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Copy pathdictionary - BreakingGround Orijinal.cfg
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dictionary - BreakingGround Orijinal.cfg
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Localization
{
en-us
{
#autoLOC_6011010 = <color=orange>Your scan has collected some, but not all the information available. Come back later with a better sensor.</color>
#autoLOC_6011011 = <color=orange>Your scan has collected most, but not all the information available. Come back later with a better sensor.</color>
#autoLOC_6011012 = Your scan has collected all the detail possible, congratulations!
#autoLOC_6011013 = Return this to have it analyzed and gain all information about it.
#autoLOC_6011014 = Pickup <<1>>
#autoLOC_6011015 = If our experts are correct, this is one of the oldest trees on the planet… perhaps as old as Professor von Kerman himself.
#autoLOC_6011016 = A ring sample of this ancient tree will provide centuries of valuable historical climate data. But can it be gathered without harming the elder Baobab?
#autoLOC_6011017 = While there are other trees on Kerbin, these are by far the most interesting.They stand out so much its like you can barely see the others sometimes.
#autoLOC_6011018 = Glistening like a mirror, this massive crystal formation provides valuable information, if Bob will stop looking at his reflection long enough to gather it.
#autoLOC_6011019 = These quartz formations are still something of a mystery. Some of our scientists are pondering how such a massive structure could have formed here. Others are wondering if they picked the right career and shouldn't have been jewelers instead.
#autoLOC_6011020 = These quartz formations only show up in the more difficult to reach areas of Kerbin. Are they shy? Or did something happen in the past to the more accessible ones?
#autoLOC_6011021 = This strange formation seems almost weathered, which is uttery impossible on a low gravity body. Further study may provide vital clues.
#autoLOC_6011022 = Scattered far and wide across the surface of Ike, these strange meteorites hint at an extermely violent early history of both Duna and Ike.
#autoLOC_6011023 = Besides providing valuable data of Ike & Duna's pre-history, pet "Ike-Rocks" are now all the rage back home on Kerbin.
#autoLOC_6011024 = It is curious how such a pile could accumulate on a low gravity moon. Further analysis could provide valuable insite on Bop's origin's, and whether it's a natural or captured moon.
#autoLOC_6011025 = The huge rock spires of Pol already defy all logic. Perhaps if we can learn how these particular fragments broke apart, we can also discover how they were able to form at all?
#autoLOC_6011026 = These small fragments appear to be made of the same material as Pol's huge rock spires. But what could have broken them off? Krakens?
#autoLOC_6011027 = All evidence points towards Minmus once having several liquid oceans, physics indicates this is impossible! Study of these strange small stones will provide valuable insight into this mystery.
#autoLOC_6011028 = It's going to be really hard to convince the folks back home that these aren't actually mint flavored sugar cookies.
#autoLOC_6011029 = An olivine formation jutting out from a salt flat… on a low gravity moon with no atmosphere? More impossible evidence that Minmus may have once had… oceans???
#autoLOC_6011030 = This huge formation will provide scores of valuable data. But more important to the guys at the lab, in this low gravity, can you reach the top in one leap?
#autoLOC_6011031 = As strange as it sounds, these stones look more like smooth river-rocks than meteorite fragments. Further analysis will prove valuable.
#autoLOC_6011032 = If Minmus is made of mint ice-cream, we could use these small brown stones as the chocolate sprinkles - if we were willing to take them there. Do we have the delta-v for a detour?
#autoLOC_6011033 = Strangely enough, this cooled magma resembles layers of delicious hot fudge.
#autoLOC_6011034 = Now cooled, this wonderful magma flow has an almost organic look to it.
#autoLOC_6011035 = Incredably lightweight for its size, one wonders if this pumice like stone can actually float in Eve's weird pinkish oceans.
#autoLOC_6011036 = Similar to volcanic glass found on Kerbin, analysis of this facinating sample should glean valuable information into Eve's volcanic past.
#autoLOC_6011037 = Formations like this one are rare on Kerbin. Some of our scientists theorize that Eve's more violent past has something to do with their formation.
#autoLOC_6011038 = Whichever scientist first looked at these large dome shaped formations and thought 'This reminds me of breakfast' likely won a prize of some sort.
#autoLOC_6011039 = This Duna stone is much like every other stone we've seen on Duna. But now that you've found it, it's taken on special signifigance and will go down in the history of Kerbal spacefaring. Also may sell well in an auction house.
#autoLOC_6011040 = Duna's thin atmosphere does little to stop these meteorites from crashing into it and scattering over its surface. While we did come to Duna to study the planet itself, why not stop to sample composition of another celestial body as well?
#autoLOC_6011041 = Duna's thin winds carry this fine sand in huge storms, leaving these dunes behind in deposits all over the planet. Amazing for scientists - terrible to try to get out of your bathing suit though.
#autoLOC_6011042 = How these formed is still a mystery to scientists back on Kerbin. Do they have any relationship to the pancake domes on Eve, or is that just a galactic and gastronomical mystery we have yet to solve. Who knows where we may find an elusive 'syrup' sample.
#autoLOC_6011043 = Dres is in ideal solar position to get struck repeatedly by asteroids whose orbit is perturbed by Jool's influence. It's almost like Jool has a plan for its smaller neighbor
#autoLOC_6011044 = When these smaller craters of Dres formed they didn't kick up nearly as much material as the larger ones, which makes studying them a different sort of scientific opportunity. Also, a great place to nap where Wernher can't see you.
#autoLOC_6011045 = These greyish, plain stones may not look like much to the naked eye, but we've seen our scientists literally salivating at the thought of examing one.
#autoLOC_6011046 = What secrets hide in these ordinary looking Mun stones? Careful anaylsis will help us understand the secret of Kerbin's orgins. Less rigorous analysis tells us that they hurt when you hit your toe with one.
#autoLOC_6011047 = Kerbals have been staring at the craters of the Mun for untold generations, but never from such a close distance. Then again, this crater is much smaller than the ones we've been looking at, so it should all balance out.
#autoLOC_6011048 = Is anyone up for a round of cosmic golf? Once the Mun is fully explored, these craters may make for amazing tourist destinations.
#autoLOC_6011049 = These large Mun craters present a navigation challenge for rovers. Careful examination shows no ill intent, however.
#autoLOC_6011050 = These large craters are barely visible with the best telescopes we have on Kerbin. Now that we've finally examined them up close, we've determined that yes, the Mun is as full of holes as we expected.
#autoLOC_6011051 = Laythe stone is very similar to the types we see on Kerbin. Strangely, those similarities actually seem to excite our scientists about the possiblities. They really need to get out more.
#autoLOC_6011052 = This rock is the first we've found away from Kerbin that might make a good napping spot.
#autoLOC_6011053 = Timing the eruptions of Laythe's geysers has shown that their irregularity is regular.
#autoLOC_6011054 = Vall's crust is made up of these volatile ice chunks. Unfortunately, project 'Vall Smoothies' has not been approved as a line of research for further testing.
#autoLOC_6011055 = These stones cropping up in Vall's frozen crust remind us of sprinkles on a ball of ice cream.
#autoLOC_6011056 = One of the most amazing sights in the entire solar system, cryovolcanos sound like an oxymoron. Actually they're an amazing feature only possible when elements we normally only encounter as a gas freeze on a planets surface.
#autoLOC_6011057 = Careful examination helps us finally determine why this type of Tylo stone comes in only brighter shades.
#autoLOC_6011058 = Now we can finally determine why this type of Tylo stone comes in only darker shades. Does Tylo itself have multiple personalities to generate such distinct rock colors?
#autoLOC_6011059 = This formation is clearly a place where Tylo's different stone factions have come together in peace and unity to... have some sort of party. We think. There's definitely mingling going on.
#autoLOC_6011060 = Eeloo's distance from the Sun means that nearly anything will freeze here. When our scientists see this chunk of ice we've found they may not be as impressed as we hope.
#autoLOC_6011061 = This brown boulder may look ordinary, but reaching it is one of the most impressive feats of Kerbal engineering. Consider examining it a major achievement... even if only geologists can tell it apart from a brownish boulder back on Kerbin.
#autoLOC_6011062 = These impressive bergs form due to tectonic activity on Eeloo... or is it oceanic? They are really impressive and I'm sure our scientists will have a vigorous discussion to sort out the nomenclature.
#autoLOC_6011063 = Surface Features Mission Seed
#autoLOC_6011064 = Breaking Ground
#autoLOC_6011065 = Deployed Science
#autoLOC_6011066 = Deployed Science - Overview
#autoLOC_6011067 = Deployed Science - Types of Experiments
#autoLOC_6011068 = Cargo System - VAB/SPH
#autoLOC_6011069 = Cargo System - Placeable parts
#autoLOC_6011070 = Surface Features
#autoLOC_6011071 = Surface Features - Overview
#autoLOC_6011072 = Surface Features - Rover Arm Details
#autoLOC_6011073 = Robotics
#autoLOC_6011074 = Robotic Parts
#autoLOC_6011075 = Robotic Controller
#autoLOC_6011076 = Laying Down Some Tracks
#autoLOC_6011077 = Track Editor - Preview & Play
#autoLOC_6011081 = Traction
#autoLOC_6011082 = Medium Grip
#autoLOC_6011083 = High Grip
#autoLOC_6011084 = Extreme Grip
#autoLOC_6011085 = Default
#autoLOC_6011086 = Low Grip
#autoLOC_6011087 = GP-156 Grip Pad
#autoLOC_6011088 = A large size non-slip pad so that you don't slip off the back of your mech-bot as you stomp across KSC in search of science! Comes in two form factors and three grip levels.
#autoLOC_6011089 = GP-036 Grip Pad
#autoLOC_6011090 = A medium size non-slip pad so that the feet of your mecha-bot do not slip out from under it on the shifty sands of Duna. Comes in two form factors and three grip levels.
#autoLOC_6011091 = GP-004 Grip Pad
#autoLOC_6011092 = A very small non-slip pad to help make sure rocks do not slip out of the fingers of your mecha-bot. Comes in two form factors and three grip levels.
#autoLOC_6011093 = GPS-156 Grip Strip
#autoLOC_6011094 = A large non-slip strip, giving unparalleled traction for all your non-slip needs.
#autoLOC_6011095 = GPS-025 Grip Strip
#autoLOC_6011096 = A non slip strip. The manufacturer assures us the price is justified and 'going down to the local market and buying a nice doormat' would NOT be just as good.
#autoLOC_6011097 = cover plat support grip rubber friction
#autoLOC_6011098 = Square
#autoLOC_6011099 = Round
#autoLOC_6011100 = cover plat support grip rubber friction
#autoLOC_6011101 = cover plat support grip rubber friction
#autoLOC_6011102 = cover plat support grip rubber friction
#autoLOC_6011103 = cover plat support grip rubber friction
#autoLOC_6011104 = R-062 Ducted Fan Blade
#autoLOC_6011105 = This small ducted fan propeller can push a lot of air through a small space.
#autoLOC_6011106 = (prop lift (rotor fan plane
#autoLOC_6011107 = R-12 Ducted Fan Blade
#autoLOC_6011108 = This medium ducted fan propeller can push a lot of air through a small space.
#autoLOC_6011109 = (prop lift (rotor fan plane
#autoLOC_6011110 = R-25 Ducted Fan Blade
#autoLOC_6011111 = This large ducted fan propeller can push a lot of air through a small space.
#autoLOC_6011112 = (prop lift (rotor fan plane
#autoLOC_6011113 = S-062 Fan Shroud
#autoLOC_6011114 = This aesthetically pleasing shroud is for a small ducted fan engine.\n\nHelps reduce the incidence of air crew incidents with them by over 5%!
#autoLOC_6011115 = duct fan aero shroud intake
#autoLOC_6011116 = S-12 Fan Shroud
#autoLOC_6011117 = This aesthetically pleasing shroud is for a medium ducted fan engine.\n\nHelps reduce the incidence of air crew incidents with them by over 5%!
#autoLOC_6011118 = duct fan aero shroud intake
#autoLOC_6011119 = S-25 Fan Shroud
#autoLOC_6011120 = This aesthetically pleasing shroud fits a large ducted fan blade.\n\nHelps reduce the incidence of air crew incidents with them by over 5%!
#autoLOC_6011121 = duct fan aero shroud intake
#autoLOC_6012000 = The Probodobodyne Experiment Control Station coordinates and controls both power and data from nearby deployed parts, and coordinates sending it back to Kerbin.\n\nBe sure to use one, if you want to generate any useful data.\n\nCan be left to gather data over long periods of time, as the loneliness circuits were disabled during testing. <color=orange>Needs a deployed power unit to operate.</color>
#autoLOC_6012001 = control core science cargo deploy
#autoLOC_6012003 = Probodobodyne Experiment Control Station
#autoLOC_6012004 = Go-ob ED Monitor
#autoLOC_6012005 = "What would happen if you left some Mystery Goo sitting around in the weird radiation and/or atmosphere of some faraway planet?" is a thought that has occurred to nearly every Kerbal. And now, you can find out thanks to the intrepid engineers at FLOOYD.\n\nNote: Please allow trained Scientists to deploy for best results.\nAlso Note: Please do not return to Kerbin. Ever! <color=orange>Needs a deployed power unit & central station to operate.</color>
#autoLOC_6012006 = experiment research science cargo deploy
#autoLOC_6012007 = PD-3 Weather Analyzer
#autoLOC_6012008 = This multi-function experiment gathers data on wind, pressure, temperature, and humidity to generate a picture of the planets climate model over time. \n\nNote: Please allow trained Scientists to deploy for best results. <color=orange>Needs a deployed power unit & central station to operate.</color>
#autoLOC_6012009 = Mini-NUK-PD Radioisotope Thermoelectric Generator
#autoLOC_6012010 = While small, this small radioisotope thermoelectric generator can still provide plenty of power to run deployed science experiments.\n\nCareful calibration should be considered. <color=orange>Needs a deployed central station to operate.</color>
#autoLOC_6012011 = science cargo power deploy
#autoLOC_6012012 = OX-Stat-PD Photovoltaic Panel
#autoLOC_6012013 = The OX-Stat-PD Photovoltaic Panel can, when properly set up by trained engineers, power several ground-breaking science experiments at a time. Reduced power output caused by allowing Jebediah to just 'unfold the flippy bit' is not covered under the manufacturer's warranty. <color=orange>Needs a deployed central station to operate.</color>
#autoLOC_6012014 = This ground-deployed sensor contains very delicate, sophisticated accelerometers meant to detect and analyze the precisely calibrated seismic shock waves generated by smashing rocket parts at high speed into whatever planet or moon it happens to be sitting on.\n\nNote: Please allow trained Scientists to deploy for best results. <color=orange>Needs a deployed power unit & central station to operate.</color>
#autoLOC_6012015 = experiment research science cargo planet deploy
#autoLOC_6012016 = Ionographer PD-22
#autoLOC_6012017 = Normally in the business of building things that emit tons of Ions, ISPE has instead turned their hands to this nifty little gadget that helps detect them. \n\nWas it because of their devotion to the expansion of our universe? Or does it have something to do with the special, free filters they built meant to help 'screen out erroneous signals from nearby ion-generating devices'.\n\nNote: Please allow trained Scientists to deploy for best results. <color=orange>Needs a deployed power unit & central station to operate.</color>
#autoLOC_6012018 = Grand Slam Passive Seismometer
#autoLOC_6012019 = Communotron Ground HG-48
#autoLOC_6012020 = The Communotron Ground HG-48 is an adapted version of Ionic Symphonic Protonic Electronics most popular space-based antenna. Designed to boost the signal of any ground-based communication devices to interplanetary ranges.\n\nNot designed to pirate movie channels from nearby satellites. <color=orange>Needs a deployed central station to operate.</color>
#autoLOC_6012021 = SEQ-9 Container Module
#autoLOC_6012022 = A large 1.25 container capable of storing a wide variety of equipment. Specifically designed for storing precision scientific instruments and protecting them from the rigours of launch, travel and landing on distant planets.\n\nWarning: Contents not pressurized. Risk of Snack Bag explosion >99%.
#autoLOC_6012023 = contain storage cargo surface
#autoLOC_6012032 = [<<1>>]: Interact
#autoLOC_6012033 = Deployable Ground Part
#autoLOC_6012034 = experiment research science cargo planet aerial antenna deploy direct dish extend fold radio signal transmi
#autoLOC_6012035 = Deployable Comms Part
#autoLOC_6012036 = EM-16S Light Duty Rotor
#autoLOC_6012037 = EM-32S Standard Rotor
#autoLOC_6012038 = EM-64S Heavy Rotor
#autoLOC_6012039 = A small low-torque, high RPM electric motor. The smaller attachment head allows for more power applied to a smaller space. No warranty applies if you attempt to duplicate a blender with it.
#autoLOC_6012040 = A medium low-torque, high RPM eletric motor. The smaller attachment head allows for more power applied to a smaller space.
#autoLOC_6012041 = A large low-torque, high RPM electric motor. The smaller head allows it to masquearade as a medium rotor - don't be fooled!
#autoLOC_6013028 = Extension Limit
#autoLOC_6013029 = Target Extension
#autoLOC_6013030 = Damping
#autoLOC_6013031 = Force Limit
#autoLOC_6013032 = Current Force
#autoLOC_6013033 = Current Extension
#autoLOC_6013034 = Extend Piston
#autoLOC_6013035 = Retract Piston
#autoLOC_6013036 = Toggle Piston
#autoLOC_6013037 = Toggle Rotor
#autoLOC_6013038 = N
#autoLOC_6013039 = Nm
#autoLOC_6013040 = u/s
#autoLOC_8002222 = Deployed Science Power
#autoLOC_8002223 = Deployable Science Part
#autoLOC_8002224 = Requires an Atmosphere
#autoLOC_8002225 = Deployed Science Experiment
#autoLOC_8002226 = Requires No Atmosphere
#autoLOC_8002227 = Deployed Science Control Unit
#autoLOC_8002228 = Science Generation Rate: <<1>>%
#autoLOC_8002229 = Deployed Power Generation Units: <<1>>
#autoLOC_8002230 = Pick Up Part
#autoLOC_8002231 = Connection State
#autoLOC_8002232 = Power State
#autoLOC_8002233 = Low Voltage
#autoLOC_8002234 = Disable parts or add Power production
#autoLOC_8002235 = Power Units Produced
#autoLOC_8002236 = Power Units Required
#autoLOC_8002237 = Toggle Deployed Part Enabled/Disabled
#autoLOC_8002238 = Disable Part
#autoLOC_8002239 = Enable Part
#autoLOC_8002240 = Connected
#autoLOC_8002241 = Powered
#autoLOC_8002242 = Unpowered
#autoLOC_8002243 = Disabled
#autoLOC_8002244 = Not Connected
#autoLOC_8002245 = Science Rate
#autoLOC_8002246 = Experiments Connected
#autoLOC_8002247 = Total Power Available
#autoLOC_8002248 = Science
#autoLOC_8002249 = p/hour
#autoLOC_8002250 = Science Completed
#autoLOC_8002251 = Experiment Situation Invalid
#autoLOC_8002252 = Module Enabled
#autoLOC_8002253 = Controller Disabled
#autoLOC_8002254 = <<1>> has generated and successfully transmitted <<2>> Science points back to <<3>>
#autoLOC_8002255 = Unable to transmit Deployed Science Data from <<1>>, Deployed Science Cluster has no CommNet connection to home.
#autoLOC_8002256 = Unable to transmit Deployed Science Data from <<1>>, Deployed Science Cluster has no power.
#autoLOC_8002257 = Science Transmitted
#autoLOC_8002258 = Gather <<1>> science from the surface of <<2>>
#autoLOC_8002259 = We've just received <<1>>% of <<2>> data from the surface of <<3>>
#autoLOC_8002260 = Collected <<1>>% of <<2>>% of the <<3>> science on <<4>>.
#autoLOC_8002261 = Collect <<1>>% of the <<2>> science on <<3>>.
#autoLOC_8002262 = Our Scientists at [Agency] have come up with a great idea. We just need a little of your help.
#autoLOC_8002263 = Mystery Goo remains as mysterious as when Kerbals first started playing with it. And just as fun. Set up a extended duration Goo experiment on [Topic] and gather some data for us.
#autoLOC_8002264 = We are wondering what kind of clothes to pack for a vacation on [Topic]. We don’t want to be caught unaware just because it was sunny the one day we checked.
#autoLOC_8002265 = Ions are tricky little beasties. While some of them just bombard a spaceship, others only show up once in a long while. We need you to set up a long term ion detector on [Topic] and catch us some of these mysterious particles.
#autoLOC_8002266 = Rather than waiting a long time for random quakes to reveal the secret insides of [Topic], our scientists want you to smash a huge rocket into it and see what happens!
#autoLOC_8002267 = Therefore, we’d like you to set up a experiment on [Topic] for us.
#autoLOC_8002268 = So, we’d like you to gather data on the subject on [Topic].
#autoLOC_8002269 = Please place an experiment on [Topic] for us so we can figure this out.
#autoLOC_8002270 = We need you to set up a [Topic] and then start dropping things.
#autoLOC_8002272 = Surface Deployed Weather Observations
#autoLOC_8002273 = Weather information gathered from the surface.
#autoLOC_8002274 = Weather information gathered from the surface of Kerbin.
#autoLOC_8002275 = Weather information gathered from the surface of Duna.
#autoLOC_8002276 = Weather information gathered from the surface of Laythe.
#autoLOC_8002277 = Surface Deployed Mystery Goo Observations
#autoLOC_8002278 = Long term Mystery Goo observation data from the surface.
#autoLOC_8002279 = Long term Mystery Goo observation data from the surface of Kerbin.
#autoLOC_8002280 = Long term Mystery Goo observation data from the surface of The Mun.
#autoLOC_8002281 = Long term Mystery Goo observation data from the surface of Minmus.
#autoLOC_8002282 = Long term Mystery Goo observation data from the surface of Moho.
#autoLOC_8002283 = Long term Mystery Goo observation data from the surface of Eve.
#autoLOC_8002284 = Long term Mystery Goo observation data from the surface of Duna.
#autoLOC_8002285 = Long term Mystery Goo observation data from the surface of Ike.
#autoLOC_8002286 = Long term Mystery Goo observation data from the surface of Dres.
#autoLOC_8002287 = Long term Mystery Goo observation data from the surface of Laythe.
#autoLOC_8002288 = Long term Mystery Goo observation data from the surface of Val.
#autoLOC_8002289 = Long term Mystery Goo observation data from the surface of Tylo.
#autoLOC_8002290 = Long term Mystery Goo observation data from the surface of Bop.
#autoLOC_8002291 = Long term Mystery Goo observation data from the surface of Pol.
#autoLOC_8002292 = Long term Mystery Goo observation data from the surface of Eeloo.
#autoLOC_8002293 = Surface Deployed Ion Collector
#autoLOC_8002294 = Ion detector data gathered from the surface.
#autoLOC_8002295 = Ion detector data gathered from the surface of Kerbin.
#autoLOC_8002296 = Ion detector data gathered from the surface of The Mun.
#autoLOC_8002297 = Ion detector data gathered from the surface of Minmus.
#autoLOC_8002298 = Ion detector data gathered from the surface of Moho.
#autoLOC_8002299 = Ion detector data gathered from the surface of Laythe.
#autoLOC_8002300 = Ion detector data gathered from the surface of Duna.
#autoLOC_8002301 = Ion detector data gathered from the surface of Ike.
#autoLOC_8002302 = Ion detector data gathered from the surface of Dres.
#autoLOC_8002303 = Ion detector data gathered from the surface of Gilly.
#autoLOC_8002304 = Ion detector data gathered from the surface of Val.
#autoLOC_8002305 = Ion detector data gathered from the surface of Tylo.
#autoLOC_8002306 = Ion detector data gathered from the surface of Bop.
#autoLOC_8002307 = Ion detector data gathered from the surface of Pol.
#autoLOC_8002308 = Ion detector data gathered from the surface of Eeloo.
#autoLOC_8002309 = Surface Deployed Seismic Sensor
#autoLOC_8002310 = Seismic data gathered from impacts on the surface.
#autoLOC_8002311 = Seismic data gathered from impacts on the surface of Kerbin.
#autoLOC_8002312 = Seismic data gathered from impacts on the surface of The Mun.
#autoLOC_8002313 = Seismic data gathered from impacts on the surface of Minmus.
#autoLOC_8002314 = Seismic data gathered from impacts on the surface of Moho.
#autoLOC_8002315 = Seismic data gathered from impacts on the surface of Eve.
#autoLOC_8002316 = Seismic data gathered from impacts on the surface of Duna.
#autoLOC_8002317 = Seismic data gathered from impacts on the surface of Ike.
#autoLOC_8002318 = Seismic data gathered from impacts on the surface of Dres.
#autoLOC_8002319 = Seismic data gathered from impacts on the surface of Laythe.
#autoLOC_8002320 = Seismic data gathered from impacts on the surface of Val.
#autoLOC_8002321 = Seismic data gathered from impacts on the surface of Tylo.
#autoLOC_8002322 = Seismic data gathered from impacts on the surface of Bop.
#autoLOC_8002323 = Seismic data gathered from impacts on the surface of Pol.
#autoLOC_8002324 = Seismic data gathered from impacts on the surface of Eeloo.
#autoLOC_8002325 = Module Deployed
#autoLOC_8002326 = Cannot Deploy Part as it is not on the surface of a planet.
#autoLOC_8002327 = Deployed Science Comms Unit
#autoLOC_8002328 = Control Unit Range: <<1>>m
#autoLOC_8002329 = [Agency] engineers are worried about their job security, and have come up with an idea for a long term study.
#autoLOC_8002330 = Here at [Agency] we don’t just worry about short term shareholder value. We also worry about short-to-medium term shareholder value.
#autoLOC_8002331 = As you know, Mystery Goo does odd things to your brain the longer you look at it, and we suspect the effects vary depending on the location you’ve put it. We’d like to find out what watching a recording of [Topic] goo’s will do at our next Christmas party.
#autoLOC_8002332 = [Topic] seems to have some interesting weather patterns. Or maybe not - mostly we just see a dot when we stare at it through a telescope, and we’d like to know more before we develop a pictorial calendar for it.
#autoLOC_8002333 = We think the ionic environment on [Topic] is especially interesting. Its a veritable zoo of funny particles - or at least, so we’ve been led to believe.
#autoLOC_8002334 = Did you know that, at orbital velocities, a ton of vessel hitting a planet has more energy than a ton of TNT? Well, get out there and smash things into [Topic] and you’ll see for yourself.
#autoLOC_8002337 = <<1>> generated <<2>> science.\nSensor Readings affected by Impact Energy: <<3>>%\nDistance Attenuation: <<4>>%\nSetup: <<5>>%\n<<6>> Science Points transmitted back to <<7>>
#autoLOC_8002338 = <<1>> generated <<2>> science.\nSensor Readings affected by Impact Energy: <<3>>%\nDistance Attenuation: <<4>>%\nSetup: <<5>>%\n<<6>> Science Points stored. No connection for transmission.
#autoLOC_8002339 = Current Torque
#autoLOC_8002340 = Motor Size & Output(%)
#autoLOC_8002341 = Torque Output
#autoLOC_8002342 = <<1>>kN max: Extra mass <<2>>t
#autoLOC_8002343 = Power consumption
#autoLOC_8002344 = Angle Limit
#autoLOC_8002345 = Target Angle
#autoLOC_8002346 = Current Angle
#autoLOC_8002347 = Damping
#autoLOC_8002348 = Set Minimum Angle
#autoLOC_8002349 = Set Maximum Angle
#autoLOC_8002350 = Unavailable
#autoLOC_8002351 = Motorized
#autoLOC_8002352 = Unmotorized
#autoLOC_8002353 = Power Unit Production Capacity
#autoLOC_8002354 = Locked
#autoLOC_8002355 = Toggle Locked
#autoLOC_8002356 = Cannot Toggle Robotic part, part is Locked.
#autoLOC_8002361 = <<1>> impact does not meet the scientific value threshold. No science generated.
#autoLOC_8002362 = Power:\u0020
#autoLOC_8002363 = Cost:\u0020
#autoLOC_8002364 = Mass:\u0020
#autoLOC_8002365 = Will consume <<1>><<2>>
#autoLOC_8002366 = Changes based on Motor Limit and Size.
#autoLOC_8002367 = <<1>> funds with no motor.\n<<2>> funds with maximum size motor.
#autoLOC_8002368 = Changes if motor size is changed.
#autoLOC_8002369 = <<1>>t with maximum size motor.
#autoLOC_8002370 = Changes if motor is removed or resized.
#autoLOC_8002371 = Deployed Science Cluster on <<1>> unable to process seismic event, Science Cluster is Not Powered.
#autoLOC_8002372 = Deployed Science Cluster on <<1>> unable to process seismic event, Seismometer is Not Enabled.
#autoLOC_8002373 = <<1>> generated <<2>> science.\nSensor Readings affected by Impact Energy: <<3>>%\nDistance Attenuation: <<4>>%\nSetup: <<5>>%\nSandbox Game, Science Discarded.
#autoLOC_8002374 = Add Robotics Tag to Item (add Breaking Ground DLC dependancy).
#autoLOC_8002376 = Propeller Blade Type A
#autoLOC_8002377 = Propeller Blade Type B
#autoLOC_8002378 = Propeller Blade Type S
#autoLOC_8002379 = Helicopter Blade Type A
#autoLOC_8002380 = Helicopter Blade Type B
#autoLOC_8002381 = Helicopter Blade Type S
#autoLOC_8002382 = This blade part can be used to convert lift into thrust if you spin it fast enough. The advanced user can even find this useful on other planets with an atmosphere.
#autoLOC_8002383 = This blade part can be used to convert lift into thrust if you spin it fast enough. The advanced user can even find this useful on other planets with an atmosphere.
#autoLOC_8002384 = This blade part can be used to convert lift into thrust if you spin it fast enough. The advanced user can even find this useful on other planets with an atmosphere.
#autoLOC_8002385 = Rockets aren't the only way to go up. This small helicopter-style rotor can create lift whenever there's enough atmospheric pressure.
#autoLOC_8002386 = Rockets aren't the only way to go up. This medium helicopter-style rotor can create lift whenever there's enough atmospheric pressure.
#autoLOC_8002387 = Rockets aren't the only way to go up. This large helicopter-style rotor can create lift whenever there's enough atmospheric pressure.
#autoLOC_8002392 = Clockwise
#autoLOC_8002393 = Counterclockwise
#autoLOC_8002394 = (prop lift (rotor plane
#autoLOC_8002395 = Deployed Science
#autoLOC_8002398 = Tiny Nosecone
#autoLOC_8002399 = A tiny nosecap for important, but small applications.\n\nDo not let Jeb borrow it to use as a hat.
#autoLOC_8002400 = Very Small Nosecone
#autoLOC_8002401 = A small nosecap for aerodynamic streamlining. Its primary use is for rotors.
#autoLOC_8002402 = R121 Turboshaft Engine
#autoLOC_8002403 = This strong turbine engine consumes liquid fuel and outputs angular acceleration. Also emits a pleasently high pitched whine.
#autoLOC_8002404 = R7000 Turboshaft Engine
#autoLOC_8002405 = This massive turbine engine consumes liquid fuel and outputs angular acceleration. We'd say it's the most powerful thing you can buy - but it's still not a rocket.
#autoLOC_8002406 = robot actuator motor LF
#autoLOC_8002407 = robot actuator motor LF
#autoLOC_8003235 = Set Minimum Angle
#autoLOC_8003236 = Set Maximum Angle
#autoLOC_8003237 = Power Limit(%)
#autoLOC_8003238 = Torque Limit(%)
#autoLOC_8003239 = Force Limit(%)
#autoLOC_8003240 = Loop Mode: None <i>(Finishes play when it reaches an end)</i>
#autoLOC_8003241 = Loop Mode: Repeat <i>(Continuous play, repeating from the start)</i>
#autoLOC_8003242 = Loop Mode: PingPong <i>(Reverses play direction when it reaches an end)</i>
#autoLOC_8003243 = Play Button: Click to play/pause.
#autoLOC_8003244 = Play Direction: Click to change play direction.
#autoLOC_8003245 = Previous Point: Click to move to previous point.
#autoLOC_8003246 = Next Point: Click to move to next point.
#autoLOC_8003247 = Sequence Name: Click to rename this sequence.
#autoLOC_8003248 = Length of the Sequence: Click to edit.
#autoLOC_8003249 = Track Editor
#autoLOC_8003250 = Length
#autoLOC_8003251 = (s)
#autoLOC_8003252 = Index:
#autoLOC_8003253 = Time:
#autoLOC_8003254 = Value:
#autoLOC_8003255 = Remove
#autoLOC_8003256 = Field Remove: Click to remove this field from the sequence.
#autoLOC_8003257 = <<1>> : Click to expand.
#autoLOC_8003258 = <<1>> : Select point to edit. Double-click line to add point.
#autoLOC_8003259 = Open Track Editor
#autoLOC_8003260 = Change the nickname of this track
#autoLOC_8003262 = Controllers
#autoLOC_8003263 = Sequence
#autoLOC_8003264 = Fields Assigned
#autoLOC_8003265 = Play Position
#autoLOC_8003266 = Play Length
#autoLOC_8003267 = Play/Pause
#autoLOC_8003268 = Play Direction
#autoLOC_8003269 = Loop Mode
#autoLOC_8003270 = Playing
#autoLOC_8003271 = Paused
#autoLOC_8003272 = Forward
#autoLOC_8003273 = Reverse
#autoLOC_8003274 = None
#autoLOC_8003275 = Repeat
#autoLOC_8003276 = Ping Pong
#autoLOC_8003277 = Toggle Play
#autoLOC_8003278 = Open Editor
#autoLOC_8003279 = KAL-1000 Controller
#autoLOC_8003280 = A first of its kind, this intelligent programmable controller can manage a number of parts across a vessel.\n\nIts not an entirely autonomous entity... yet...
#autoLOC_8003281 = (contr (robo (seq (anim
#autoLOC_8003282 = Toggle Hinge
#autoLOC_8003283 = Toggle Loop Mode
#autoLOC_8003284 = Toggle Direction
#autoLOC_8003285 = Toggle Servo
#autoLOC_8003287 = Controller Fields
#autoLOC_8003289 = Display Robotic Joint Data in Action Menus
#autoLOC_8003290 = Robotics
#autoLOC_8003291 = Allow Full Rotation
#autoLOC_8003292 = Axis Limit: Drag to Adjust the Maximum Limit of this Axis
#autoLOC_8003293 = Add fields to control via
#autoLOC_8003294 = Tangents: Smooth
#autoLOC_8003295 = Tangents: Sharp
#autoLOC_8003296 = Curve: Add Point
#autoLOC_8003297 = Axis Limit: Drag to Adjust the Minimum Limit of this Axis
#autoLOC_8003298 = Surface Features
#autoLOC_8003299 = Breaking Ground
#autoLOC_8003306 = Play Sequence
#autoLOC_8003307 = Stop Sequence
#autoLOC_8003308 = Set Play Direction to Forward
#autoLOC_8003309 = Set Play Direction to Reverse
#autoLOC_8003310 = Set Loop Mode to Once
#autoLOC_8003311 = Set Loop Mode to Repeat
#autoLOC_8003312 = Set Loop Mode to PingPong
#autoLOC_8003313 = Move row up
#autoLOC_8003314 = Move row down
#autoLOC_8003315 = Copy row values
#autoLOC_8003316 = Paste row values
#autoLOC_8003317 = Flip the row horizontally, reversing times
#autoLOC_8003318 = Flip the row vertically, inverting values
#autoLOC_8003319 = Align the end point/tangents with the start point
#autoLOC_8003320 = Clamp all values between min/max
#autoLOC_8003321 = Select all points
#autoLOC_8003322 = Delete selected point(s)
#autoLOC_8003323 = Clamp selected point(s) value between min/max
#autoLOC_8003324 = Speed(%) the sequence will play at
#autoLOC_8003325 = Row:
#autoLOC_8003326 = Point:
#autoLOC_8003327 = Resize Mode: Scale <i>(Keep points positioned relative to the whole curve)
#autoLOC_8003328 = Resize Mode: Maintain <i>(Keep points at keyframe time and extend/shrink the curve)
#autoLOC_8003329 = Play Speed
#autoLOC_8003330 = Multiple Points (<<1>>)...
#autoLOC_8003331 = Set Play Speed to 0%
#autoLOC_8003332 = Set Play Speed to 100%
#autoLOC_8003333 = Engage Servo Lock
#autoLOC_8003334 = Disengage Servo Lock
#autoLOC_8003335 = Cannot Lock Robotic part, Servo is moving.
#autoLOC_8003336 = Engage Motor Drive
#autoLOC_8003337 = Disengage Motor Drive
#autoLOC_8003341 = aero aircraft (prop lift (rotor plane
#autoLOC_8003342 = aero aircraft (prop lift (rotor plane
#autoLOC_8003343 = aero aircraft (prop lift (rotor plane (heli
#autoLOC_8003344 = aero aircraft (prop lift (rotor plane (heli
#autoLOC_8003345 = aero aircraft (prop lift (rotor plane (heli
#autoLOC_8003348 = Actions Assigned
#autoLOC_8003349 = Controller Priority
#autoLOC_8003350 = Apply preset curve pattern
#autoLOC_8003351 = Presets
#autoLOC_8003352 = Cycles:
#autoLOC_8003353 = Sine
#autoLOC_8003354 = Square
#autoLOC_8003355 = Triangle
#autoLOC_8003356 = Sawtooth
#autoLOC_8003357 = Reverse Sawtooth
#autoLOC_8003358 = How many cycles to complete within the sequence length
#autoLOC_8003359 = Phase:
#autoLOC_8003360 = Where in the preset cycle to start the pattern
#autoLOC_8003361 = Period:
#autoLOC_8003362 = How long each cycle should take in the pattern
#autoLOC_8004268 = CRSY Light Scanning Arm
#autoLOC_8004270 = The Experimental Engineering Group managed to successfully adapt technologies from several other manufacturers to produce this once-in-a-lifetime piece of technology.\n\nThe light scanning arm is capable of indepedant work on distant planets, analyzing the geogology and composition of rocks and other surface features with two different instruments.\n\nA master piece of engineering and design.
#autoLOC_8004271 = Scan <<1>>
#autoLOC_8004272 = <color=orange><b>[<<1>>]:</b> Arm hit object. Aborting scan!</color>
#autoLOC_8004273 = <color=orange><b>[<<1>>]:</b> Vessel moved. Aborting scan!</color>
#autoLOC_8004274 = Scanning...
#autoLOC_8004276 = Surface Feature Report
#autoLOC_8004277 = <<1>> Scan
#autoLOC_8004278 = SPRT Medium Scanning Arm
#autoLOC_8004279 = The Experimental Engineering Group has triumped in creating a larger version of their previous scanning arm, duplicating their heroic feat for a twice-in-a-lifetime scientific accomplishment.\n\nThe medium scanning arm incoporates a 3rd instrument for further data gathering, increasing the amount of data the arm can gather.
#autoLOC_8004280 = OP-E Large Scanning Arm
#autoLOC_8004281 = The Experimental Engineering Group's marketing department claims this is another once in a lifetime achievement. We're starting to get suspicious!\n\nNonetheless, this even larger rover arm has four separate instruments, and we can't think of what else they might add, so this is probably the top of the line model from them.
#autoLOC_8004282 = Baobab Tree Scan
#autoLOC_8004283 = Giant Quartz Scan
#autoLOC_8004284 = Gilly Ridgeline Scan
#autoLOC_8004285 = Duna Ejecta Analysis
#autoLOC_8004286 = Gravel Pile Scan
#autoLOC_8004287 = Yellow Stones Analysis
#autoLOC_8004288 = Green Sandstone Analysis
#autoLOC_8004289 = Olivine Formation Scan
#autoLOC_8004290 = Moho Stone Analysis
#autoLOC_8004291 = Wrinkle Ridge Scan
#autoLOC_8004292 = Volcanic Rock Analysis
#autoLOC_8004293 = Basalt Formation Scan
#autoLOC_8004294 = Pancake Dome Scan
#autoLOC_8004295 = Duna Stone Analysis
#autoLOC_8004296 = Duna Meteorite Scan
#autoLOC_8004297 = Duna Dune Scan
#autoLOC_8004298 = Blueberries Analysis
#autoLOC_8004299 = Dres Meteorite Scan
#autoLOC_8004300 = Dres Crater Scan
#autoLOC_8004301 = Mun Stone Analysis
#autoLOC_8004302 = Mun Crater Scan
#autoLOC_8004303 = Mun Large Crater Scan
#autoLOC_8004304 = Laythe Stone Analysis
#autoLOC_8004305 = Laythe Boulder Scan
#autoLOC_8004306 = Laythe Geyser Scan
#autoLOC_8004307 = Vall Ice Chunk Analysis
#autoLOC_8004308 = Vall Stone Scan
#autoLOC_8004309 = Cryovolcano Scan
#autoLOC_8004310 = Tylo Light Stone Analysis
#autoLOC_8004311 = Tylo Dark Boulder Scan
#autoLOC_8004312 = Tylo Checkerboard Scan
#autoLOC_8004313 = Eeloo Ice Chunk Analysis
#autoLOC_8004314 = Eeloo Brown Boulder Scan
#autoLOC_8004315 = These ancient trees provide good practice for studying the secrets of the universe. Also, their seed pods are tough as meteorites and potentially just as tasty.
#autoLOC_8004316 = A huge, majestic looking formation of quartz. Now how do we move it without breaking it?
#autoLOC_8004317 = Gilly's relatively low density is of great interest to Kerbin Scientists. Is it due to low density rock or could Gilly possibly have a cream filling?
#autoLOC_8004318 = These chunks of debris have rained on Ike for eons. Providing insight into the history of Duna through the impacts that threw this material off its surface.
#autoLOC_8004319 = Bop's low gravity causes accretia to slowly accumulate - some of it from long before it was captured by Jool.
#autoLOC_8004320 = Pol's distinctive color shows up particularly well in these chunks of stone left across its surface. Could they be more than just cold stone - perhaps some new type of cheese, aged over millions of years?
#autoLOC_8004321 = Kerbin Scientists are curious about how Minmus managed to have salt flats despite its low gravity and lack of atmosphere. These old rocks provide numerous clues... also, they kind of look like sprinkles, right?
#autoLOC_8004322 = Outcroppings of these mineral deposits can tell us much about Minmus' more energetic past. As a side note the chunks chipped off are very pretty.
#autoLOC_8004323 = Stones on Moho show signs of heavy space weathering - certainly there was no water here to erode them. Careful study shows the history of the Sun's effect on Moho.
#autoLOC_8004324 = A type of feature created on the surface of a celestial body when magma settles after cooling down. Kerbal astronomers call them moon frowns.
#autoLOC_8004325 = A small chunk of volcanic rock. Good thing it's not hot anymore.
#autoLOC_8004326 = A bunch of vertical rocks grouped one next to the other. They look like old spaghetti that somebody forgot and left there for centuries.
#autoLOC_8004327 = A large, round, volcanic crater. Anything this food-shaped in space is worth studying.
#autoLOC_8004328 = Geologists on Kerbin hope to determine much from just a chunk of rock. Including the most important question - was there life on Duna? And if so - how many shapes did it come in?
#autoLOC_8004329 = The remains of a past meteorite that struck Duna's surface.
#autoLOC_8004330 = The winds on Duna can pile up sand in odd places. They have piled up this residue, and the information it contains, from hundreds of kilometers away.
#autoLOC_8004331 = Small rocks that might look like blueberries, but don't taste like them... we're almost certain.
#autoLOC_8004332 = Despite being a relatively small planet, Dres has seen its share of violent impacts in the past.
#autoLOC_8004333 = These small impact craters tell us as much about Dres and its history as studying the larger ones... and they are easier to get into and out of.
#autoLOC_8004334 = Munar rocks seem like they'll make excellent paper weights. They also give us clues to the history of our planet and others. But - those papers aren't going to weight themselves.
#autoLOC_8004335 = The Mun is full of holes - big and small. Kerbin scientists eagerly await the data on this one. Also, Kerbin golfers may start investing more heavily in our space program depending on the data.
#autoLOC_8004336 = Not really a huge crater, but still a large crater, with potentially larger and more interesting features. Or just a good place to hide and take a nap.
#autoLOC_8004337 = This stone is... really boring. Looks just like any old rock from back on Kerbin. You travelled so far, experienced so much, just to look at this rock. The scientists still love it though!
#autoLOC_8004338 = This boulder shows evidence of extensive hydrological action, it's lovely and smooth.
#autoLOC_8004339 = One of the rarest features in the Solar system, these geysers occasionally jet scalding water into Laythe's atmosphere... which might be the source of the terrible smell.
#autoLOC_8004340 = A broken chunk of Vall's icy crust, showing layers of frozen material.
#autoLOC_8004341 = Scientists aren't sure if these stones are meteorites that have been frozen into the crust or the result of glacial action.
#autoLOC_8004342 = A spouting geyser of sublimated gasses from deep inside Vall. This research has been a prime opportunity to observe one of the Solar system's most fascinating phenomena. Also makes for a good selfie spot.
