened to me. I have to say I am disappointed to have to start modding the game right off the bat after returning from a break. Finally, I noticed that adding radiators to the overheating part has no effect, which is a thermodynamics bug - the radiator should quickly get red hot with the rest of the part. I also no longer wish to utilize "clipping" to add VTOL engines. Relocating the VTOL engines to the outside of the spacecraft would create unacceptable drag and is not an option. Service bay has 2900 K temperature tolerance, can house other delicates inside, allows EVA reports under harsher. ![]() I plan on using them to house VTOL engines so I only need them to deal with any heat for a few seconds. Mk1-3 pod is aerodynamically stable for good areobraking, has a probe control point, crew report, basic antenna, integrated RCS usable during much higher heat exposure without risk of burning off, and 45m/s impact tolerance. ![]() Still, I will give some tips on what KSP can do better to prevent this from happening. The mirrored twin service bay doors were interfering with the rocket exhaust on the opposing side. Engines will run in a service bay without problems. I could expect a poorly designed service bay to fail after several minutes of this kind of stress though. Actually this is almost entirely my fault. It is unrealistic in this environment for aluminum / carbon to "explode", even a paper mache service bay would last longer. ![]() Exhaust is directed downward through the open holes. My service bays explode in less than a fraction of a second when running the tiny rocket engines I have placed inside them. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |