diff --git a/BD_Extras (No Warranty)/Real Names/RealNames/BDB/realnames.cfg b/BD_Extras (No Warranty)/Real Names/RealNames/BDB/realnames.cfg
new file mode 100644
index 000000000..cb0671221
--- /dev/null
+++ b/BD_Extras (No Warranty)/Real Names/RealNames/BDB/realnames.cfg	
@@ -0,0 +1,672 @@
+// Generic
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@description ^= :\(pronounced ['\w\-]+\)::
+	@description ^= /Blok/Block/
+}
+
+// Structural
+@PART[bluedog_*mDecoupler,bluedog_atlasDecoupler]:HAS[~name[bluedog_Titan2_1875mDecoupler]]:NEEDS[Bluedog_DB] {
+	@title ^= /^[a-zA-Z\s\-]+([\d\.]+)m?/$1m/
+}
+@PART[bluedog_atlasDecoupler25]:NEEDS[Bluedog_DB] {
+	@title = 2.5m Decoupler
+}
+@PART[bluedog_Saturn_S1C_56mDecoupler]:NEEDS[Bluedog_DB] {
+	@title = 5.625m Decoupler
+}
+@PART[bluedog_Sargent_3xDecoupler,bluedog_Sargent_1xDecoupler]:NEEDS[Bluedog_DB] {
+	@title ^= :^[A-Z0-9\-]+::
+	@title ^= /Tiny/0.125m/
+}
+@PART[bluedog_625mFairing]:NEEDS[Bluedog_DB] {
+	@title = 0.625m Fairing Base
+}
+@PART[bluedog_ablestarFairing]:NEEDS[Bluedog_DB] {
+	@title = 0.9375m Fairing Base
+}
+@PART[bluedog_125mFairing]:NEEDS[Bluedog_DB] {
+	@title = 1.25m Fairing Base
+}
+@PART[bluedog_Titan1_15mFairing]:NEEDS[Bluedog_DB] {
+	@title = 1.5m Fairing Base
+}
+@PART[bluedog_Centaur_FairingBase]:NEEDS[Bluedog_DB] {
+	@title = 1.875m Fairing Base
+}
+@PART[bluedog_Saturn_25mFairingBase]:NEEDS[Bluedog_DB] {
+	@title = 2.5m Fairing Base
+}
+@PART[bluedog_Saturn_3125mFairingBase]:NEEDS[Bluedog_DB] {
+	@title = 3.125m Fairing Base
+}
+@PART[bluedog_Saturn_S4B_375mFairingBase]:NEEDS[Bluedog_DB] {
+	@title = 3.75m Fairing Base
+}
+@PART[bluedog_Saturn_S2_5625mFairingBase]:NEEDS[Bluedog_DB] {
+	@title = 5.625m Fairing Base
+}
+
+
+
+// Agena
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@title ^= /Belle/Agena/
+	@description ^= /Belle/Agena/
+	@title ^= :(['"])?Nafuni\1?::
+	@description ^= :(['"])?Nafuni\1?::
+	@title ^= /(['"])?Hadar\1?/XLR81-BA-5/
+	@description ^= /(['"])?Hadar\1?/XLR81-BA-5/
+	@title ^= /(['"])?Mafuni\1?/XLR81-BA-11/
+	@description ^= /(['"])?Mafuni\1?/XLR81-BA-11/
+}
+@PART[bluedog_agenaProbeCore]:NEEDS[Bluedog_DB] {
+	@title = Agena Guidance Module
+}
+@PART[bluedog_Agena_MaterialsBay,bluedog_Agena_ResupplyContainer,bluedog_agenaAntenna,bluedog_Agena_ResupplyContainer]:NEEDS[Bluedog_DB] {
+	@title ^= :[A-Z\-0-9][A-Z\-0-9]+ ::
+}
+@PART[bluedog_AgenaA]:NEEDS[Bluedog_DB] {
+	@title = XLR81-BA-5 Liquid Fuel Engine
+}
+@PART[bluedog_AgenaD]:NEEDS[Bluedog_DB] {
+	@title = XLR81-BA-11 Liquid Fuel Engine
+}
+@PART[bluedog_agenaSecondaryEngine]:NEEDS[Bluedog_DB] {
+	@title = Agena Secondary Propulsion Engine
+}
+@PART[bluedog_agenaSecondaryEngine]:NEEDS[Bluedog_DB] {
+	@title = Agena Secondary Propulsion Engine
+}
+
+// Antennas
+@PART[bluedog_LOantenna,bluedog_LOdish]:NEEDS[Bluedog_DB] {
+	@title ^= /[A-Z0-9\-][A-Z0-9\-]+( "[^"]+")?/Lunar Orbiter/
+}
+@PART[bluedog_mariner2Antenna,bluedog_rangerDish]:NEEDS[Bluedog_DB] {
+	@title ^= /[A-Z0-9\-][A-Z0-9\-]+( "[^"]+")?/Ranger/
+}
+@PART[bluedog_mariner4Antenna,bluedog_mariner4Dish]:NEEDS[Bluedog_DB] {
+	@title ^= /[A-Z0-9\-][A-Z0-9\-]+( "[^"]+")?/Mariner 4/
+}
+@PART[bluedog_scimitar]:NEEDS[Bluedog_DB] {
+	@title = Apollo Scimitar Antenna
+}
+@PART[bluedog_solarAntenna]:NEEDS[Bluedog_DB] {
+	@title ^= /[A-Z0-9\-][A-Z0-9\-]+( "[^"]+")?/Vanguard/
+}
+@PART[bluedog_telstar]:NEEDS[Bluedog_DB] {
+	@title = Telstar VHF Antenna
+}
+
+// APAS
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@title ^= /CADS?/APAS-95/
+	@description ^= /CADS/APAS-95/
+	@title ^= /Common Androgynous Docking (System|Port)/Androgynous Peripheral Attach System/
+	@description ^= /Common Androgynous Docking (System|Port)/Androgynous Peripheral Attach System/
+}
+
+// Apollo
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@title ^= /Kane(-[\dA-Z]+)*/Apollo/
+	@description ^= /Kane(-[\dA-Z]+)*/Apollo/
+	@title ^= /Kanaloa([ \-]AARDV)?(-[A-Z\-]+)?/AARDV/
+	@description ^= /Kanaloa([ \-]AARDV)?(-[A-Z\-]+)?/AARDV/
+}
+@PART[bluedog_Apollo_Block1_Nose]:NEEDS[Bluedog_DB] {
+	@title ^= /Apollo/Apollo Block I/
+}
+@PART[bluedog_Apollo_Block2_Capsule,bluedog_Apollo_Block2_ServiceModule,bluedog_Apollo_Block2_HGA,bluedog_Apollo_Block2_ServiceEngine]:NEEDS[Bluedog_DB] {
+	@title ^= /Apollo/Apollo Block II/
+}
+@PART[bluedog_Apollo_Block3_ServiceModule,bluedog_Apollo_Block3_HGA,bluedog_Apollo_Block3_ServiceEngine]:NEEDS[Bluedog_DB] {
+	@title ^= /Apollo/Apollo Block III/
+}
+@PART[bluedog_Apollo_Block3_MissionModule,bluedog_Apollo_Block3_Capsule]:NEEDS[Bluedog_DB] {
+	@title ^= /Apollo/Apollo Block III+/
+}
+@PART[bluedog_Apollo_Block4_MissionModule]:NEEDS[Bluedog_DB] {
+	@title ^= /Apollo/Apollo Block IV/
+}
+@PART[bluedog_Apollo_Block5_HGA,bluedog_Apollo_Block5_SolarPanels,bluedog_Apollo_Block5_ServiceEngine]:NEEDS[Bluedog_DB] {
+	@title ^= /Apollo/Apollo Block V/
+}
+@PART[bluedog_Apollo_Block2_LES]:NEEDS[Bluedog_DB] {
+	@description ^= /PEBKAC/Apollo/
+}
+@PART[bluedog_Apollo_Block2_RCSquad]:NEEDS[Bluedog_DB] {
+	@title = Apollo R-4D RCS Thruster Quad
+}
+@PART[bluedog_Apollo_Block2_RCSlinear]:NEEDS[Bluedog_DB] {
+	@title = Apollo R-4D Linear RCS Thruster
+}
+@PART[bluedog_Apollo_Block2_ServiceEngine]:NEEDS[Bluedog_DB] {
+	@title = AJ10-137 Block II Service Propulsion System
+}
+@PART[bluedog_Apollo_Block3_ServiceEngine]:NEEDS[Bluedog_DB] {
+	@title = APS-SPS Block III Service Propulsion System
+}
+@PART[bluedog_Apollo_Block5_ServiceEngine]:NEEDS[Bluedog_DB] {
+	@title = DPS-SPS Block V Service Propulsion System
+}
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@title ^= /Sina[\- ]MEM(-[\dA-Z]+)?|Sina|MEM/LEM/
+	@description ^= /Sina[\- ]MEM(-[\dA-Z]+)?|Sina|MEM/LEM/
+}
+@PART[bluedog_LEM_Ascent_Engine]:NEEDS[Bluedog_DB] {
+	@title = APS Lunar Module Ascent Engine
+}
+@PART[bluedog_LEM_Descent_Engine]:NEEDS[Bluedog_DB] {
+	@title = DPS Lunar Module Descent Engine
+}
+
+// Atlas
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@title ^= /Muo(?:-\w+)+(-\d\d+)|Muo/Atlas$1/
+	@description ^= /Muo(?:-\w+)+(-\d\d+)|Muo/Atlas$1/
+	@title ^= /(['"])?Buzzard\1?/XLR89/
+	@description ^= /(['"])?Buzzard\1?/XLR89/
+	@title ^= /(['"])?Vulture\1?/LR-105/
+	@description ^= /(['"])?Vulture\1?/LR-105/
+	@title ^= /(['"])?Crow\1?|(['"])?Finch\1?/LR-101/
+	@description ^= /(['"])?Crow\1?|(['"])?Finch\1?/LR-101/
+}
+@PART[bluedog_atlasBooster]:NEEDS[Bluedog_DB] {
+	@title = XLR89 Booster Engine
+}
+@PART[bluedog_atlasSustainer]:NEEDS[Bluedog_DB] {
+	@title = LR-105 Sustainer Engine
+}
+@PART[bluedog_atlasVernier]:NEEDS[Bluedog_DB] {
+	@title = LR-101 Vernier Engine
+}
+@PART[bluedog_stackVernier]:NEEDS[Bluedog_DB] {
+	@title = LR-101-NA-7 Liquid Fuel Engine
+}
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@title ^= /(Muo|Atlas)-5(?!\d)/Atlas V/
+	@description ^= /(Muo|Atlas)-5(?!\d)/Atlas V/
+	@title ^= /(['"])?Czar\1?/RD-180/
+	@description ^= /(['"])?Czar\1?/RD-180/
+}
+@PART[bluedog_AtlasV*]:HAS[~name[bluedog_atlasVernier]]:NEEDS[Bluedog_DB] {
+	@title ^= /Atlas/Atlas V/
+	@description ^= /Atlas/Atlas V/
+}
+@PART[bluedog_AtlasV_RD180]:NEEDS[Bluedog_DB] {
+	@title = RD-180 Liquid Fuel Engine
+	@description ^= /Muo-2207/RD-180/
+}
+
+// Centaur
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@title ^= /Inon/Centaur/
+	@description ^= /Inon/Centaur/
+	@title ^= /(['"])?Isor\1?/RL10/
+	@description ^= /(['"])?Isor\1?/RL10/
+}
+@PART[bluedog_Centaur*]:HAS[~name[bluedog_centaur*AdapterFairing,bluedog_Centaur*RCS]]:NEEDS[Bluedog_DB] {
+	@title ^= /Centaur(-[A-Z]+[A-Z0-9]*)/Centaur-D/
+}
+@PART[bluedog_CentaurT*]:NEEDS[Bluedog_DB] {
+	@title ^= /Centaur(-[A-Z]+[A-Z0-9]*)/Centaur-G/
+}
+@PART[bluedog_Centaur_D3Tank]:NEEDS[Bluedog_DB] {
+	@title ^= /Centaur(-[A-Z]+[A-Z0-9]*)/Centaur-III/
+	@description ^= /Centaur(-[A-Z]+[A-Z0-9]*)/Centaur-III/
+}
+@PART[bluedog_Centaur_D5Tank]:NEEDS[Bluedog_DB] {
+	@title ^= /Centaur(-[A-Z]+[A-Z0-9]*)/Centaur-V/
+	@description ^= /Centaur(-[A-Z]+[A-Z0-9]*)/Centaur-V/
+}
+@PART[bluedog_Centaur_RL10]:NEEDS[Bluedog_DB] {
+	@title = RL10A Cryogenic Engine
+}
+// Delta
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@title ^= /Daleth/Delta/
+	@description ^= /Daleth/Delta/
+	@title ^= /(['"])?Darkah\1?/RS27A/
+	@description ^= /(['"])?Darkah\1?/RS27A/
+	@title ^= /(Daleth|Delta)-2/Delta II/
+	@description ^= /(Daleth|Delta)-2/Delta II/
+}
+@PART[bluedog_Delta2_RS27]:NEEDS[Bluedog_DB] {
+	@title = RS-27A Liquid Fuel Engine
+}
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@title ^= /CGR/GEM/
+	@description ^= /CGR/GEM/
+	@title ^= /(['"])?Ruby\1?/GEM-40/
+	@description ^= /(['"])?Ruby\1?/GEM-40/
+	@title ^= /(['"])?Emerald\1?/GEM-46/
+	@description ^= /(['"])?Emerald\1?/GEM-46/
+	@title ^= /(['"])?Sapphire\1?/GEM-60/
+	@description ^= /(['"])?Sapphire\1?/GEM-60/
+}
+@PART[bluedog_Delta_GEM*]:NEEDS[Bluedog_DB] {
+	@title ^= /(?:Daleth|Delta)-(?:CGR|GEM)-(\d+) (?:"\w+"|GEM-(\d+))/GEM-$1/
+}
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@title ^= /(['"])?Bahdal\1?/AJ10-118K/
+	@description ^= /(['"])?Bahdal\1?/AJ10-118K/
+}
+@PART[bluedog_DeltaK_AJ10]:NEEDS[Bluedog_DB] {
+	@title = AJ10-118K Liquid Fuel Engine
+}
+
+// Diamant
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@title ^= /Rosuette/Diamant/
+	@description ^= /Rosuette/Diamant/
+	@title ^= /(['"])?Ailette\1?/Diamant Vernier/
+	@description ^= /(['"])?Ailette\1?/Diamant Vernier/
+	@title ^= /(['"])?Starlet\1?/Rita/
+	@description ^= /(['"])?Starlet\1?/Rita/
+}
+@PART[bluedog_Diamant_Fin]:NEEDS[Bluedog_DB] {
+	@title = Diamant Vernier Fin
+}
+@PART[bluedog_Diamant_Rita]:NEEDS[Bluedog_DB] {
+	@title = P4 "Rita" Solid Rocket
+}
+@PART[bluedog_Diamant_Rubis]:NEEDS[Bluedog_DB] {
+	@title = P6 "Rubis" Solid Rocket
+}
+@PART[bluedog_Diamant_Topaze]:NEEDS[Bluedog_DB] {
+	@title = "Topaze" Solid Rocket
+}
+@PART[bluedog_Diamant_Vexin]:NEEDS[Bluedog_DB] {
+	@title = Vexin Liquid Fuel Engine
+}
+
+// Early Rockets
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@title ^= /Fenris/Thor/
+	@description ^= /Fenris/Thor/
+	@title ^= /Viklun/Vanguard/
+	@description ^= /Viklun/Vanguard/
+	@title ^= /Alpha/Able/
+	@description ^= /Alpha/Able/
+	@title ^= /Etoh/Redstone/
+	@description ^= /Etoh/Redstone/
+	@title ^= /(['"])Able\1/AJ10-118/
+	@description ^= /(['"])Able\1/AJ10-118/
+	@title ^= /(['"])Ablestar\1/AJ10-104/
+	@description ^= /(['"])Ablestar\1/AJ10-104/
+	@title ^= /(['"])?Viking\1?/X-405/
+	@description ^= /(['"])?Viking\1?/X-405/
+}
+@PART[bluedog_able*,bluedog_shortabletank]:NEEDS[Bluedog_DB] {
+	@title ^= /(Viklun|Viking)/Able/
+}
+@PART[bluedog_ablestar*]:NEEDS[Bluedog_DB] {
+	@title ^= /(Fenris|Thor)/Ablestar/
+}
+@PART[bluedog_ableEngine]:NEEDS[Bluedog_DB] {
+	@title = AJ10-118 Liquid Fuel Engine
+}
+@PART[bluedog_ablestarEngine]:NEEDS[Bluedog_DB] {
+	@title = AJ10-104 Liquid Fuel Engine
+	@description ^= /Able/AJ10/
+}
+@PART[bluedog_castorSRB]:NEEDS[Bluedog_DB] {
+	@title = Castor-1 Solid Rocket Booster
+}
+@PART[bluedog_navahoEngine]:NEEDS[Bluedog_DB] {
+	@title = XLR-83-NA-1 "Navaho" Experimental Liquid Fuel Engine
+}
+@PART[bluedog_redstone]:NEEDS[Bluedog_DB] {
+	@title = A-7 Liquid Fuel Engine
+}
+@PART[bluedog_thorEngine]:NEEDS[Bluedog_DB] {
+	@title = LR-79-7 Liquid Fuel Engine
+}
+@PART[bluedog_thorEngneFairing,bluedog_Thor125m625mLongAdapter,bluedog_thor625mAdapter,bluedog_thor9375mAdapter]:NEEDS[Bluedog_DB] {
+	@title ^= /(\w+)-[A-Z]+/$1/
+}
+@PART[bluedog_vanguardEngine]:NEEDS[Bluedog_DB] {
+	@title = X-405 Liquid Fuel Engine
+}
+
+// Engines
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@title ^= /Staara/Star/
+	@description ^= /Aethra/Star/
+	@title ^= /(['"])?Aethra\1?/Alcyone/
+	@description ^= /(['"])?Aethra\1?/Alcyone/
+	@title ^= /(['"])?Aethra\1?/Alcyone/
+	@description ^= /(['"])?Aethra\1?/Alcyone/
+	@title ^= /(['"])?Perseir?\1?/Algol/
+	@description ^= /(['"])?Perseir?\1?/Algol/
+	@title ^= /(['"])?Dioscuri\1?/Castor/
+	@description ^= /(['"])?Dioscuri\1?/Castor/
+	@title ^= /(['"])?Tyndareus\1?/Castor-120/
+	@description ^= /(['"])?Tyndareus\1?/Castor-30/
+	@title ^= /(['"])?Leda\1?/Castor-120/
+	@description ^= /(['"])?Leda\1?/Castor-30/
+	@title ^= /(['"])?Dziran?\1?/Castor-2/
+	@description ^= /(['"])?Dziran?\1?/Castor-2/
+	@title ^= /(['"])?PIBS\1?/HAPS/
+	@description ^= /(['"])?PIBS\1?/HAPS/
+}
+@PART[bluedog_alcyone]:NEEDS[Bluedog_DB] {
+	@title = BE-3B1 "Alcyone" Solid Rocket Motor
+	@description ^= /(Staara|Star)-series solid rocket motor/Solid rocket motor/
+	@description ^= /10-LYC/BE-3B1/
+}
+@PART[bluedog_Algol]:NEEDS[Bluedog_DB] {
+	@title = Algol Solid Rocket Motor
+}
+@PART[bluedog_AlgolRadial]:NEEDS[Bluedog_DB] {
+	@title = Algol-R Solid Rocket Booster
+}
+@PART[bluedog_Castor120]:NEEDS[Bluedog_DB] {
+	@title = Castor-120 Solid Rocket Booster
+	@description ^= /(Thor|Fenris)-B (Dioscuri|Castor)/Castor-1/
+}
+@PART[bluedog_Castor30]:NEEDS[Bluedog_DB] {
+	@title = Castor-30 Solid Rocket Booster
+	@description ^= /(Thor|Fenris)-B (Dioscuri|Castor)/Castor-1/
+}
+@PART[bluedog_CastorInline]:NEEDS[Bluedog_DB] {
+	@title = Castor-2 Solid Rocket Motor
+}
+@PART[bluedog_CastorRadial]:NEEDS[Bluedog_DB] {
+	@title = Castor-2R Solid Rocket Motor
+}
+@PART[bluedog_HAPS]:NEEDS[Bluedog_DB] {
+	@title = HAPS Upper Stage
+}
+@PART[bluedog_SuperHAPS]:NEEDS[Bluedog_DB] {
+	@title = Super HAPS Upper Stage
+}
+@PART[bluedog_HAPS,bluedog_SuperHAPS]:NEEDS[Bluedog_DB] {
+	@description ^= /Precision Insertion Booster System/Hydrazine Auxiliary Propulsion System/
+}
+@PART[bluedog_star*]:NEEDS[Bluedog_DB] {
+	@title ^= /(?:Staara|Star)-(\d+)[A-Z\-]+ "\w+"/Star-$1/
+	@description ^= /Staara/Star/
+	@description ^= /(\d+)[A-Z\-]+/$1/
+}
+
+// Explorer
+//@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+//	@title ^= /(['"])?Obelix\1?/Astérix/
+//	@description ^= /(['"])?Obelix\1?/Astérix/
+//	@title ^= /(['"])?Fourchette\1?/Diapason/
+//	@description ^= /(['"])?Fourchette\1?/Diapason/
+//	@title ^= /(['"])?Sienno\1?/Explorer/
+//	@description ^= /(['"])?Sienno\1?/Explorer/
+//	@title ^= /(['"])?Ramo\1?/Pioneer 1/
+//	@description ^= /(['"])?Ramo\1?/Pioneer 1/
+//	@title ^= /(['"])?Amba\1?/Pioneer 4/
+//	@description ^= /(['"])?Amba\1?/Pioneer 4/
+//	@title ^= /(['"])?Vicenza-?\d*\1?"Sargeant/
+//	@description ^= /(['"])?Vicenza-?\d*\1?/Sargeant/
+//	@title ^= /(['"])?Narly\1?/Vanguard 1/
+//	@description ^= /(['"])?Narly\1?/Vanguard 1/
+//}
+@PART[bluedog_Diamant_Asterix]:NEEDS[Bluedog_DB] {
+	@title ^= /[A-Z0-9\-][A-Z0-9\-]+( "[^"]+")?/Astérix/
+}
+@PART[bluedog_Diamant_Diapason,bluedog_Diamant_DiapasonSolar]:NEEDS[Bluedog_DB] {
+	@title ^= /[A-Z0-9\-][A-Z0-9\-]+( "[^"]+")?/Diapason/
+}
+@PART[bluedog_Explorer1]:NEEDS[Bluedog_DB] {
+	@title ^= /[A-Z0-9\-][A-Z0-9\-]+( "[^"]+")?/Explorer 1/
+}
+@PART[bluedog_Pioneer1]:NEEDS[Bluedog_DB] {
+	@title ^= /[A-Z0-9\-][A-Z0-9\-]+( "[^"]+")?/Pioneer 1/
+}
+@PART[bluedog_Pioneer4]:NEEDS[Bluedog_DB] {
+	@title ^= /[A-Z0-9\-][A-Z0-9\-]+( "[^"]+")?/Pioneer 4/
+}
+@PART[bluedog_PioneerKick]:NEEDS[Bluedog_DB] {
+	@title = Pioneer Kick Motor
+}
+@PART[bluedog_Sargent_*x]:NEEDS[Bluedog_DB] {
+	@title ^= /HLR-\d+ "(?:Vicenza|Sargeant)(-\d+)?"/Sargeant$1/
+}
+@PART[bluedog_Sargent_11xDecoupler]:NEEDS[Bluedog_DB] {
+	@title = Sargeant Cluster Decoupler
+}
+@PART[bluedog_Vanguard]:NEEDS[Bluedog_DB] {
+	@title ^= /[A-Z0-9\-][A-Z0-9\-]+( "[^"]+")?/Vanguard 1/
+}
+
+// Gemini
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@title ^= /Leo(-[A-Z0-9]+)*( ".+")?/Gemini/
+	@description ^= /Leo/Gemini/
+}
+@PART[bluedog_Gemini_Crew_B,bluedog_Gemini_Heatshield_B]:NEEDS[Bluedog_DB] {
+	@title ^= /Gemini/Big G/
+}
+@PART[bluedog_Gemini_MalhenaSM,bluedog_malhenaSolar]:NEEDS[Bluedog_DB] {
+	@title ^= /Gemini/Blue Gemini/
+}
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@title ^= /MOS-[A-Z]+/MOL/
+	@description ^= /MOS/MOL/
+}
+@PART[bluedog_MOL_Lab,bluedog_MOL_Hab,bluedog_MOL_Airlock]:NEEDS[Bluedog_DB] {
+	@title ^= :".+"::
+	@description ^= :".+"::
+}
+
+// Juno
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@title ^= /Chryslus/Juno/
+	@description ^= /Chryslus/Juno/
+	
+}
+@PART[bluedog_Juno_LowerTank*,bluedog_Juno_EngineFairing,bluedog_Juno_15mAdapter,bluedog_Juno_9375mAdapter]:NEEDS[Bluedog_DB] {
+	@title ^= /Juno(?:(-)[A-Z](\d+))?/Juno II$1$2/
+}
+@PART[bluedog_Juno_UpperTank2]:NEEDS[Bluedog_DB] {
+	@title ^= /Juno(?:(-)[A-Z](\d+))?/Juno IVA$1$2/
+}
+@PART[bluedog_Juno_UpperTank1]:NEEDS[Bluedog_DB] {
+	@title ^= /Juno(?:(-)[A-Z](\d+))?/Juno IVB$1$2/
+}
+@PART[bluedog_Juno_EngineS3D]:NEEDS[Bluedog_DB] {
+	@title = S-3D Liquid Fuel Engine
+}
+@PART[bluedog_Juno_EngineVernier]:NEEDS[Bluedog_DB] {
+	@title = S-3DV Vernier Exhaust Engine
+}
+@PART[bluedog_Juno_Engine45K]:NEEDS[Bluedog_DB] {
+	@title = 45K Liquid Fuel Engine
+}
+@PART[bluedog_Juno_Engine6K]:NEEDS[Bluedog_DB] {
+	@title = 6K Liquid Fuel Engine
+}
+
+// Launch Clamps
+// These need BDB names, so nothing for now
+
+// Mercury
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@title ^= /Hermes( [A-Z0-9\-]+)?( ".+")?/Mercury/
+	@description ^= /Hermes/Mercury/
+}
+
+// Probe Expansion
+@PART[bluedog_explorer7probe]:NEEDS[Bluedog_DB] {
+	@title ^= /[A-Z0-9\-][A-Z0-9\-]+( "[^"]+")?/Explorer 7/
+}
+@PART[bluedog_loEngine,bluedog_LunarOrbiter_Core,bluedog_LunarOrbiter_Solar]:NEEDS[Bluedog_DB] {
+	@title ^= /[A-Z0-9\-][A-Z0-9\-]+( "[^"]+")?/Lunar Orbiter/
+}
+@PART[bluedog_OSO_Instrument,bluedog_OSO_Panel]:NEEDS[Bluedog_DB] {
+	@title ^= /[A-Z0-9\-][A-Z0-9\-]+( "[^"]+")?/Orbiting Solar Observatory/
+}
+@PART[bluedog_pioneerSolar,bluedog_veneraProbe]:NEEDS[Bluedog_DB] {
+	@title ^= /[A-Z0-9\-][A-Z0-9\-]+( "[^"]+")?/Pioneer 5/
+}
+@PART[bluedog_rangerBattery,bluedog_rangerCore]:NEEDS[Bluedog_DB] {
+	@title ^= /[A-Z0-9\-][A-Z0-9\-]+( "[^"]+")?/Ranger/
+}
+@PART[bluedog_Sputnik3_Core]:NEEDS[Bluedog_DB] {
+	@title ^= /[A-Z0-9\-][A-Z0-9\-]+( "[^"]+")?/Sputnik 3/
+}
+//Solar Battery?
+
+// Saturn
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@title ^= /Sarnus/Saturn/
+	@description ^= /Sarnus/Saturn/
+	@title ^= /(?:Saturn-)?(?:[A-Z0-9\-]+ )?['"]?Regor(?:[ \-]([A-Z]))?['"]?/F-1$1/
+	@description ^= /(?:Saturn-)?(?:[A-Z0-9\-]+ )?['"]?Regor(?:[ \-]([A-Z]))?['"]?/F-1$1/
+	@title ^= /(?:Saturn-)?(?:[A-Z0-9\-]+ )?['"]?Grivan['"]?/H-1C/
+	@description ^= /(?:Saturn-)?(?:[A-Z0-9\-]+ )?['"]?Grivan['"]?/H-1C/
+	@title ^= /(?:Saturn-)?(?:[A-Z0-9\-]+ )?['"]?Navi['"]?/H-1D/
+	@description ^= /(?:Saturn-)?(?:[A-Z0-9\-]+ )?['"]?Navi['"]?/H-1D/
+	@title ^= /(?:Saturn-)?(?:[A-Z0-9\-]+ )?['"]?Dnoces(?:[ \-]([A-Z]))(,)??['"]?/J-2$1$2/
+	@description ^= /(?:Saturn-)?(?:[A-Z0-9\-]+ )?['"]?Dnoces(?:[ \-]([A-Z]))(,)??['"]?/J-2$1$2/
+	@title ^= /(?:Saturn-)?(?:[A-Z0-9\-]+ )?['"]?Tohces['"]?/J-2T/
+	@description ^= /(?:Saturn-)?(?:[A-Z0-9\-]+ )?['"]?Tohces['"]?/J-2T/
+	@title ^= /(?:Saturn-)?(?:[A-Z0-9\-]+ )?['"]?Dnoces Sea Level['"]?/J-2SL/
+	@description ^= /(?:Saturn-)?(?:[A-Z0-9\-]+ )?['"]?Dnoces Sea Level['"]?/J-2SL/
+	@title ^= /Saturn-S([A-Z]+)?(?:-[A-Z0-9\-]*(?!.+Tank))?/Saturn S-$1/
+	@description ^= /Saturn-S([A-Z]+)?(?:-[A-Z0-9\-]*(?!.+Tank))?/Saturn S-$1/
+	@title ^= /(?:Lander|Lunar) Adapter Module/Spacecraft Lunar Module Adapter/
+	@description ^= /(?:Lander|Lunar) Adapter Module/Spacecraft Lunar Module Adapter/
+}
+@PART[bluedog_F1]:NEEDS[Bluedog_DB] {
+	@title = F-1 Liquid Fuel Engine
+	@description ^= /LE1F 'Regor'/F-1/
+}
+@PART[bluedog_F1A]:NEEDS[Bluedog_DB] {
+	@title = F-1A Liquid Fuel Engine
+	@description ^= /F-1/F-1A/
+}
+@PART[bluedog_H1C]:NEEDS[Bluedog_DB] {
+	@title = H-1C Liquid Fuel Engine
+	@description ^= /LVT-30/S-3D/
+}
+@PART[bluedog_H1D]:NEEDS[Bluedog_DB] {
+	@title = H-1C Liquid Fuel Engine
+	@description ^= /LVT-45/S-3D/
+}
+@PART[bluedog_J2]:NEEDS[Bluedog_DB] {
+	@title = J-2 Cryogenic Engine
+}
+@PART[bluedog_J2S]:NEEDS[Bluedog_DB] {
+	@title = J-2S Cryogenic Engine
+	@description ^= /J-2/J-2S/
+}
+@PART[bluedog_J2_Toroidal]:NEEDS[Bluedog_DB] {
+	@title = J-2T Cryogenic Aerospike
+}
+@PART[bluedog_J2_Toroidal250K]:NEEDS[Bluedog_DB] {
+	@title = J-2T-250K Cryogenic Aerospike
+	@description ^= /J-2T/J-2T-250K/
+}
+@PART[bluedog_J2sl]:NEEDS[Bluedog_DB] {
+	@title = J-2SL Sea Level Cryogenic Engine
+	@description = Derived from the J-2, the J-2SL has a smaller engine bell to allow it to actually work at Sea Level... ish.
+}
+@PART[bluedog_Saturn_S4B_SLA]:NEEDS[Bluedog_DB] {
+	@title = Saturn S-IVB SLA Spacecraft Lunar Module Adapter
+}
+@PART[bluedog_Saturn_S4B_SLA_Full]:NEEDS[Bluedog_DB] {
+	@title = Saturn S-IVB SLA-F Petal Fairing
+}
+
+// Science
+// Fuck these, I dont care about them.
+
+// Skylab
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@title ^= /Hokulani(?:-[A-Z]+)?/Skylab/
+	@description ^= /Hokulani(?:-[A-Z]+)?/Skylab/
+}
+@PART[bluedog_Skylab_ATM]:NEEDS[Bluedog_DB] {
+	@title = Skylab Apollo Telescope Mount
+}
+@PART[bluedog_Skylab_ATMsolar]:NEEDS[Bluedog_DB] {
+	@title = Skylab ATM Solar Panel
+	@description ^= /Apollo-OCO Telescope Mount/Apollo Telescope Mount/
+}
+
+// Titan
+
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@title ^= /Prometheus(?: |(?:[- ]([A-Z]+))?(?:-[A-Z0-9]+(?!.+ Tank))?)/Titan $1/
+	@description ^= /Prometheus(?: |(?:[- ]([A-Z]+))?(?:-[A-Z0-9]+(?!.+ Tank))?)/Titan $1/
+	@title ^= /Titan T|(['"])?Metis\1?/Transtage/
+	@description ^= /Titan T|(['"])?Metis\1?/Transtage/
+}
+@PART[bluedog_LR87_15m]:NEEDS[Bluedog_DB] {
+	@title = LR-87-X Liquid Fuel Engine
+}
+@PART[bluedog_LR87_mod1]:NEEDS[Bluedog_DB] {
+	@title = LR-87-3 Liquid Fuel Engine
+}
+@PART[bluedog_LR87_mod2]:NEEDS[Bluedog_DB] {
+	@title = LR-87-7 Liquid Fuel Engine
+}
+@PART[bluedog_LR87_mod4]:NEEDS[Bluedog_DB] {
+	@title = LR-87-11A Liquid Fuel Engine
+}
+@PART[bluedog_LR87_SingleChamber]:NEEDS[Bluedog_DB] {
+	@title = LR-87-LH2 Cryogenic Engine
+}
+@PART[bluedog_LR87_SingleChamberB]:NEEDS[Bluedog_DB] {
+	@title = LR-87-11-1 Liquid Fuel Engine
+}
+@PART[bluedog_LR87_SingleChamberVac]:NEEDS[Bluedog_DB] {
+	@title = LR-87-LH2-V Cryogenic Engine
+}
+@PART[bluedog_LR91_mod1]:NEEDS[Bluedog_DB] {
+	@title = LR91-3 Liquid Fuel Engine
+}
+@PART[bluedog_LR91_mod2]:NEEDS[Bluedog_DB] {
+	@title = LR91-7 Liquid Fuel Engine
+}
+@PART[bluedog_LR91_mod4]:NEEDS[Bluedog_DB] {
+	@title = LR91-11 Liquid Fuel Engine
+}
+@PART[bluedog_Soltan_Inline]:NEEDS[Bluedog_DB] {
+	@title = Soltan-S Solid Rocket Motor
+}
+@PART[bluedog_Soltan_Radial]:NEEDS[Bluedog_DB] {
+	@title = Soltan Solid Rocket Booster
+}
+@PART[bluedog_Titan1_NoseProbe]:NEEDS[Bluedog_DB] {
+	@title = Titan Thermonuclear Materials Testing Bay
+}
+@PART[bluedog_Titan_SRB2seg]:NEEDS[Bluedog_DB] {
+	@title = UA1202 Solid Rocket Booster
+}
+@PART[bluedog_Titan_SRB3seg]:NEEDS[Bluedog_DB] {
+	@title = USRM Solid Rocket Booster
+}
+@PART[bluedog_Titan_SRB5seg]:NEEDS[Bluedog_DB] {
+	@title = UA1205 Solid Rocket Booster
+}
+@PART[bluedog_Titan_SRB7seg]:NEEDS[Bluedog_DB] {
+	@title = UA1207 Solid Rocket Booster
+}
+@PART[bluedog_Titan_SRB5segStack]:NEEDS[Bluedog_DB] {
+	@title = UA1205-S Solid Rocket Motor
+}
+@PART[bluedog_Titan_SRB7segStack]:NEEDS[Bluedog_DB] {
+	@title = UA1207-S Solid Rocket Motor
+}
+@PART[bluedog_Titan_TranstageEngine]:NEEDS[Bluedog_DB] {
+	@title = AJ10-138-2 Liquid Fuel Engine
+}
+
+// Vega
+@PART[bluedog_*]:NEEDS[Bluedog_DB] {
+	@title ^= /Vejur(-\d+)?(?:[\-A-Z]+)?/Vega/
+	@description ^= /Vejur(-\d+)?(?:[\-A-Z]+)?/Vega/
+	@title ^= /(['"])?Decker\1?/405H/
+	@description ^= /(['"])?Decker\1?/405H/
+}
+@PART[bluedog_Vega_Engine]:NEEDS[Bluedog_DB] {
+	@title = 405H Liquid Fuel Engine
+}
\ No newline at end of file
diff --git a/BD_Extras (No Warranty)/Real Names/realnames.cfg b/BD_Extras (No Warranty)/Real Names/realnames.cfg
deleted file mode 100644
index c9fdfeef5..000000000
--- a/BD_Extras (No Warranty)/Real Names/realnames.cfg	
+++ /dev/null
@@ -1,1169 +0,0 @@
-// Mercury
-@PART[bluedog_mercury_posigradeMotor] {
-	@title = Mercury Kick Motor
-	@description = This tiny solid rocket motor is essentially the ancestor of a modern day separation motor. They were originally used to push a Mercury away from its Atlas booster. Another was placed on top of the early Pioneer probes pointing upwards as a retro motor. We're sure you'll think of even more uses for it.
-}
-@PART[bluedog_mercuryHeatshield] {
-	@title = Mercury Heatshield
-	@description = Small 1.25m heatshield for the Mercury capsule. Place underneath, before adding the engine. Does not include a fairing.
-}
-@PART[bluedog_mercuryLES] {
-	@title = Mercury Launch Escape System
-}
-@PART[bluedog_mercuryPod] {
-	@title = Mercury Capsule
-	@description = Our Mercury is to the Vostok capsule what the Joker is to Batman. Smaller, spunkier, more colorful, and has a higher number of fatalities under its belt. Erm... Scratch that last part.
-}
-@PART[bluedog_mercuryRCS] {
-	@title = Mercury Landing and Control Module
-}
-@PART[bluedog_mercuryScience] {
-	@title = Mercury Science Antenna Unit
-	@description = At one point, this part might have had a parachute stuffed inside it. Now it is full of SCIENCE! Or, more specifically, a mystery goo unit and an omnidirectional antenna.
-}
-@PART[bluedog_mercurySRB] {
-	@title = Mercury Retro Pack
-	@description = A shameless coffee can full of throttleable boom, and manual decoupler combo unit. This rocket motor is ment to give you just enough kick to get you down from orbit... hopefully... Did we mention that you have to set off the decoupler manually? It features the proprietary SafeSolid™ system, allowing the engine to be shut down in flight, allowing for more accurate orbital insertions and manuevers.
-}
-
-// Gemini
-@PART[bluedog_Gemini_Crew_A] {
-	@title = Gemini Command Pod
-	@description = It is clear that only so much can be accomplished by single astronauts in space. Though we'd eventually like to be launching even more in a single launch, this two-crew pod is an important step in developing the skillsets our program will need for more complex missions in the future.
-}
-@PART[bluedog_Gemini_Crew_B] {
-	@title = Big Gemini Crew Module
-	@description = As operations in space become more complex, more crew members are needed. This expanded crew module replaces the standard Leo service module, allowing four additional astronauts to ride to space. 
-}
-@PART[bluedog_Gemini_Heatshield_A] {
-	@title = Gemini Heatshield
-	@description = It's like a frisbee! 1.5m heatshield for the Gemini capsule.
-}
-@PART[bluedog_Gemini_Heatshield_B] {
-	@title = Big G Heatshield
-	@description = It's like a frisbee! 2.5m heatshield for the Big Gemini capsule.
-}
-@PART[bluedog_Gemini_Parachute_A] {
-	@title = Gemini Landing Parachute System
-}
-@PART[bluedog_Gemini_Port_A] {
-	@title = Gemini Nose Docking Mechanism
-	@description = One of the most crucial skills that the Gemini program is meant to develop is the ability to rendevous and dock in space. This simple docking mechanism doesn't have the ability to transfer crew or resources, but it will allow you to connect two vessels in flight. This male active docking mechanism corresponds to the female Agena Docking Adapter. It include an indexing key, that slides into the V shape on the Agena Docking Adapter, to help line the two craft up properly.
-}
-@PART[bluedog_Gemini_RCS_A] {
-	@title = Gemini Reentry Control System
-	@description = This RCS system provides full 3 axis stabilization for a Gemini pod. It is meant to be used during reentry, and is disabled by default. It can be manually enabled in flight.
-}
-@PART[bluedog_Gemini_RCS_B] {
-	@title = Gemini Radial Control Thruster Block
-	@description = 3 way thruster for all your 3 way needs. Originally intended for the Gemini spacecraft, where they were used in 4 way symmetry around the mating collar between the capsule and the service module.
-}
-@PART[bluedog_Gemini_Service_A] {
-	@title = Gemini Service Module
-}
-@PART[bluedog_Gemini_Structure_A] {
-	@title = Gemini 1.875m-1.5m Structural Plate
-	@description = 1.875m to 1.5m structural adapter for Gemini parts.
-}
-@PART[bluedog_Gemini_SmallShortAdapter] {
-	@title = Gemini  0.9375m-0.625m Structural Adapter
-	@description = 0.9375m to 0.625m structural adapter for Gemini parts.
-}
-@PART[bluedog_gemini_cap] {
-	@title = Gemini Aerodynamic Nose Cone
-	@description = Covers up the nose of the Gemini Docking Mechanism to protect it during ascent. Jettison once out of the atmosphere.
-}
-@PART[bluedog_Gemini_LanderCan] {
-	@title = Gemini Lander Cockpit
-	@description = This extremely small capsule is darn near the smallest capsule you can make to hold a single astronaut. Contains just enough supplies and features to enable a short romp down to the surface and back. Its pressurized cockpit makes it (slightly) safer than an external command seat, though there isn't room to take off one's helmet.
-}
-@PART[bluedog_Gemini_MalhenaSM] {
-	@title = Advanced Gemini Service Module Tank
-}
-@PART[bluedog_malhenaSolar] {
-	@title = Advanced Gemini Solar Antenna
-}
-@PART[bluedog_Gemini_Resupply_Capsule] {
-	@title = Gemini Supply Pod
-	@description = As our program expands our manned stations in low orbit and elsewhere, it becomes increasingly important to bring supplies up and down in addition to crew. This modified Gemini command pod, known by the mysterious name of "Specific Design", is capable of docking itself, and is loaded with room for cargo.
-}
-@PART[bluedog_Gemini_RotationRCS] {
-	@title = Gemini Rotation Thruster
-	@description = A 2-way 45 degree RCS block for the Gemini CSM, meant to be used for rotation. Place in 4x symmetry around the bottom of the service module, 45 degrees off the primary axes.
-}
-@PART[bluedog_Gemini_TranslationRCS] {
-	@title = Gemini Translation Thruster Block
-	@description = A 2-way RCS block for the Gemini CSM, meant to be used for translation. Place in 4x symmetry around the top of the service module.
-}
-// MOL
-@PART[bluedog_MOL_Adapter_15_125] {
-	@title = MOL-0120-0100 Small Structural Adapter
-	@description = A nearly flat 1.5m to 1.25m adapter for MOL stations.
-}
-@PART[bluedog_MOL_Adapter_1875_15] {
-	@title = MOL-0150-0120 Large Structural Adapter
-	@description = A nearly flat 1.875m to 1.5m adapter for MOL stations.
-}
-@PART[bluedog_MOL_Airlock] {
-	@title = MOL Airlock
-	@description = Dedicated airlock module for MOL stations, useful for allowing crew access to the station as they leave their ships.
-}
-@PART[bluedog_MOL_ControlSegment] {
-	@title = MOL Control Block
-	@description = Thin 1.875m control and avionics system. Use for controlling your 1.875m launchers, MOL stations, and Transtage resupply vehicles.
-}
-@PART[bluedog_MOL_DockingPort] {
-	@title = MOL 1.875m Docking Mechanism
-	@description = This large docking module is used to connect MOL segments to each other. It is capable of soft docking to line up the segments., before retracting and solidifying the connection.
-}
-@PART[bluedog_MOL_Hab] {
-	@title = MOL "Dorian" Orbital Habitation Segment
-	@description = This habitat segment provides bunks and living space for 3 crew. Features two spartan bunks, personal hygiene facilities, and a breakfast nook.
-}
-@PART[bluedog_MOL_KISmodule] {
-	@title = MOL-PCS Pressurized Cargo Segment
-	@description = When MOL stations need to receive massive amounts of supplies, they bring up one of these. Capable of carrying enough cargo to refit the equipment in an entire laboratory segment, or enough snacks to last a week.
-}
-@PART[bluedog_MOL_Lab] {
-	@title = MOL Orbital Laboratory
-	@description = This mobile laboratory segment was originally designed for use by [REDACTED] before being converted to more peaceful, scientific uses. It can be used to conduct experiments and process data. As well as spy on [REDACTED].
-}
-@PART[bluedog_MOL_rackDish] {
-	@title = MOL Communications Dish
-	@description = High speed communications system for transmitting large amounts of classified data back home.
-}
-@PART[bluedog_MOL_RCS] {
-	@title = MOL RCS Control Block
-	@description = This large, powerful RCS block is capable of controlling the attitude of entire stations.
-}
-@PART[bluedog_MOL_Solar2] {
-	@title = MOL Solar Array
-}
-@PART[bluedog_MOL_ThreeWayAdapter] {
-	@title = MOL 3 Way Structural Adapter
-	@description = A three (five) way 1.5m adapter for MOL based stations.
-}
-@PART[bluedog_MOL_UnpressurizedCargo] {
-	@title = MOL Unpressurized Cargo Segment
-}
-
-// Apollo
-@PART[bluedog_scimitar] {
-	@title = Apollo Scimitar Antenna
-	@description = This interesting device is known as a scimitar antenna. It is a curved antenna inside of an aerodynamic casing allowing it used while travelling though the atmosphere or as backup to a high gain antenna. And we think it looks cool. Place in 2x symmetry on the Apollo Service Module.
-}
-@PART[bluedog_Apollo_Block2_Capsule] {
-	@title = Apollo Block II Command Pod
-	@description = Despite a... questionable track record during testing, this capsule is perhaps the pinnacle of our manned design program. While the Mercury and the Gemini were essentially test vehicles, the Apollo is a real operational craft. Includes attitude control thrusters for reentry. Originally developed to be the orbiter segment of our Lunar landing operations, a variety of upgrades and specialized components are being developed, and should become available in the near future.
-}
-@PART[bluedog_Apollo_Block2_Decoupler] {
-	@title = Apollo 2.5m Capsule Decoupler
-}
-@PART[bluedog_Apollo_Block2_DockingLight] {
-	@title = Apollo EVA/Docking Floodlight
-	@description = Essentially a pen light on the end of a straw, this light (traditionally mounted to the decoupler ring on the Apollo CSM) swings out to provide illumination for docking/berthing operations and to aid astronauts on EVAs.
-}
-@PART[bluedog_Apollo_Block2_Heatshield] {
-	@title = Apollo 2.5m Heat Shield
-	@description = Large 2.5m structural heatshield for Apollo CSM. It is very thick in order to withstand the intense heat of lunar reentries. Remove some of the ablator for low orbital missions, to save weight. The structure itself is lighter as well, at the cost of removing the jettison hardware. Make sure your parachutes can stop the weight of the capsule and the heatshield.
-}
-@PART[bluedog_Apollo_Block2_HGA] {
-	@title = Apollo Block II High Gain Antenna
-	@description = A collapsable relay antenna consisting of four high gain dishes, for transmitting the many exciting things you've discovered. Intended to be placed on the mounting bracket of the Apollo service engine.
-}
-@PART[bluedog_Apollo_Block2_LES] {
-	@title = Apollo Launch Escape System
-	@description = The main thrust structure and escape engine for the Apollo Launch Escape System. Stage to jettison. For best results jettison high in (or out of) the atmosphere, usually around first stage cut off. After firing during an emergency abort, canards deploy to flip the capsule retrograde for parachutes. Automatically is added to the abort action group.
-}
-@PART[bluedog_Apollo_Block2_Parachute] {
-	@title = Apollo Parachute
-	@description = Parachute landing systems for the Apollo CSM. Place in 3x symmetry around the Apollo Parachute Mount.
-}
-@PART[bluedog_Apollo_Block2_ParachuteMount] {
-	@title = Apollo 1.25m Parachute Mount
-	@description = Structural adapter for Apollo parachutes and docking port. Place on top of the capsule, add parachutes in 3x symmetry. The Active Docking Mechanism goes on top. Includes a decoupler for the docking mechanism, to clear the way for the parachutes.
-}
-
-@PART[bluedog_Apollo_Block2_RCSquad] {
-	@title = Apollo RCS Thruster Quad
-	@description = This advanced thruster quad possesses both more power and a higher ISP than traditional RCS quads. They are more expensive, however, and a touch heavier.
-}
-@PART[bluedog_Apollo_Block2_ServiceEngine] {
-	@title = Apollo Block II AJ10-137 Service Propulsion System
-	@description = This massive service engine sacrifices much of its power to eliminate weight. The result is a very light, though not extremely efficient, propulsion system for large orbiters in the 2.5m size class and up. Includes a mounting point for a high gain antenna system.
-}
-@PART[bluedog_Apollo_Block2_ServiceModule] {
-	@title = Apollo Block II Service Module
-	@description = A complete package of fuel, monoprop, batteries, fuel cells, and storage bays for your service module. The fuel cells are powered by monopropellant. Designed to circularize around a moon with a lander in tow, and then return home. Engine, RCS quads, communications, docking light, and decoupler sold separately
-}
-@PART[bluedog_Apollo_Block2_ActiveDockingMechanism] {
-	@title = Apollo 0.625m Active Docking Mechanism
-	@description = Advanced probe-and-drogue docking system. It possesses the smallest crew tube possible (astronaut's heads would get stuck if it were any smaller) crammed inside a 0.625m form factor. It would probably be better to have a larger passageway on cargo flights. Once soft docking is achieved and the vessels properly aligned, retract the probe to hard dock and establish a solid connection.
-}
-// LEM
-@PART[bluedog_Apollo_Block2_PassiveDockingMechanism] {
-	@title = Apollo 0.625m Passive Docking Mechanism
-	@description = Advanced probe-and-drogue docking system. It possesses the smallest crew tube possible (astronaut's heads would get stuck if it were any smaller) to fit inside a 0.625m form factor. It would probably be better to have a larger passageway on cargo flights. This is the passive port, designed to catch the active port's probe.
-}
-@PART[bluedog_LEM_Ascent_Cockpit] {
-	@title = Apollo LEM Ascent Stage Cockpit
-	@description = The LEM Ascent Stage Cockpit provides accommodations for two astronauts to ride to the Mun's surface atop the LEM Decent Stage, then return to orbit. Includes integrated fuel tanks, RCS, communications system, extended life batteries, and two hammocks. Put the ascent engine on the bottom, and the passive docking port on the top. Remember to have all crew members on board before launching.
-}
-@PART[bluedog_LEM_Ascent_Engine] {
-	@title = Apollo LMAE Ascent Propulsion System
-	@description = Derived from experience from our "Bell" engines, this non-gimballing liquid fueled engine prioritizes one thing: Reliability. Failure of the ascent engine could leave brave explorers stranded.
-}
-@PART[bluedog_LEM_Descent_Engine] {
-	@title = Apollo LMDE Descent Propulsion System
-	@description = A lightweight gimbaling liquid fueled engine designed to bring the Apollo lander safely to the Mun's surface.
-}
-@PART[bluedog_LEM_Descent_Tanks] {
-	@title = Apollo LEM Descent Stage Assembly
-	@description = The Apollo Descent Stage Assembly contains fuel tanks, landing stability system, and recessed engine mounting point for the Apollo LEM. Also includes a vertical mobility device for Ascent Cockpit ingress and egress. Ascent Cockpit sold separately. Engine attach node located inside the hole in the bottom.
-}
-// ETS
-@PART[bluedog_CXA_APAS_A_L04F] {
-	@title = APAS 0.9375m Docking Port (Active)
-	@description = Androgynous Peripheral Attach System. Developed to eliminate the limitations of the gendered Apollo docking system, as well as provide a larger passageway for delivering cargo. Equipped with a deployable capture ring to dampen impact. Permanent station ports can use the passive version, which is simpler and lighter. Design and development subcontracted to CxAerospace.
-}
-@PART[bluedog_CXA_APAS_P] {
-	@title = APAS 0.9375m Docking System (Passive)
-	@description = Androgynous Peripheral Attach System, passive version intended to mate with active counterparts. Useful for permanent fixtures that won't have to form the active docking partner, such as berthing ports on station modules.
-}
-@PART[bluedog_Apollo_Block3_Capsule] {
-	@title = Apollo Block III Advanced Command Pod
-	@description = By optimizing the internal volume and modifying the crew arrangement, we have managed to cram 5 astronauts into the reentry vehicle for the Apollo Block III. They only will be comfortable in there for a short time, so be sure to bring some sort of extra habitable volume to dock with after you've achieved orbit. 
-}
-@PART[bluedog_Apollo_Block3_ServiceEngine] {
-	@title = Apollo Block III Service Propulsion System
-	@description = The Apollo LEM Ascent Engine modified to fit in the Apollo SPS housing. Useful for smaller, low orbit versions of the Apollo, such as the Block-III. Includes a mounting point for a high gain antenna system.
-}
-@PART[bluedog_Apollo_Block3_ServiceModule] {
-	@title = Apollo Block III Service Module
-	@description = Similar to the Apollo Block II service module, the Block III variant includes a sufficient supply of fuel, monoprop, and large batteries storage for low orbit missions. Complexity is reduced by simply packing batteries instead of fuel cells. Missions beyond low orbit may void warranty. Engine, RCS quads, communication, lights and decoupler still not included. Allegations that a trash compactor is a key manufacturing component are entirely unfounded.
-}
-@PART[bluedog_Apollo_Block5_ServiceEngine] {
-	@title = Apollo Block IV Service Propulsion System
-	@description = The Apollo LEM Descent Engine modified to fit in the Apollo SPS housing. Useful for smaller, low orbit versions of the Apollo, such as the Block-IV. Includes a mounting point for a high gain antenna system.
-}
-@PART[bluedog_Apollo_Block3_HGA] {
-	@title = Apollo Block III High Gain Antenna
-	@description = A collapsible relay antenna consisting of a high gain dish, for transmitting the many exciting things you've discovered. Intended to be placed on the mounting bracket of the Apollo service engine.
-}
-@PART[bluedog_Apollo_Block3_MissionModule] {
-	@title = Apollo Block III Orbital Mission Module
-	@description = The Mission Module was an invention of necessity - how do we store 4 crew on-orbit without any real provisions for return? Who needed this remains a mystery, as do his motivations.
-}
-@PART[bluedog_Apollo_AARDV_Cargo] {
-	@title = AARDV Cargo Block
-}
-@PART[bluedog_Apollo_AARDV_Control] {
-	@title = AARDV Control Block
-}
-@PART[bluedog_Apollo_AARDV_NoseAdapter] {
-	@title = AARDV Nose Adapter
-}
-
-// MOL
-
-// Agena
-@PART[bluedog_AgenaA] {
-	@title = Bell XLR81-BA-5 Liquid Fuel Engine
-	@description = This advanced 0.9375m engine includes darn near everything you would need for your Agena-A upper stage, except for fuel. And a payload. It does, however, include two monopropellant bottles, a full RCS attitude control system, and a fairly powerful vacuum engine.
-}
-@PART[bluedog_agenaAntenna] {
-	@title = Agena B81 Command Antenna
-}
-@PART[bluedog_AgenaD] {
-	@title = Bell XLR81-BA-9 Liquid Fuel Engine
-	@description = This advanced 0.9375m engine includes darn near everything you would need for your Agena-B/D upper stages, except for fuel. And a payload. It does, however, include four monopropellant bottles, a full RCS attitude control system, a monopropellant fuel cell, and a powerful vacuum engine. The sides of the truss section can be fitted with solar panels, "Hustler" secondary mono engines, or even subsatellites, depending on the mission profile.
-}
-@PART[bluedog_agenaLongTank] {
-	@title = Agena-200 Liquid Fuel Tank
-	@description = Long 0.9375m upper stage fuel tank for the Agena-D upper stage system.
-}
-@PART[bluedog_agenaLongWhiteTank] {
-	@title = Agena-200W Liquid Fuel Tank
-	@description = Long 0.9375m upper stage fuel tank for the Agena-B upper stage.
-}
-@PART[bluedog_agenaMediumTank] {
-	@title = Agena-140 Liquid Fuel Tank
-	@description = Medium 0.9375m upper stage fuel tank for the Agena upper stage system.
-}
-@PART[bluedog_agenaNoseCone] {
-	@title = Agena Nose Cone
-	@description = This nose cone is designed to go over the nose of the Agena Docking Adapter. It can also be used for any task which requires a 0.9375m cone.
-}
-@PART[bluedog_agenaPort] {
-	@title = Agena Docking Port
-	@description = This special docking port is designed to capture the Gemini nose cone's docking mechanism. The simple mechanical connection won't even allow you to transfer resources, much less crew, but it will securely attach two vessels together, for berthing or travel. 
-}
-@PART[bluedog_agenaProbeCore] {
-	@title = Agena TRU Telemetry Response Unit
-	@description = To ensure the standards of quality expected of Bluedog Design Bureau products, our engineers have developed this component for the Agena upper stage. A fully functioning autonomous command module, it allows an Agena stage to control itself for tasks such as disposal and spying on foreign powers. It has integrated batteries and a reaction wheel.
-}
-@PART[bluedog_agenaSecondaryEngine] {
-	@title = Agena-D-4 "Hustler" Secondary Engine
-	@description = Secondary liquid engines for the Agena upper stage system. Attach to the gap in the truss on the Agena-D for intended use. Unintended use is not covered under warranty, but is encouraged. Includes a supply of LFO. Note: these engines do not crossfeed and will shutdown when the internal tank runs dry. The tanks may be manually replenished using fuel transfer.
-}
-@PART[bluedog_agenaShortTank] {
-	@title = Agena-100W Liquid Fuel Tank
-	@description = Short 0.9375m upper stage fuel tank for the Agena upper stage system.
-}
-@PART[bluedog_MOL_Propellant] {
-	@title = MOL-PS-80 Monopropellant Storage Unit
-	@description = Monopropellant storage derived from the tanks on the Agena-D engine.
-}
-@PART[bluedog_agenaShortTankM] {
-	@title = Agena-100 Liquid Fuel Tank
-	@description = Short 0.9375m upper stage fuel tank for the Agena upper stage system.
-}
-@PART[bluedog_Agena_ResupplyContainer] {
-	@title = Agena-ORM Orbital Resupply Module
-	@description = 0.9375m storage module for Agena-based resupply vehicles. While it doesn't carry much in the way of supplies, it can be fitted onto Agena upper stages with a minimum of modification, and can be launched on cheaper launchers.
-}
-
-// Probes
-@PART[bluedog_domeAntenna] {
-	@title = Dome Antenna
-}
-@PART[bluedog_LOantenna] {
-	@title = Lunar Orbiter Omni Antenna
-}
-@PART[bluedog_LOdish] {
-	@title = Lunar Orbiter Communications Dish
-}
-@PART[bluedog_mariner2Antenna] {
-	@title = Ranger Antenna
-}
-@PART[bluedog_mariner4Antenna] {
-	@title = Mariner Omni Antenna
-}
-@PART[bluedog_mariner4Dish] {
-	@title = Mariner Communications Dish
-}
-@PART[bluedog_rangerDish] {
-	@title = Ranger Communications Dish
-}
-@PART[bluedog_solarAntenna] {
-	@title = Vanguard Solar Antenna
-}
-@PART[bluedog_telstar] {
-	@title = Telstar Helical Antenna
-}
-@PART[bluedog_Pioneer1] {
-	@title = Pioneer 0-2 Probe Core
-}
-@PART[bluedog_Pioneer4] {
-	@title = Pioneer 3-4 Probe Core
-}
-@PART[bluedog_explorer7probe] {
-	@title = Explorer 7 Probe Core
-}
-@PART[bluedog_loEngine] {
-	@title = Lunar Orbiter Propulsion System
-}
-@PART[bluedog_pioneerSolar] {
-	@title = Pioneer Solar Panel
-}
-@PART[bluedog_rangerBattery] {
-	@title = Ranger Battery Pack
-	@description = Small capacity radial battery for probes. The white dust cover is meant to face out to protect the part - not the black battery. It will last you long enough to reach, say, a moon. (Note: Warranty void if used near a moon)
-}
-@PART[bluedog_rangerCore] {
-	@title = Ranger Probe Core
-}
-@PART[bluedog_rangerSolar] {
-	@title = Ranger Solar Panel
-}
-@PART[bluedog_veneraProbe] {
-	@title = Venera Probe Core
-}
-// Explorer
-@PART[bluedog_Explorer1] {
-	@title = Explorer 1
-}
-@PART[bluedog_Sargent_11x] {
-	@title = MGM-29-11 "Undecuple Sergeant" Solid Rocket Booster
-	@description = A cluster of 11 Sergeant solid rocket motors. It features the SafeSolid™ system, allowing the engine to be shut down in flight, allowing for more accurate orbital insertions and manuevers.
-}
-@PART[bluedog_Sargent_3x] {
-	@title = MGM-29-3 "Triple Sergeant" Solid Rocket Booster
-	@description = A cluster of 3 Sergeant solid rocket motors.  It features the SafeSolid™ system, allowing the engine to be shut down in flight, allowing for more accurate orbital insertions and manuevers.
-}
-@PART[bluedog_Sargent_1x] {
-	@title = MGM-29 "Sergeant" Solid Rocket Booster
-	@description = Small 0.125m solid rocket booster. It features the SafeSolid™ system, allowing the engine to be shut down in flight, allowing for more accurate orbital insertions and manuevers.
-}
-@PART[bluedog_Sargent_11xDecoupler] {
-	@title = Sergeant 0.625m Hollow Decoupler
-	@description = Small 0.625m decoupler with a hole in the middle. Used on the Explorer/Sergeant stack between the 3x and 11x stages. Attach to the hidden node at the top of the 3x motors, then attach the 11x motor to this.
-}
-@PART[bluedog_Sargent_1xDecoupler] {
-	@title = BDD-0001 Sergeant 0.125m Tiny Decoupler
-}
-@PART[bluedog_Sargent_3xDecoupler] {
-	@title = BDD-0025 Sergeant 0.3125m Decoupler
-	@description = Small 0.3125m decoupler. Used on the Explorer/Sergeant stack between the 1x and 3x stages.
-}
-
-// Atlas
-@PART[bluedog_atlas1AdapterTank] {
-	@title = Atlas-D-A1-700 Liquid Fuel Tank
-	@description = 1.25m adapter fuel tank for the Atlas-D 1.875m launcher.
-}
-@PART[bluedog_atlas1LongTank] {
-	@title = Atlas-D-A4-2200 Liquid Fuel Tank
-	@description = Long fuel tank for the Atlas-D launcher. You'll need to attach the adapter tank on to the bottom before mounting the fairing.
-}
-@PART[bluedog_atlas1MediumTank] {
-	@title = Atlas-D-A3-1200 Liquid Fuel Tank
-	@description = Medium fuel tank for the Atlas-D launcher.
-}
-@PART[bluedog_atlas1ShortTank] {
-	@title = Atlas-D-A2-600 Liquid Fuel Tank
-	@description = Short fuel tank for the Atlas-D launcher.
-}
-@PART[bluedog_atlasBooster] {
-	@title = XLR-89-5 Atlas Booster Engine
-	@description = Simple, reliable 1.25m lifter engine.
-}
-@PART[bluedog_atlasBoosterFairing] {
-	@title = Atlas Booster Fairing
-	@description = Fairing for covering the booster engines on Atlas rockets. Attach the booster engines to the two side nodes, and stage them away once you no longer need the thrust.
-}
-@PART[bluedog_atlasFairingAdapterTank] {
-	@title = Atlas-D-A5-500 Adapter Fuel Tank
-	@description = Fuel tank that incorporates special nodes for stage-and-a-half designs. Attach the booster fairing to the node in the middle of this tank, and the sustainer to the bottom.
-}
-@PART[bluedog_atlasSustainer] {
-	@title = XLR-105-5 Atlas Sustainer Engine
-	@description = This lifter engine is nearly unique in that it is optimized for vacuum flight instead of the low atmosphere.
-}
-@PART[bluedog_atlasVernier] {
-	@title = Atlas LR-101 Vernier Engine
-	@description = Vernier engine, helps keep your craft under control.
-}
-@PART[bluedog_stackVernier] {
-	@title = LR-101 Liquid Engine
-	@description = An engineer noticed that the LR-101 was small enough to be mountable on a probe. That was all it took to get this little engine made.
-}
-// Atlas V
-@PART[bluedog_AtlasV_RD180] {
-	@title = Atlas V RD-180 Liquid Engine
-	@description = BDB's entry into the arena of heavy lift engines, the Muo-2207 employs two thrusters instead of one, giving it more power and control. When smaller rockets see it, they do a 180 and walk away.
-}
-@PART[bluedog_AtlasVCCB_LowerTank] {
-	@title = Atlas-VA2-5300 Fuel Tank
-	@description = A big engine needs a big orange tank. We don't know why they need to be orange, we just do what the other kids do. What's that about a bridge?
-}
-@PART[bluedog_AtlasVCCB_UpperTank] {
-	@title = Atlas-VA1-7700 Fuel Tank
-	@description = Sometimes, your regular long orange tank just isn't enough. For those times, you bring in the big kahuna: the Atlas-7700.
-}
-
-// Vega
-@PART[bluedog_Vega_Avionics] {
-	@title = Vega-100 Avionics & Control Block
-	@description = Avionics block for the Vega upper stage.
-}
-@PART[bluedog_Vega_Engine] {
-	@title = Vega GE-405H Liquid Engine
-	@description = One of the first large upper stages designed, the Vega was meant be an interim upper stage until the Centaur came online. After the secret military upper stage Agena was made available for sale to space programs, development of the Vega was abandoned until investors paid for its conclusion. The 405H is a modified version of the 'Vanguard' engine, and so lacks the efficiency of a dedicated upper stage.
-}
-@PART[bluedog_Vega_EngineMount] {
-	@title = Vega-140 Engine Mount
-	@description = 1.875m engine mount for the Vega upper stage. Includes built in cold-gas RCS thrusters, which feed from the pressurization tanks. Compatible with Centaur structural interstages, which attach to the hidden node in the mount.
-}
-@PART[bluedog_Vega_Tankage] {
-	@title = Vega-280 Liquid Fuel Tank
-	@description = 1.875m tankage for the Vega upper stage.
-}
-
-// Centaur
-//Centaur-D
-@PART[bluedog_centaur1875mAdapterFairing] {
-	@title = Centaur Interstage Decoupler
-	@description = Bottom part of a Centaur stage. Attach to the node at the bottom of the top rim on the Centaur mounting plate. This one is 1.875m. Includes a decoupler.
-}
-@PART[bluedog_centaur25mAdapterFairing] {
-	@title = Centaur Interstage Decoupler
-	@description = Bottom part of a Centaur stage. Attach to the node at the bottom of the top rim on the Centaur mounting plate. This one goes to 2.5m. Includes a decoupler.
-}
-@PART[bluedog_Centaur_Avionics] {
-	@title = Centaur-INU Inertial Navigation System
-	@description = Avionics segment for the Centaur upper stage, includes a control core, reaction wheels, and batteries. It also serves as the structural adapter for the payload.
-}
-@PART[bluedog_Centaur_EngineMountA] {
-	@title = Centaur Engine Mounting Plate
-	@description = Mounting plate for attaching upper stage engines to 1.875m tanks. Includes a node just below the top rim for attaching the interstage fairing. Used primarily on the Centaur-D and Centaur-V upper stage.
-}
-@PART[bluedog_Centaur_FairingBase] {
-	@title = Centaur 1.875m Fairing Base
-	@description = 1.875m fairing base, originally intended for use in the Centaur-D upper stage, but useful for any 1.875m stack.
-}
-@PART[bluedog_Centaur_LargeRCS] {
-	@title = Centaur-CRB2 3-Way Large RCS Block
-	@description = Three way RCS block for the Centaur stages. Place one on each of the mounting blocks on either side of the engine mount. This one integrates an extra thruster for more power.
-}
-@PART[bluedog_Centaur_RL10] {
-	@title = RL-10 "Centaur" Liquid Engine
-	@description = Centaur upper stage engine.
-}
-@PART[bluedog_Centaur_SmallRCS] {
-	@title = Centaur-CRB 3-Way RCS Block
-	@description = Three way RCS block for the Centaur stages. Place one on each of the mounting blocks on either side of the engine mount. 
-}
-@PART[bluedog_Centaur_Tank] {
-	@title = Centaur-D-1300 Cryogenic Tank
-	@description = 1.875m LHO tank for the Centaur-D upper stage.
-}
-// Centaur-G/T
-@PART[bluedog_CentaurT_AdapterTank] {
-	@title = Centaur-T-540 Adapter Tank
-	@description = 1.875m to 2.5m adapter tank for the Centaur G, G', and T upper stages.
-}
-@PART[bluedog_CentaurT_ShortTank] {
-	@title = Centaur-T-520 Fuel Tank (1.875m)
-	@description = Short 1.875m tank for the Centaur G' and T upper stages.
-}
-@PART[bluedog_CentaurT_WideTank] {
-	@title = Centaur-T-700 Fuel Tank (2.5m)
-	@description = Short 2.5m tank for the Centaur G, G', and T upper stages.
-}
-@PART[bluedog_CentaurT_Avionics] {
-	@title = Centaur-T Guidance System
-	@description = Avionics segment for the Inon G/G'/T upper stages, includes a control core, reaction wheels, and batteries. It also serves as the structural adapter for the payload.
-}
-@PART[] {
-	@title = 
-	@description = 
-}
-// Deprecated/unfinished
-@PART[bluedog_Centaur_RL10B] {
-	@title = Centaur RL-10B Liquid Engine (Unfinished)
-}
-
-// Delta
-@PART[bluedog_Delta2_LowerMainTank] {
-	@title = Delta-II-2200 Liquid Fuel Tank
-	@description = Lower 1.5m tank for the Delta II rocket.
-}
-@PART[bluedog_Delta2_RS27] {
-	@title = Delta-RS-27A Liquid Engine
-	@description = A development of the venerable S-3D engine, the RS-27A is both more powerful and more efficient. The perfect engine for a new family of rockets based on old designs.
-}
-@PART[bluedog_Delta2_UpperMainTank] {
-	@title = Delta-II-1500 Liquid Fuel Tank
-	@description = Upper 1.5m tank for the Delta II rocket.
-}
-@PART[bluedog_Delta_GEM40] {
-	@title = Delta-II-GEM-40 "Ruby" Solid Rocket Booster
-	@description = An evolution of the Castor booster design, the Ruby utilizes new production methods, making it one of the most advanced SRBs ever built. Despite this, it remains a cost effective way to add thrust to rockets.
-}
-@PART[bluedog_Delta_GEM46] {
-	@title = Delta-II-GEM-46 "Emerald" Solid Rocket Booster
-	@description = This GEM series rocket is slightly bigger than the Ruby, and includes a vectoring nozzle to help keep the rocket pointing straight.
-}
-@PART[bluedog_Delta_GEM60] {
-	@title = Delta-II-GEM-60 "Sapphire" Solid Rocket Booster
-	@description = The most advanced booster in the GEM line, the Sapphire is also the biggest. It features an extended 0.9375m case as well as a vectoring nozzle.
-}
-@PART[bluedog_DeltaK_AJ10] {
-	@title = Delta-K AJ10-118K Liquid Engine
-	@description = Main engine for the Delta-K upper stage. A further advancement on the 'Able' engine line. This one has a very large engine bell.
-}
-@PART[bluedog_DeltaK_FairingTank] {
-	@title = Delta-K-2-70 Fairing Adapter Tank
-	@description = This 0.9375m fuel tank is the core of the Delta-K upper stage. Includes an integrated 1.5m fairing base ring. Place below the short tank.
-}
-@PART[bluedog_DeltaK_Interstage] {
-	@title = Delta-K Interstage Decoupler
-	@description = 1.5m Interstage decoupler for the Delta-K upper stage. Attach to the bottom node of the engine.
-}
-@PART[bluedog_DeltaK_LongTank] {
-	@title = Delta-K-3-90 Liquid Fuel Tank
-	@description = Long 0.9375 fuel tank for the Daleth-K upper stage. Place below the fairing tank.
-}
-@PART[bluedog_DeltaK_LowerTank] {
-	@title = Delta-K-4-50 Liquid Fuel Tank
-	@description = Lower 0.9375m to 0.625m adapter tank for the Delta-K upper stage. Place below the long tank. Includes monopropellant for attitude thrusters (included).
-}
-@PART[bluedog_DeltaK_ShortTank] {
-	@title = Delta-K-1-30 Liquid Fuel Tank
-	@description = Short 0.9375m upper stage fuel tank for the Delta-II rocket. Place below your payload.
-}
-
-// Diamant
-@PART[bluedog_Diamant_Adapter] {
-	@title = Diamant-6SA Structural Adapter
-	@description = Structural adapter for the Diamant A and B rockets. Transitions the stack from 1.25m to 0.625m.
-}
-@PART[bluedog_Diamant_Fin] {
-	@title = Diamant Aerodynamic Vernier
-	@description = This aerodynamic fin has a small exhaust vernier mounted on the tip of the fin, giving it more leverage over the control of your rocket.
-}
-@PART[bluedog_Diamant_Rita] {
-	@title = Diamant-P4 "Rita" Solid Rocket
-	@description = The Rita is a large upper stage solid with a vacuum optimized nozzle. It was originally used as the second stage on the Diamant BP4 rocket. It features the SafeSolid™ system, allowing the engine to be shut down in flight, allowing for more accurate orbital insertions and manuevers.
-}
-@PART[bluedog_Diamant_Rubis] {
-	@title = Diamant-P6 "Rubis" Solid Rocket
-	@description = The Rubis is a small upper stage solid with a vacuum optimized nozzle. It was originally used as the third stage on the Diamant A, B, and BP4 rockets. It features the SafeSolid™ system, allowing the engine to be shut down in flight, allowing for more accurate orbital insertions and manuevers.
-}
-@PART[bluedog_Diamant_Topaze] {
-	@title = Diamant-2 "Topaze" Solid Rocket Booster
-	@description = This upper stage solid booster has four gimballed nozzles feeding from a single thrust chamber. This allows it to have a great deal of control. It was originally intended to be the second stage of the Diamant A and B rockets. It features the SafeSolid™ system, allowing the engine to be shut down in flight, allowing for more accurate orbital insertions and manuevers.
-}
-@PART[bluedog_Diamant_Vexin] {
-	@title = Diamant-1 "Vexin" Liquid Fuel Engine
-	@description = The Vexin engine is one of the first liquid engines developed by Bluedog Design Bureau. Meant to be part of the fledgling Diamant rocket, it has more thrust than comparable engines such as the Sandstone. However, it is more expensive.
-}
-@PART[bluedog_Diamant_TankA] {
-	@title = Diamant-1000 Liquid Fuel Tank
-	@description = Primary fuel tank for the Diamant A, B, and BP4 rockets.
-}
-@PART[bluedog_Diamant_TankB] {
-	@title = Diamant-500 Liquid Fuel Tank
-	@description = 1.25m fuel tank. Originally used to extend the Diamant A's first stage to create the Diamant B and BP4 rockets.
-}
-@PART[bluedog_Diamant_Asterix] {
-	@title = Asterix Probe Core
-}
-@PART[bluedog_Diamant_Diapason] {
-	@title = Diapason Probe Core
-}
-@PART[bluedog_Diamant_DiapasonSolar] {
-	@title = Diapason Solar Panel
-}
-
-// Able
-@PART[bluedog_ableEngine] {
-	@title = AJ10-40 "Able" Liquid Engine
-}
-@PART[bluedog_ableFairing] {
-	@title = BDF-0050-0075 Able 0.625m-0.9375m Fairing Base
-}
-@PART[bluedog_ablestarEngine] {
-	@title = AJ10-104 "Ablestar" Liquid Engine
-	@description = This uprated Able engine has higher numbers across the board - size, power, weight, efficiency, cost. Includes hardware for mounting in a 0.9375m stack.
-}
-@PART[bluedog_ablestarTank] {
-	@title = Ablestar-180 Liquid Fuel Tank
-	@description = Medium length 0.9375m fuel tank originally intended for the Ablestar upper stage.
-}
-@PART[bluedog_ableTank] {
-	@title = Able-100 Liquid Fuel Tank
-	@description = Long lightweight 0.625m upper stage tank for the Able upper stage.
-}
-
-// Thor
-@PART[bluedog_castorSRB] {
-	@title = Thor Castor-1 Solid Rocket Booster
-}
-@PART[bluedog_thorEngine] {
-	@title = S-3D "Thor" Liquid Engine
-	@description = Flagship engine of a new class of rocket, the Thor is a 1.5m lifter engine that includes two vernier thrusters.
-}
-@PART[bluedog_thorEngineFairing] {
-	@title = BSF-0120 - Thor Engine Fairing
-}
-@PART[bluedog_thorFin] {
-	@title = Thor-TF Aerodynamic Fin
-}
-@PART[bluedog_thorLongAdapter] {
-	@title = Fenris-860 Adapter Fuel Tank
-}
-@PART[bluedog_thorLongTank] {
-	@title = Thor-880 Liquid Fuel Tank
-}
-@PART[bluedog_thorShortAdapter] {
-	@title = Fenris-380 Adapter Fuel Tank
-}
-@PART[bluedog_thorShortTank] {
-	@title = Thor-460 Liquid Fuel Tank
-}
-@PART[bluedog_thorXLtank] {
-	@title = Thor-2700 Liquid Fuel Tank
-}
-@PART[bluedog_trapezoidFin] {
-	@title = Fenris-TRPF Aerodynamic Stabilizer
-}
-
-// Vanguard
-@PART[bluedog_navahoEngine] {
-	@title = X-405-3 "Navaho" Liquid Engine
-	@description = Experimentations with the Vanguard engine also resulted in this bizarre contraption - the Dine. Essentially it is three thrust chambers strapped together. Thrust is significantly improved, but efficiency is nothing to write home about.
-}
-@PART[bluedog_shortableTank] {
-	@title = Vanguard-60 Liquid Fuel Tank
-}
-@PART[bluedog_vanguardEngine] {
-	@title = X-405 "Vanguard" Liquid Engine
-	@description = Congratulations on being chosen to lead the program! To celebrate, we've provided you with our first attempt at a liquid fuel rocket engine! This 0.9375m lifter engine may not be much, but it's a start!
-}
-@PART[bluedog_vanguardTank] {
-	@title = Vanguard-800 Liquid Fuel Tank
-}
-
-// Redstone
-@PART[bluedog_redstone] {
-	@title = A-7 "Redstone" Liquid Fuel Engine
-	@description = In a past life, this engine was used to fling warheads at our enemies. Now it keeps us from paying them for rockets. While not particularly high in thrust, it makes up for it by being cheap and somewhat efficient.
