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Found 57 results

  1. Stockalike Mining Extension SME adds a number of mining and ISRU-related parts in a variety of form factors. Currently a Work-In-Progress Current Part List: -Mining 0.625m stack mount Drill 1.25m stack mount Drill 1.25m Inline mount Drill 1.25m aircraft Inline mount Drill 2.5m stack mount Drill 3.75m stack mount Drill Mk2 inline Drill 1.25m Stack Oceanic Extractor 1.25m inline Oceanic Extractor 2.5m Oceanic extractor 1.25m Atmospheric Condenser 2.5m Atmospheric Condenser -Processing 3.75m ISRU converter Mk2 ISRU converter Mk3 ISRU converter 0.625m ISRU converter -Storage -Mk2 Ore Tank Mk3 Ore Tank 0.625m Ore Tank 3.75m Ore Tank -Power 0.625m Fuellcell generator 1.25m Fuelcell Generator Mk2 Fuelcell Generator 2.5m Fuelcell generator -Utility 1.25m Superheavy-Duty landing Leg 0.625m Klaw -Propulsion 1.25m Mass Driver 2.5m Mass Driver 0.625m Mass Driver RCS Download from SpaceDock or GitHub Kottabos Review (Version 0.8) Changelog: Licensing The contents of this mod are distributed a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License. http://creativecommons.org/licenses/by-nc-sa/4.0/legalcode' This mod uses Module Manager. Currently a Work in Progress; feedback and suggestions welcome.
  2. Souper

    Venusian mining

    It's 2100. For some reason technology has not progressed beyond 2017 tech. We have colonized the Moon, Mars and some of Jupiter's moons. Then a survey probe detects Exotic Useful Resource™ in high concentrations on Venus, in a pattern similar to iron concentrations on Earth. How would mankind go about mining Venus?
  3. The Gold Standard! Version 1.5.2 (2017/06/18) (Now with full SCANsat and Galileo's Planet Pack Compatibility!) This mod adds the pursuit of gold and an extremely rare resource called Unobtainium to the game! Gold Ore now appears on planets/moons Gold Ore can be mined and smelted into Pure Gold with the Smelter Return either Gold/Gold Ore back to Kerbin for profit Gold is heavier than Gold Ore, which is heavier than Ore Full integration with Vanilla drills and scanners Vanilla Drills and Surface Scanner available slightly earlier in the tech tree Only 8 parts (Under 10Mb download), low memory usage. Get over that mid-career fund grind in a fun and challenging way! What is Unobtainium? Unobtainium is an extremely valuable resource that generally spawns on high-G and extremely distant worlds. You can mine Unobtainium using the vanilla drills without needing a converter in-situ. Drills mining Unobtainium operate much more efficiently with both a scientist and engineer aboard. Unobtainium is a little more dense than gold, so ensure to bring adequate Dv! Finally a monetary reason to land on Eeloo, Eve, Moho/Icarus, or any of the other seldom visited worlds! This mod is not meant to be an easy cash cow; rather, a difficult alternative to contract spam. There is no gold on kerbin, and be careful when choosing a mining site as only deposits of >2% (mini drill) or >1.5% (large drill) will yield gold ore. The gold ore can be returned for an okish profit, but be aware that gold ore is basically 9/10s ore. So there are obvious benefits to smelting in-situ. The Smelter needs power, cooling, and an engineer to function at its full capacity. Pure Gold is, by design and irl, HEAVY! Feel free to post any working ship/base designs! Note on returning with your space booty: Land near or on the space center to avoid diminished returns. Supported mods: - Scansat - Galileo's Planet Pack Downloads Version 1.5.2 for KSP V3: SpaceDock Available on CKAN! *ModuleManager included and required Planned Features Will be adding one more resource beyond Kerbin's influence Community Tech Tree integration Further Weight/Cost Balancing (need feedback) Change Log Update 1.5.2 •Packaged the latest version of MM to bring the mod upto 1.3 Update 1.5.1 •Complete Compatibility with SCANsat and Galileo's Planet Pack •Changed the way resources spawn on planets (more small concentrated veins, less large low concentrated blobs). Update 1.5 •Improved Weight/Balance/Distribution of resources. It should now be a little easier to make money, and more worth it to make a trip out farther. •Fixed the Unobtainium texture •Cleaned up files •Improved compatibility with Scansat and Galileo's Planet Pack (Thanks go to Jadeofmaar for helping me here) Update 1.4.2 • Fixed stupid typo ftw. Update 1.4.1 • Fixed a value that was preventing unobtainium from spawning in large enough quantities to be mined. Update 1.4 • Finally got of my butt and updated the mod to 1.2.2 • Added Unobtainium • Added support for GPP and Scansat Update 1.3 • Updated to for KSP 1.2 • Fixed a potential problem with unlimited output for both gold smeltery and stock miniISRUVersion 1 Update 1.2 - Updated some part descriptions - Slightly reduced concentrations of gold on Minmus - Made orbital scanner unlock earlier (The satellite targeting gui is disabled until survey scan) - Adjusted Smeltery Output to prevent a very minor exploit Version 1.1 - Cleaned up textures - Fixed radial attachment points - Added Mission Flags Version 1.0 - Release License The Gold Standard is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License. This license does not apply to the bundled plugin ModuleManager. This is my first mod so if you have any tips or suggestions don't hesitate to leave a comment below.
  4. (A.K.A. BILL AND JEB'S EXCELLENT ADVENTURE) TL;DR: TODAY I LEARNED THAT "CHECK YO' STAGIN'" APPLIES TO DOCKING PORTS. I am new to Kerbal Space Program and going through career mode. After the crew of my second Mun landing returned to Kerbin with 1,859.6 science on board, I decided to get ... ambitious greedy. I started by unlocking Very Heavy Rocketry, its associated fueling needs, the long-awaited NERV, and Composites. Initially I just wanted to use the NERV as any upper stage, since it was so efficient. But there was a contract for mining ore, and I already wanted to land, so why not try to make a refueling lander? It turned out to be a lot heavier than expected, so I went with 3x engine symmetry (2 would have been enough power but 3 made better symmetry and I was used to high munar TWR from my first two landings), and packed a bunch of the baby airplane fuel cylinders next to the engines since they have the best fuel-to-weight ratio of all the liquid tanks—which also gave me a place to mount landing gear that could actually reach the ground, and a better place to mount drills than some very sneaky girders. Then, since I had the power, I upgraded the converter since the small one's ore-to-fuel ratio is garbage. I didn't have the Gigantor solar panels unlocked yet, but looking at the energy requirements I decided to use the last of my science to do so. I wanted to do a bunch of contracts. I had several around the Mun, for which I needed a rover and a satellite, and I wanted to mount them both on the nose. Hmm. I decided to put clamp-o-trons on the rover and nose, then put the satellite in the middle. I added RCS to the rover so I could, in theory, detach in spaceflight, launch the satellite, and then reattach to the lander. I've never docked anything before, but how hard can it be? (Backup plan: carry the satellite down, drop the rover, launch satellite after takeoff.) Speaking of docking, on this mission I plan to try it for the first time again—ship to ship this time. My middle stage should make Mun orbit, and if the lander refinery works as well as hoped, I can potentially come back up, dock, donate a little fuel (I put modest L+O tankage on the nuke with this hope—contents donated to the middle stage, of course—plus I could refine more ore after docking), then transfer crews, land again, collect science and fuel again, and did I mention both crews still need a Mun landing under their belt? Now all I had to do was figure out how the heck to lift all this junk. Fortunately I had just unlocked the Mammoth. Even so, I still needed to attach some Kickbacks to give me what I consider decent launchpad thrust. For the middle stage, a Skipper might be adequate to the task, but I thought, "Hey, the Rhino gets better ISP anyway, right? And it will keep my burns short. Let's try this sucker out." Plus it let me keep my rocket fatter; this thing is much taller than any rocket I've made before. Looking at what I'd done in the VAB—what I'd done to the VAB?—I named it the Abomination. The fairing covered 45% of the rocket. It's over 100 tons heavier than my previously biggest rocket, which was almost 100 tons heavier than my previously biggest rocket. And it's not too far shy of double the cost, though a lot of this is tied up in stuff meant to be recovered. I had just accepted a contract to test the aerospace decoupler at 51-55km while going 1110-1890m/s, which put some constraints on my flight profile, but it actually worked pretty well with a reasonable gravity turn. It took me a couple of tries to get it right, but I don't feel too guilty about reverting for that sort of thing. They aren't terrible fins—or at least they looked the part. The Rhino performed beautifully, too. It started up well in the upper atmosphere, so I'm sure it was at least as efficient as any other upper stage could have been, and the extra power let me carry more fuel that the main lifter would have otherwise been using (at less effiency). The downside is that if the Mammoth was allowed to use that fuel I was confident of recovery; this way, I didn't even try for this mission, though I may if I find myself with a similar lower stage in the future. On the last Mun landing, I caught a Minmus intercept completely by accident while planning the trip home, but didn't have the fuel to do it. Not this time, my crew thinks. Not this time. As it turns out, the main difficulty of reattaching the rover—other than that I'm terrible at docking—was that it really wasn't designed with docking in mind. First, the lines of sight were very bad, and second, I didn't realize I'd offset the docking port so that a little bit of it was blocked by a girder. The magnetism seems to be holding it in place for now, so hopefully that will hold up until I land. If it falls off upon landing that will just save me the trouble. The satellite was then on its merry way after reaching the correct altitude to turn on its engine to fulfill a contract. I was careful of where the main ship was, after having read many horror stories about inattentive launch collisions! It has tons of delta-V, which is good because it needs to fulfill two orbital requirements; it may have enough to spare to do something useful. Even if it doesn't, three contracts on one small satellite that at worst will be a half-decent Mun relay antenna isn't bad. The orbiter (the Rhino) is another story. By my calculations at the time, it did have enough to get into my preferred capture orbit but it's tighter than I thought back in the VAB when I was doing gross estimation instead of precise engineering. I hoped I would be able to get into my subsequent planned lower orbit. (To make a rendezvous with the mining ship easier—the refueling might be more than a novelty now.) Alternatively I could have just bailed out and tried for Kerbin immediately after the capture, but I wanted to stick to the mission plan. Apparently, magnetism gets weaker during time warp. I wanted to orient my vessel in a certain direction to ensure the orbiter didn't get in the way of the lander's maneuver. I knew that the maneuver node could sometimes move around a bit on you, but I was totally unprepared for one that meandered across a 45° swath of the navball! I can't help but imagine the loosely attached rover had something to do with it, but even so, that was ridiculous. Every time I thought I was close, it dashed back in the direction I came from, sort of like the way SAS autocorrects. Speaking of misbehaving maneuver nodes, apparently the satellite was small enough, and the antenna big enough, that the engine was significantly offset from the center of mass. At least, that was the hypothesis I formed as the thing bucked like a bronco for the nearly two minute burn despite the fact that I was only packing a Spark. Or perhaps too much of the weight was in the back? I will keep this in mind for more important future missions. The rover, in the meantime, had gotten loose again. Fortunately I cought it before it had gone more than a couple meters. I was becoming concerned. I wondered how it would behave under deceleration. At least, I reasoned, it would be only compressive forces, not pulling the clamps apart, but it's off center—that's the whole problem. But although the clamps are off center, the center of mass (as I eyeballed it) looked like it should be right over the center of the rocket, so maybe it would be fine. I had plenty of monopropellant, even without being able to transfer any from the ship. As long as it waits until landing—or perhaps even the final approach—to wobble off the ship, I'm golden. But, a pessimistic voice whispered, if it's not docked then you can't undock it. what if it sticks through the landing and doesn't want to go? Will the monopropellant be enough to push it loose? Almost certainly yes, I thought. I was glad I thought of the possibility, but I was sure it was not a true concern. After another repetition of the rover escape and a couple more times it seemed to be threatening to, I think I've figured out the behavior. Whenever "normal activity" is suspended, either from time warp or from leaving the area (to adjust my satellite's orbit) the half-on, half-off docking port starts to freak out. Possibly the game is trying to make it fit correctly, but running into a conflict with the girder that's in the way. It wasn't a problem when it was built that way but it looks like detaching it was a one-way trip, at least for this particular rover. There seem to be one of two "resting states": one where the clamps are together but offset as in the picture above, and one where the clamps are perfectly aligned but being held apart by the girder. If I leave the area when it's in the first position the rover wants to go to the second position, but if I leave the area when it's in the second position then it wants to lose the connection and drift away. Anyway, I lined up the target on the ground, giving it a little lead for rotation and overshooting a bit on purpose because I usually end up short of the planned line. In this case I had to stick to the plan more than usual once I got close to the finish line because if I turned the ship too fast the rover would definitely lose its connection, and I didn't want to do that too far from the actual landing zone. After what is by far the most fuel-wasteful deorbit I have ever done (possibly partially because of the unusually steep orbit I'm coming down from), I was slowly decelerating into the landing zone, and I noticed I was drifting a little bit. As said before, any sudden course corrections would cause the rover to get squirrely, which is a complication I didn't need, so I quickly switched to it at a couple dozen meters up, mashed the RCS, and just let it fall to the ground, where it bounced very nicely without exploding even a little. I eased myself down in the most cowardly possible way, RCS blasting, secure in the knowledge that as long as I made it to the ground intact I would be taking off with full tanks. The eagle-eyed may have spotted earlier that in addition to the Gigantor solar panels there were a bunch of smaller ones. Did I simply forget to remove them after upgrading? Yes. But everybody pretended that the Gigantors were far too important to be deployed for measly in-transit operations. I'd like to say Jebediah had a fine old time roaming around the countryside on the rover, but it turns out Bill neglected to install any seats. Not that that little detail would stop Jeb, but unfortunately his crewmates managed it. OKTO sighed a little sigh and dutifully went off alone in search of temperature readings, and maybe love. Well, like many would-be lovers, OKTO forgot which way was forward and went 20 kilometers in the wrong direction. But the detour didn't cost much more time than it took for the mining and refining to finish completely. Then I just burned for orbit, trying to get one that was easy to match to the orbiter (I went polar because of the landing zone, so rotation was a factor.) Getting into AN obit wasn't so bad; getting into a MATCHING orbit was a little more of a chore. But that, I think, is a mission report for another day. TO BE CONTINUED...
  5. Hello, I'm not quite sure if this is any bug (I'm using some mods) or if there's some unknown multiplier within the core heat calculations. Perhaps someone here can help me to unterstand. In my setting I landed on Minmus with a level 2 engineer. The ship has 2 Drill-O-Matic Junior's attached to a fuel tank and attached to this tank a large radiator panel. Nothing else (of any heat importance) is conected with this fuel tank. There's no termal control system on the whole ship. Now each each Drill-O-Matic Junior has 50 KW max cooling and the large radiator panel has 200 KW of core heat xfer. So there should be more then enough cooling. But when I start mining, the drills core temp climbs up to 561 K. Thanks to KAS & KIS I was able to try some different settings. If I attach another small radiator panel (50 KW core heat xfer), the drills stay at 500 K. So the cooling requirement seems to be somewhere between 200 KW and 250 KW - the drills should only generate 100 KW. I also checked the additional thermal data over the debugging console (ALT + F12) but I'm no expert in those numbers and they don't gave my any hint, what happens with the heat when the drills starts to overheat (I mean going over 500 K). This behavior starts with 1.3.1, in prevoius versions the cooling for this ship was fine (but in those days I drilled on mun ) . Best regards
  6. ReMeMber the KANTERBURY ! Ice Hauler from The Expanse; Stock Kerbalified. Oye Beratnas, Kanterbury be chowing A'rocks all cycle long. The SAS is pomang kaka so use your RCS for fine navigation, sass? Kewe to pensa? For the Earthers: This is a sort-of-replica-what-I-call-Kerbalified-version of the Pur'n'Kleen Ice Hauler Canterbury, from the series "The Expanse". While it's designed to look (nearly, but not quite unentirely) like the ship its based on, it is at The Expense of making the thing work reasonably efficiently in KSP. So, part count is a low, low 200 It's those damnable RCS ports. I've kept everything else to a minimum to keep that count down; there's plenty of room for improvements on this vessel if you've got a computer to handle it. This thing will probably accommodate at least four Class A 'roids, maybe even six but for now there's just two grabbers. With the launcher this comes in at pretty hefty 372 parts. Fortunately by orbit you'll have ditched 172 of them. Mechjeb can get this thing to a circular 250km orbit without too many issues, though you will need to help steer the nose to the correct heading a little if it starts to tilt away from it. Don't forget to 'Control from here' on the command core (as pictured) before launch! CONTROLS AG1 Toggle Clamps AG2 Toggle Drill AG3 Toggle Drill Harvesting AG4 Toggle Solar Panels DOWNLOAD Kanterbury.craft 238Kb DOWNLOAD (craft with launcher) KanterburyLauncher.craft 459Kb Have fun, oyedeng!
  7. NewtSoup

    Going to Minmus

    It looks like it's time for me to set up a Minmus Base, I wasn't planning to but I went and accepted some Minmus contracts and one of which was to return a sample of ore. Easy enough I thought, clicking away. Now Babylon K is in orbit of the Mun and has it's own mobile mining base I thought I'd revisit the Minmus contracts. I've already got a station in orbit and a survey sat out there. Errr, that Ore Requirement - I'm sure that said 50 units of ore not 3050 units! I'm going to need a bigger boat!. So like I say I am going to have to build a full on Minmus Base. Me being me I can't do anything simply and I've decided on a modular, expandable form for the base and I've already done a little bit of research right here on Kerbin. As you can see from the picture. It's based on a cross shaped module made of a micronode, girders, docking ports and wheels. Each Module is a rover in its own right and the docking ports, when modules are arranged in a grid do indeed interlock!. An amusing side effect is that the entire base can be driven like a rover itself. I may need to unlock a few technologies before continuing though - Rovemax M1 Wheels might be better. I thought about waiting until I could unlock the HubMax Multi Point Connector but I believe the micronode and strutting will suffice.
  8. ~ Triton Mk-IV ~ 224 Parts, Stock, Version 1.3.1 Ever wanted to check out the seas of Laythe with a speed boat? How about some off road dune action? Perhaps an enjoyable flight past picturesque mountain peaks? Using the Triton Mk-IV, you can do all 3 with 1 launch. Establish an adventure colony on Laythe today! THE ROCKET Triton Mk-IV rocket: Designed to deliver a small 4 kerbal exploration team and 3 vehicles to Laythe (one way). Straight forward stage progression and generous delta-V values make getting to Laythe an enjoyable experience. After you drop the first stage, slowly push forward a full 90º until you are parallel with the surface. This should put your apoapsis at around 80~90k. Keep your remaining stages right on the horizon and if you do it right, your nukes will only need to use about 100dV or so to put the periapsis at 80~90k and all the prior stages will de-orbit properly. This will leave you with an orbital craft sporting just over 8,200dV, plenty for the journey to Laythe. Once there, simply de-orbit over the ocean and let the parachutes do the work. THE VEHICLES Trident: A jet boat and vehicle carrier. It's purpose is to transport the Beast from island to island, unloading and reloading it from beaches. It can achieve speeds over 42 meters per second and has reversible jets that act as brakes. It has good steering and enough fuel to reach land from nearly any landing location in the ocean. Always open and close the loading ramp slowly using the percentage slider. If you are stuck on a beach, you can reverse full thrust and use the ramp to dislodge. (packed on the Triton Mk-IV) PRESS "1" to toggle thrust direction. Beast: A mining and fuel refinement truck. The truck can be used to explore deep inland and produces fuel for the other two vehicles. It has a narrow wheel base to allow for unloading and loading on to the Trident. Always slow down below 10 meters per second for turns or steep hills. If you start to tip over, counter steering can often save you. In flatter areas, you can safely go 20~35 meters per second without tipping over. (packed on the Trident) PRESS "2" to toggle solar panels when on land. Firebolt: A very small and highly maneuverable jet weighing less than 900kg! It is capable of flying medium distances and is perfect for surveying the surrounding area. Even with a kerbal in the seat it has zero torque, allowing maximum benefit from the SAS. It is very easy to land, but care must be taken to prevent crashes. Using the brakes it can take off and land using a very small area. Keep SAS on at all times. It is the fastest of the 3, allowing for horizontal flight speeds of over 160 meters per second. (packed on the Beast) DOWNLOAD THE CRAFT FILE HERE! IMAGES OF A SUCCESSFUL LAUNCH! Design Notes: *Craft is turned 90º left on launch pad to accommodate unorthodox payload shape, just press up/forward instead of right when turning into orbit. **Once deployed, the Firebolt cannot be combined with the Trident and Beast again for sea transport. However, the Firebolt has enough range to follow the Trident most places and can be flown separately.
  9. So I just landed a rover with a surface scanner on Minimus, and it says 13.01% ore. Is that a lot? How much should I be looking for when trying to start a mining base? Fire
  10. After few days experimenting with mining spaceplanes, i've found this is not really suits my needs. 200t+ spaceplane with VTOL engines blocks that able to carry convert-o-tron 250 and few Nerv engines is too bulky and have not really good delta-v (so, requires refuelling at orbit with other ships often) with very slow acceleration rate and quite hard to operate. So, i've decided to switch to copter-style ships. Build simple one with 16x nerv engines (in 8x blocks with two engines), 28t Mk3 liquid tank, 14.57 Mk3-2.5m adapter with LF+OX, 4.57t Mk3 monopropellant tank, some Mk1 LF tanks, two large drills (one at top - for asteroids mining and one at bottom - for planets harvesting) 2700 ore capacity (had few contracts for mining and hauling ore around), RCS, grab unit, Sr docking port and full set of scientific stuff with 3 kerbals crew capacity (one engineer and two scientists in mobile lab). Also features many lamps to mine at dark places (well, wasn't really good idea as it kills my videocard at places like Duna when turned on, i guess because it tries to calculate atmosphere's light paths). The ship is quite self-sufficient, 5000+ delta-v with quite good push (so, less boring time while accelerating), able to land and take off Duna and smaller bodies, has ability to refuel other small ships on orbits. Because large ore tanks - it is able to get large bonus delta-v (about 20%, so it will have 6000+ dv!) as you can start from small bodies full of ore and convert it is to the fuel after taking off and finishing first maneuvers. Cost is about 1 million (with first two stages to get on orbit, could save a bit if have used vtol-landing stage but was a bit lazy to build such large pusher). Contains only stock stuff, except mechjeb (can be removed, of course). Launched the ship to 200km orbit, headed to Minmus to complete "get ore from Minmus to Kerbin's orbit" contract, flew to the Ike and brought 2700 ore to the Duna's surface (had 1.7mil contract on this), made atmosphere fly with copter-style flying to get closer to old Duna base, picked experienced crew there and went back to Ike (to finish "make EVA on Ike's orbit). At launch pad To 200km orbit Final separation at orbit Heading to the Minmus Landing at Ike Mining at Ike Hauling ore to Duna Landing at Duna Picking up crew at Duna Ugh, forgot to install ladders... Well, EVA jetpacks were enough... ...But a bit tricky Taking off from Duna
  11. Hello rocketeer ! A few days ago I landed an asteroid and set up 4 rover connected between them and to the asteroid : 1 for electricity, 1 for cooling, one for storing ore & convert it and the last one for my 5 star engineer & the drills. But seems like I can't mine it.. The drills only ask for surface harvester but nothing for asteroid case.. Here's some screenshots for a better understanding of my situation : https://imgur.com/a/5n4ig
  12. Hello everyone ! There is 2 days ago I found this post : And I really enjoyed the concept of optimizing miner's efficiency made by @TokMor but I've been a little disappointed seeing that this has been abandoned.. So I decided to re-build it by updating and adding some more features. Today I present you, the spreadsheet "Mining efficiently" ! Can be open up by Excel, OpenOffice, LibreOffice or anything that can read worksheets. It's free of copyright so you can do whatever you want with. To use it properly, Yellow fields are inputs and Blue fields outputs . I let you enjoy my work and, anyone who have any suggestions is welcome to share his ideas and/or post an update that will be uploaded here ! Sources : https://forum.kerbalspaceprogram.com/index.php?/topic/118463-maximizing-mining-operational-efficiency-with-math-and-spreadsheets/ And the KSP wiki.