#autoLOC_8004343 = A light colored stone, showing one of two common mineral colors that make up Tylo's crust. Hopefully a full analysis will determine its composition and usefulness as a paperweight.
#autoLOC_8004344 = A dark colored stone, showing one of two common mineral colors that make up Tylo's crust. Many Kerbals wonder where the strawberry ones are.
#autoLOC_8004345 = This outcropping with patterns of light and dark on it looks natural. Is it, or is it really some alien plaything? Which begs the question - are we all just playthings of some vast, incomprehensible alien minds?\n\nNo that can't be.
#autoLOC_8004346 = The chilliest of chill ices. When you want a cold drink, Eeloo's the place to go. Our scientists claim they are strictly studying these ice chunks for research. Suspiciously scheduled parties not withstanding.
#autoLOC_8004347 = A chunk of Eeloo's crust that managed to make its way here, it looks a little lonely.
#autoLOC_8004348 = A huge chunk of ice. Careful examination shows the span of eons recorded in Eeloo's ice strata. Shame no one brought skis.
#autoLOC_8004349 = Eeloo Berg Scan
#autoLOC_8004350 = <color=orange><b>[<<1>>]:</b> Arm isn't retracted!</color>
#autoLOC_8004351 = <color=orange><b>[<<1>>]:</b> No scannable objects in range!</color>
#autoLOC_8004352 = <color=orange><b>[<<1>>]:</b> Vessel is moving too fast to perform a scan!</color>
#autoLOC_8004353 = Scanner Arm
#autoLOC_8004354 = arm scanner science rover rock test
#autoLOC_8004355 = Scan Surface Feature
#autoLOC_8004356 = Baobab Tree
#autoLOC_8004357 = Giant Quartz
#autoLOC_8004358 = Gilly Ridgeline
#autoLOC_8004359 = Duna Ejecta
#autoLOC_8004360 = Gravel Pile
#autoLOC_8004361 = Yellow Stones
#autoLOC_8004362 = Green Sandstone
#autoLOC_8004363 = Olivine Formation
#autoLOC_8004364 = Moho Stone
#autoLOC_8004365 = Wrinkle Ridge
#autoLOC_8004366 = Volcanic Rock
#autoLOC_8004367 = Basalt Formation
#autoLOC_8004368 = Pancake Dome
#autoLOC_8004369 = Duna Stone
#autoLOC_8004370 = Duna Meteorite
#autoLOC_8004371 = Sand Dune
#autoLOC_8004372 = Blueberries
#autoLOC_8004373 = Dres Meteorite
#autoLOC_8004374 = Dres Crater
#autoLOC_8004375 = Mun Stone
#autoLOC_8004376 = Mun Crater
#autoLOC_8004377 = Mun Large Crater
#autoLOC_8004378 = Laythe Stone
#autoLOC_8004379 = Laythe Boulder
#autoLOC_8004380 = Laythe Geyser
#autoLOC_8004381 = Vall Ice Chunk
#autoLOC_8004382 = Vall Stone
#autoLOC_8004383 = Cryovolcano
#autoLOC_8004384 = Tylo Light Stone
#autoLOC_8004385 = Tylo Dark Boulder
#autoLOC_8004386 = Tylo Checkerboard
#autoLOC_8004387 = Eeloo Ice Chunk
#autoLOC_8004388 = Eeloo Brown Boulder
#autoLOC_8004389 = Eeloo Berg
#autoLOC_8004390 = \nMax Science Fraction: <<1>>%
#autoLOC_8004391 = Do a simple scan with a rover arm of <<1>>.
#autoLOC_8004392 = Do a complex scan with a rover arm of <<1>>.
#autoLOC_8004393 = Do an advanced scan with a rover arm of <<1>>.
#autoLOC_8004394 = Transmit <<1>>% of the total available science for <<2>> on <<3>>
#autoLOC_8004395 = Transmitted <<1>>% of <<2>>% of the total available science for <<3>> on <<4>>
#autoLOC_8004396 = Bring <<1>> back with you.
#autoLOC_8004397 = Bring a <<1>> on <<2>> back to Kerbin
#autoLOC_8004398 = Brought a <<1>> back to Kerbin
#autoLOC_8004399 = Didn't bring a <<1>> back to Kerbin
#autoLOC_8004401 = We at [Agency] are intrigued by the possibilities of your budding unmanned exploration program. We’ve heard good things.
#autoLOC_8004402 = [Agency]’s engineers are interested in your rover program - most of them wanted remote control cars when they were kids.
#autoLOC_8004403 = Your unmanned program is showing great promise. [Agency] has a big interest in a certain subject, can you bring us some more sophisticated data about it?
#autoLOC_8004404 = [Agency] has heard you’ve expanded the potential of your rover program. They’ve got toy models on their desks of some of your designs.
#autoLOC_8004405 = Your space program has made such great progress! Here at [Agency] we’ve watched one triumph after another, which brings us to our request.
#autoLOC_8004406 = The composition of [Topic] is of great interest to us. Could you do a simple scan of one of these? Not enough data exists for us to determine what use we could put one to.
#autoLOC_8004407 = Visiting a planet shouldn’t just be about going out and grabbing the first handful of dirt you find. We want something more interesting - a scan of [Topic].
#autoLOC_8004408 = [Topic] is of great interest to us. Not enough data exists for us to determine what use we could put one to. Do they make better desserts, or appetizers?
#autoLOC_8004409 = We need more data about [Topic]. We’re not sure what sort of recipe they’d work best in, and our culinary department is very curious - somehow they have our largest budget as well.
#autoLOC_8004410 = We’d like to know everything there is to know about [Topic]. Can you scan one and send us the data?
#autoLOC_8004411 = Send a rover arm equipped craft out and perform a simple scan, get us some data.
#autoLOC_8004412 = Send a rover arm equipped craft out and perform a thorough scan, get us some data.
#autoLOC_8004413 = Send a rover arm equipped craft out and perform a complex scan, get us some data.
#autoLOC_8004414 = Find a <<1>> and collect data with the <<2>>.
#autoLOC_8004415 = [Agency] has be working long and hard on practical applications of various materials.
#autoLOC_8004416 = Everyone here at [Agency] is looking for the next big thing, and we’ve got an idea of how to get it.
#autoLOC_8004417 = We want a real sample of [Topic] to do various… tests on. We know this is a tall order, but bring one back for us.
#autoLOC_8004418 = There’s a lot we could do with a sample of [Topic]. But we need to test it in our labs, remote data is no substitute for the real thing.
#autoLOC_8004419 = We’ve got a big vat of Mystery Goo back here and we’re dying to see what happens when we dip a chunk of [Topic] into it. Can you help us make that happen?
#autoLOC_8004420 = Bring us back one intact.
#autoLOC_8004421 = Find a <<1>>, have a Kerbal pick it up and return it to Kerbin.
#autoLOC_8004422 = We’ve heard reports of an interesting planetary feature: [Topic]. Do a scan to satisfy our curiosity.
#autoLOC_8004423 = You’ll need to have someone pick one up and bring it here.
#autoLOC_8004424 = <<1>> retrieved from <<2>>
#autoLOC_8004425 = \nReach: <<1>>m
#autoLOC_8004426 = Scan distance: <<1>>m. No target in range.
#autoLOC_8004427 = Must be stationary to scan a surface feature
#autoLOC_8004428 = <color=orange><b>[<<1>>]:</b> Scan Cancelled. <<2>> vanished.</color>
#autoLOC_8004429 = <color=orange><b>[<<1>>]:</b> <<2>> is too far below the base plate, cannot reach.</color>
#autoLOC_8004430 = Preview Scanning Range
#autoLOC_8004431 = <color=orange><b>[<<1>>]:</b> Scan aborted! <<2>></color>
#autoLOC_8004432 = Previewing...
#autoLOC_8004433 = SEQ-3 Cargo Storage Unit
#autoLOC_8004434 = This sturdy unit keeps the expensive and delicate equipment our astronauts need to bring with them safely stored. Rigorous engineering studies have shown it to be 20% more effective than 'a picnic cooler and some duct tape' at making sure these items arrive intact at their destination.
#autoLOC_8004435 = \u0020We suspect you can find one of these in the <<1>> biome.
#autoLOC_8004436 = \u0020We suspect you can find one of these in the <<1>> or <<2>> biomes.
#autoLOC_8004437 = \u0020We suspect you can find one of these in the <<1>>, <<2>> or <<3>> biomes.
#autoLOC_8004440 = Robotic Servo Hinge
#autoLOC_8004441 = Robotic Servo Rotor
#autoLOC_8004442 = Robotic Servo Piston
#autoLOC_8004443 = Robotic Rotation Servo
#autoLOC_8004444 = Action Sets
#autoLOC_8004451 = Surface Feature Statistics
#autoLOC_8004452 = Enable Surface Feature Stats Gathering (PQS Event Driven)
#autoLOC_8004453 = Type, # Quads, Area, # Features, Per Km^2, cfg Freq
#autoLOC_8004454 = Surface Feature Finder
#autoLOC_8004455 = Surface Feature Scan Points
#autoLOC_8004456 = <<1>>, <<2>> quads, <<3>> Km^2, <<4>> features, <<5>>, <<6>>\n
#autoLOC_8005418 = Total Power Needed
#autoLOC_8005419 = Traverse Rate
#autoLOC_8005420 = Target Angle
#autoLOC_8005421 = Angle Limit
#autoLOC_8005423 = Motorized
#autoLOC_8005424 = RPM Limit
#autoLOC_8005425 = Rotation Direction
#autoLOC_8005426 = Clockwise
#autoLOC_8005427 = Counterclockwise
#autoLOC_8005428 = Ratcheted
#autoLOC_8005429 = Power
#autoLOC_8005430 = Engaged
#autoLOC_8005431 = Disengaged
#autoLOC_8005432 = <<1>> max<<2>>
#autoLOC_8005433 = Motor Power
#autoLOC_8005434 = Toggle Motor Power
#autoLOC_8005435 = Toggle Motor Direction
#autoLOC_8005436 = Toggle Motor Engaged
#autoLOC_8005437 = Current RPM
#autoLOC_8005438 = On Power Loss
#autoLOC_8005439 = Free
#autoLOC_8005440 = Track Editor - Toolbar
#autoLOC_8005441 = Grip Pads
#autoLOC_8005442 = Propellers
#autoLOC_8005443 = Propeller Aerodynamics
#autoLOC_8320002 = Controls other deployed experiments and power generators w/in <<1>> meters.
#autoLOC_8320003 = Science experiment: studies Mystery Goo over long periods of time.
#autoLOC_8320004 = Science experiment: monitors weather on planets with an atmosphere. Deploy with an experienced scientist for best results. Requires <<1>> unit of power
#autoLOC_8320005 = Provides continuous power. Deploy with an experienced engineer for best results.
#autoLOC_8320006 = Provides solar power. Deploy with an experienced engineer for best results.
#autoLOC_8320007 = Science experiment: Crash things into the planet to get data. Deploy with an experienced scientist for best results. Requires <<1>> unit of power
#autoLOC_8320008 = Science experiment: Catch ions on a body with no atmosphere Deploy with an experienced scientist for best results. Requires <<1>> unit of power
#autoLOC_8320009 = Increases the comment range for the central station to transmit results back. Antenna rating: <<1>> Gm.
#autoLOC_8320010 = Debug
#autoLOC_8320011 = Long term Mystery Goo observation data from the surface of Gilly.
#autoLOC_8320012 = Seismic data gathered from impacts on the surface of Gilly.
#autoLOC_8320013 = Weather information gathered the surface of Eve.
#autoLOC_8320014 = G-01L Alligator Hinge
#autoLOC_8320015 = A small actuator with a longer frame that can be used for a variety of purposes. Despite its appearence, clamping Wernher's loose notes together is not an ideal choice.
#autoLOC_8320016 = G-00 Hinge
#autoLOC_8320017 = G-11 Hinge
#autoLOC_8320018 = A medium size actuator that has a variety of uses. Be creative!
#autoLOC_8320019 = A small actuator that can be used for a variety of purposes. Over 20% of those have something to do with rockets.
#autoLOC_8320020 = G-12L Alligator Hinge
#autoLOC_8320021 = A medium actuator. Moving Parts Experts Group offers no warranty if you jury rig your own landing legs with them. Our engineers were curious what a warranty is for anyway.
#autoLOC_8320022 = robot actuator hinge
#autoLOC_8320023 = G-32W Hinge
#autoLOC_8320024 = The largest hinge actuator available. Doubles as an EZ-fold picnic table.
#autoLOC_8320026 = Rotation Servo M-06
#autoLOC_8320027 = A small, high-torque servo that can rotate attached parts through almost 360 degrees. No Kerbals were harmed in the creation of this part. Yet.
#autoLOC_8320028 = robot actuator rotate servo
#autoLOC_8320029 = Rotation Servo M-12
#autoLOC_8320030 = A medium, high-torque servo that can rotate attached parts through 360 degrees. Makes sure any evil robots you construct with it can see behind themselves.
#autoLOC_8320031 = Rotation Servo F-12
#autoLOC_8320032 = Rotation Servo M-25
#autoLOC_8320033 = A large, high-torque servo that can rotate attached parts through 360 degrees. When you just don't have enough torque for whatever nefarious prupose you have in mind, this is what you use.
#autoLOC_8320034 = The flush mounted rotation servo has reduced output but a much sleeker form factor, hiding all the motor bits inside the servo head itself, reducing the space it requires.
#autoLOC_8320035 = EM-16 Light Duty Rotor
#autoLOC_8320036 = A small low-torque, high RPM electric motor
#autoLOC_8320037 = robot actuator motor
#autoLOC_8320038 = EM-32 Standard Rotor
#autoLOC_8320039 = A medium low-torque, high RPM electric motor
#autoLOC_8320041 = EM-64 Heavy Rotor
#autoLOC_8320042 = A large low-torque, high RPM eletric motor. Make sure you don't run out of EC, or it will only be useful as a large lazy susan.
#autoLOC_8320050 = 1P2 Hydraulic Cylinder
#autoLOC_8320051 = This small piston generates an impressive amount of force. Use with care.
#autoLOC_8320052 = robot actuator piston
#autoLOC_8320053 = 3P6 Hydraulic Cylinder
#autoLOC_8320054 = Moving Parts Experts Group took one of its landing leg designs, stripped off a few bits, doubled the power, and sold us this piston.
#autoLOC_8320056 = 1P4 Telescoping Hydraulic Cylinder
#autoLOC_8320059 = 3PT Telescoping Hydraulic Cylinder
#autoLOC_8320062 = KAL 1000 Controller
#autoLOC_8320063 = A first of its kind, this intelligent programmable controller can manage a number of parts across a vessel.\n\nIts not an entirely autonomous entity... yet...
#autoLOC_8320064 = (contr (robo (seq (anim
#autoLOC_8320065 = A small telescoping piston. Eye protection is mandatory when working with this part.
#autoLOC_8320066 = A large telescoping piston. Capable of enormous feats of stretchiness. Rocket engines are still recommended for attempting to reach orbit, however.
#autoLOC_8320089 = At maximum motor size & output and traverse rate.
#autoLOC_8320090 = At maximum motor size & output and RPM.
}
}