  13. donalddahlen

    NOSTROMO is back !!!!!!!!!

    W.I.P vers. 0.7 Reborn from the Nostromo Vessel of the year 1979. https://spacedock.info/mod/1599/Nostromo
  14. I would like to build lightweight mining ships. The problem is that I can't ever seem to get the miniature refinery to work. The normal one seems to operate just fine. I only need to use 4 small rotating radiators and the refinery will always operate at optimal temperature. If I use the same radiators for the small one, it always overheats and eventually shuts down. Even 4 medium rot-radiatiors don't seem to help it maintain optimal temperature and it overheats and shuts down. How the hell do people use the mini refineries without any trouble?? I like building heavy but I sometimes want to build light too... and I can't do this for a miner ship. **Edit** I wasn't talking about the baby drills. I was talking about the small ore processor. I know how the baby drills work. They only work with a certain threshold of ore underneath. I already knew this. I mean the processor overheats...
  15. donalddahlen

    NOSTROMO is back !!!!!!!!!

    The Spacecraft insp. by ALIEN is back the name of this great Vessel is Nostromo and it works in KSP
  16. Hugo Kerman

    KSP Glitch

    Whenever I start drilling it makes me go underground, then once i enter into "physics" i get thrown into the air On Ike https://streamable.com/cbbey Video Above P.S. Jebediah Died
  17. On Rura Penthe I am running a convert-o-tron 250 which requires 200 KW of Cooling and a Max Cooling of 750 KW two Drill'o'matic excavators requiring 200 KW between them and a max of 200KW between each this seems to be a total of 400kw required my base has 4 x Medium Thermal Control System fins - each with a core heat xfer of 250 KW, max cooling of 19494 KW surely this would be more than enough to keep everything cool, so why are the fins glowing red hot, running at more than 100% ( keeps flickering to 100.5%) and sparking? I shut down the drills and ore processing ( the tanks were all full anyway) to stop explosions happening. The picture below shows my base layout. Is in fact happeneing because all the tanks got full?
  18. I have a mining vessel with a Convertotron 250, four drills, four ore tanks, some cooling, some batteries, some solar cells and a load of other stuff which you will see in the picture below. My question is - why is only one of my drills at 45% load and the other three at around 2%. The ore in the local area is 14.5% average. I don't fully understand mining and drilling yet so could somebody explain what's going on here? Even more confused. They all say ore rate 0.22 now and I stopped and restarted them and instead of a load they just say "Operational".
  19. There was a mod that let you mine ore from asteroids and convert it into TAC Life Support resources, but for the life of me I can't find it. Does anyone remember what it's called?
  20. For the first time ever, I took an SSTO to mine for ore on Minmus. I had to refuel once in LKO and once on the surface of Minmus. I then flew to the North Pole to mine. Once full of ore, I flew back to Kerbin, and somehow landed on the runway too. Mods: -tweakscale -mj -p-tanks -mk2 expansion Enjoy.
  21. Started building a miner today. I found that I couldn't put 'Toggle Deploy Drill' on an action button as the option was missing. Only the start harvesting ground/asteroid resources options were available.
  22. Hello All. I have established a mining operation on Minmus. I have 4 drills going on the craft with 4 medium thermal control systems cooling the units, and everything looks like it is running smoothly. However, when I go to leave the operation and head back to the tracking station, or anywhere else for that matter, it tells me that I am on a collision course and cannot leave without reverting back to a previous save. Anybody got an answer to this problem? Here is a picture of my setup:
  23. Hi all! The short question: I'd love to hear recommendations on orbital altitudes for a refinery operation that will mine ore on Ike and refine it in Dunan orbit. The longer explanation: For the last week or so I've been playing in Sandbox, working out how to most effectively set up logistical infrastructures all around the stock solar system. I started by setting up a full-coverage Comm relay and ScanSat (the mod) network around every body on the stock game. I've done all this before, of course, but never as methodically and efficiently as I'd like. So far the four inner planets are covered, and various satellite carriers are nearing their destinations at Dres, Jool, and Eeloo. Now I've turned my attention to setting up fuel depots and ISRU operations, and have two flotillas of fuel stations, mining landers, in-system tankers, interplantery tankers, etc. headed to Duna and Dres. All un-Kerballed and drone-controlled, but with enough modularity to be turned into crewed vessels in the future. (Before it's mentioned, I know depots and ISRU aren't necessarily the easiest or most efficient ways to explore the system, but for the purpose of this save game, that's what I'm playing with.) I already have a clear plan for Dres; with an ore miner tailored for landing on the planet and another dedicated to the asteroids surrounding it. They'll bring raw ore to an orbital refinery/tankage station. The reason for this post: I'm not sure exactly what I want to do at Duna. The mining lander is large (by my standards) and can bring 10,000 units of ore from Ike to anywhere in the Dunan system. The depot will refuel Kerballed missions to Duna, and a few re-usable Duna Lander/Ascent vehicles that will remain in-system for surface explorations. It may also be used to send re-fueling tankers further afield, particularly to Jool, though a full Kerballed expedition to that system is still only a drawing-board notion. SO... any suggestions, tips, or other observations? Specifically, will I be better served to keep the main Fuel Depot/Refinery station in orbit around Ike, or should it orbit Duna? If the latter, will a high (near the SOI margin), medium (outside Ike's orbit), or low (inside Ike's orbit) altitude work best for my purposes? Keep in mind the station itself has no propulsion, but is configured so the Mining Lander itself can propel the entire depot (and is in fact doing that right now, toward a Duna intercept in a few hundred days). There are also several fuel carriers around Duna (most of them leftovers from the Comm/Scan satellite missions) that can move fuel from the depot to vessels that need it. I'm asking not just in terms of absolute efficiency (as in launch costs and fuel consumption) but also in terms of my convenience and "playability" (i.e. avoiding days-long warping to rendezvous various vessels from high orbits), and finding a satisfying balance between the two. I hope I've laid out enough to explain what I'm looking for in terms of feedback, without droning (no pun intended) on too long. Note: I'm playing with a smattering of mods, but mainly for aesthetics. All my craft are (virtually) analogous to stock vessels, so a full mod list doesn't seem necessary. Beyond that I rely heavily on KER and KAC to design and keep track of all the (40? 50?) missions ongoing right now. Your thoughts appreciated.
  24. I put a surface base down on Minmus with a drill, but it's in a location with no ore to drill up. I don't really care about the difficulty of locating biomes with resources and such, so is there a way I can edit the game files or install a mod to make the entire Minmus surface covered in recoverable ore or make the drill always dig up ore anywhere at the fastest rate possible? Thanks.
  25. digger1213

    Mining SSTOs

    I have struggled for quite a long time to create a mining SSTO that could get itself to Laythe, and fly around... until I can be bothered to bring the Kerbals back. The process has resulted in many failures, all looking relatively like this one: I usually run into one of three or so problems. 1: Not enough TWR to reach orbit. 2: Not enough DV to reach orbit. 3. Flops around on the runway until it blows up. (Or fails to take off...) I usually find it too heavy to take off, so I add more wings. I then find it too heavy for the jet engines to effectively carry, struggling to make orbit, or unable to get fast enough. If I do manage to ever get it into orbit, I do not have enough TWR to go anywhere. I have been inspired by the SSTO in this Reddit post but even when replicating it as accurately as possible I find it impossible to takeoff the runway, or otherwise orbital TWR is less than 0.1 which I find unacceptable (yet still without enough Delta-V to get anywhere). Should I try using the smaller refinery and drills? Is there anything I can do to try and improve my designs? Thanks.