-}
-@PART[bluedog_redstoneCS] {
-	@title = Redstone Control Surface
-}
-@PART[bluedog_RedstoneLongTank] {
-	@title = Jupiter-1400 Liquid Fuel Tank
-}
-@PART[bluedog_RedstoneShortTank] {
-	@title = Jupiter-500 Liquid Fuel Tank
-}
-
-// Juno
-@PART[bluedog_Juno_Engine45K] {
-	@title = Juno-45K Liquid Engine
-	@description = This is a lightweight upper stage engine, developed to extend the capability of the Juno rocket. It shares common hardware with the less powerful 6K engine. It has gimballing capability, and spreads its thrust over not just the main engine, but four independently gimballing verniers. Originally intended for the Juno IVB second stage. 
-}
-@PART[bluedog_Juno_Engine6K] {
-	@title = Juno-6K Liquid Engine
-	@description = This is a lightweight upper stage engine, developed to extend the capability of the Juno rocket. It shares common hardware with the more powerful 45K engine. It does not gimbal, but has two verniers. Originally intended for the Juno IVA second stage, and the Juno IVB third stage.
-}
-@PART[bluedog_Juno_EngineFairing] {
-	@title = BSF-0120 - Juno Engine Fairing
-}
-@PART[bluedog_Juno_EngineS3D] {
-	@title = S-3D "Juno" Liquid Engine
-	@description = 
-}
-@PART[bluedog_Juno_EngineVernier] {
-	@title = Juno Vernier Exhaust Engine
-}
-@PART[bluedog_Juno_LowerTank1] {
-	@title = Juno-L1200 Liquid Fuel Tank
-	@description = Long 1.5m fuel tank originally intended as the lower segment of the Juno rocket first stage.
-}
-@PART[bluedog_Juno_LowerTank2] {
-	@title = Juno-L700 Liquid Fuel Tank
-	@description = Short 1.5m fuel tank originally intended as the top segment of the Juno rocket first stage.
-}
-@PART[bluedog_Juno_UpperTank1] {
-	@title = Juno-U700 Liquid Fuel Tank
-	@description = Long 1.25m fuel tank. Originally intended for the Juno IVB second stage.
-}
-@PART[bluedog_Juno_UpperTank2] {
-	@title = Juno-U320 Liquid Fuel Tank
-	@description = Long 1.25m fuel tank with a 0.9375m upper node. Originally intended for the Juno IVA second stage, and the Juno IVB third stage.
-}
-
-// Saturn
-// Saturn I
-@PART[bluedog_H1C] {
-	@title = Saturn H-1C Liquid Engine
-	@description = An upgrade over the ageing S-3D, this 1.25m lifter engine saves weight by removing the gimbal hardware. Good for adding TWR to a launcher, but make sure that you have some other form of control.
-}
-@PART[bluedog_H1D] {
-	@title = Saturn H-1D Liquid Engine
-	@description = An upgrade over the ageing S-3D, this 1.25m lifter engine has high aspirations.
-}
-@PART[bluedog_Saturn_S1_AdvancedFin] {
-	@title = Saturn IB Advanced Aerodynamic Surface
-}
-@PART[bluedog_Saturn_S1_EngineMount] {
-	@title = Saturn I S-I Engine Mount
-	@description = Structural base with mounting points for the 8 first stage engines of the Saturn S1. Place 4 H-1C engines in the center, followed by 4 H-1D engines in the outboard mounts.
-}
-@PART[bluedog_Saturn_S1_LargeFin] {
-	@title = Saturn I Large Aerodynamic Surface
-	@description = Large fins for Saturn SI stage.
-}
-@PART[bluedog_Saturn_S1_Retro] {
-	@title = Saturn I Retro Motor
-}
-@PART[bluedog_Saturn_S1_SmallFin] {
-	@title = Saturn I Small Aerodynamic Surface
-}
-@PART[bluedog_Saturn_S1_Tankage] {
-	@title = Saturn-13900 S-I Liquid Fuel Tank
-	@description = LFO tank for the Saturn-S1 first stage, made up of eight modified Redstobe fuel tanks wrapped around a modified Juno fuel tank. The design saves on cost, but doesn't have the highest mass efficiency. 
-}
-@PART[bluedog_Saturn_S1E_EngineMount] {
-	@title = Saturn IC S-IE Engine Mount
-	@description = 3.75m structural engine mount for the Saturn S-IE stage. Mount an H-1 engine in the center, and two LR-101 verniers to the outside for roll control.
-}
-@PART[bluedog_Saturn_S1E_Tankage] {
-	@title = Saturn IC S-IE Liquid Fuel Tank
-	@description = Developed to replace the clustered tank of the Saturn S1 first tank, this tank is a bit lighter and has a bit more fuel, while keeping the same length.
-}
-@PART[bluedog_Saturn_25mFairingBase] {
-	@title = BDF-0200 Saturn I Fairing Base
-	@description = 2.5m fairing base for Saturn rockets.
-}
-@PART[bluedog_Saturn_3125mFairingBase] {
-	@title = BDF-0250 Saturn I Fairing Base
-	@description = 3.125m fairing base for Saturn rockets.
-}
-@PART[bluedog_Saturn_S4_AdapterTank] {
-	@title = Saturn-2200 S-IV Liquid Fuel Tank
-	@description = 3.125m to 2.5m LHO adapter tank for the Saturn-SIV second stage.
-}
-@PART[bluedog_Saturn_S4_EngineMount] {
-	@title = Saturn I S-IV Engine Mount
-	@description = Mounting plate for the 6 second stage engines of the Saturn SIV upper stage. Place an RL-10 engine on all 6 mounting points.
-}
-@PART[bluedog_Saturn_S4_InstrumentUnit] {
-	@title = Saturn I S-IV Instrumentation Unit
-	@description = 2.5m instrument unit for the Saturn SIV upper stage. Contains enough torque to control large rockets, and the batteries to keep them running.
-}
-@PART[bluedog_Saturn_S4_Interstage] {
-	@title = BDI-0250 - Saturn I S-IV Interstage
-	@description = 3.125m Interstage for the Satutn-S4 stage. Attach to the hidden node inside the S-4 engine mounting plate.
-}
-@PART[bluedog_Saturn_S4_Tankage] {
-	@title = Saturn-3200 S-IV Liquid Fuel Tank
-	@description = LHO tank for the Saturn-SIV second stage. Disable the shroud to get rid of the fuel tank connectors if you're using it for a non-standard purpose.
-}
-@PART[bluedog_Saturn_S4_Ullage] {
-	@title = Saturn S-IV Ullage Motor
-}
-@PART[bluedog_Saturn_S4B_Interstage] {
-	@title = BDI-0300 Saturn IB S-IVB Interstage
-	@description = 3.75m Interstage for the Saturn S-IVB upper stage. Attach to the bottom rim of the mounting plate, once the engine has been attached. It includes 4 solid retro motors that fire when staged, to pull the previous stage away from the upper stage.
-}
-// Saturn V
-@PART[bluedog_F1] {
-	@title = Saturn F-1 Liquid Engine
-	@description = The most powerful single-chamber engine ever constructed, the F-1 is a powerful engine for the most powerful of rockets.
-}
-@PART[bluedog_F1A] {
-	@title = Saturn F-1A Liquid Engine
-	@description = The most powerful single-chamber engine ever constructed, the F-1A is a powerful engine for the most powerful of rockets.
-}
-@PART[bluedog_J2] {
-	@title = Saturn J-2 Cryogenic Engine
-	@description = After Centaur-derived upper stages proved too weak for large launchers, a new high-powered, high efficiency vacuum engine was created. While it sacrifices a bit of efficiency, the thrust to weight ratio is better for lifting upper stages. 
-}
-@PART[bluedog_J2S] {
-	@title = Saturn J-2S Cryogenic Engine
-	@description = After Centaur-derived upper stages proved too weak for large launchers, a new high-powered, high efficiency vacuum engine was created. While it sacrifices a bit of efficiency, the thrust to weight ratio is better for lifting upper stages. 
-}
-@PART[bluedog_J2_Toroidal] {
-	@title = J-2T Toroidal Cryogenic Aerospike
-	@description = A development of the J-2 engine, the J-2T reuses a number of components such as turbopumps, while exchanging the bell-shaped thrust chamber for an annular aerospike. The result is a slightly lighter engine, with higher ISP. Unlike some aerospikes, it is able to perform limited gimbaling using differential thrust.
-}
-@PART[bluedog_J2_Toroidal250K] {
-	@title = J-2T250K Cryogenic Aerospike
-	@description = A further development of the J-2 engine, the J-2T reuses a number of components such as turbopumps, while exchanging the bell-shaped thrust chamber for an annular aerospike. The result is a slightly lighter engine, with higher ISP. Unlike some aerospikes, it is able to perform limited gimbaling using differential thrust.
-}
-@PART[bluedog_Saturn_S1C_56mDecoupler] {
-	@title = BDD-0450 Saturn V S-1C 5.625m Stack Decoupler
-	@description = Thin stack decoupler for 5.625m core stages. In the Saturn SV configuration, attach underneath the S-II interstage. Once the S-IC is pulled away, fire the S-II ullage motors, ignite the 5 second stage engines, and then separate the interstage after ullage burnout.
-}
-@PART[bluedog_Saturn_S1C_EngineMount] {
-	@title = Saturn V S-1C Engine Mount
-	@description = Massive engine mount for the Saturn SV first stage, designated S-IC. Includes mounting points for the 5 H-1 engines and 4 aerodynamic stabilizing fins. And includes retro solids to pull the first stage back during staging.
-}
-@PART[bluedog_Saturn_S1C_Fin] {
-	@title = Saturn V Aerodynamic Fin
-	@description = This large aerodynamic fin is small compared to the massive Saturn S5 that it attaches to.
-}
-@PART[bluedog_Saturn_S1C_Tankage] {
-	@title = Saturn-70K S-1C Liquid Fuel Tank
-}
-@PART[bluedog_Saturn_S2_5625mFairingBase] {
-	@title = BDF-0450 Saturn V 5.625m Fairing Base
-	@description = 5.625m fairing base for Saturn rockets.
-}
-@PART[bluedog_Saturn_S2_EngineMount] {
-	@title = Saturn-47K S-II Engine Mount
-	@description = Mounting plate for the 5 J-2 engines that make up the S-II stage. The upper attach node is doubled. Attach it to the tank, then attach the interstage to the top of the engine mount once you've added the engines.
-}
-@PART[bluedog_Saturn_S2_Interstage] {
-	@title = BDI-0450 Saturn V S-II Interstage
-	@description = 5.625m Interstage decoupler for the Saturn S-II stage. Attach this to the S-II engine mount, then attach the S-II ullage motors.
-}
-@PART[bluedog_Saturn_S2_Tankage] {
-	@title = Saturn V S-II Cryogenic Tank
-}
-@PART[bluedog_Saturn_S2_Ullage] {
-	@title = Saturn V S-II Ullage Motor
-}
-@PART[bluedog_Saturn_S4B_375mFairingBase] {
-	@title = BDF-0300 Saturn S-IVB Fairing Base
-	@description = 3.75m fairing base for Saturn rockets.
-}
-@PART[bluedog_Saturn_S4B_APS] {
-	@title = Saturn S-IVB Auxilary Propulsion System
-	@description = A large thruster arrangement for controlling the attitude of the Saturn S-IVB stage. It's equally good at trimming orbital hights!
-}
-@PART[bluedog_Saturn_S4B_EngineMount] {
-	@title = Saturn S-IVB Engine Mount
-	@description = Engine mount for a single J-2 cryogenic upper stage engine. Mount Saturn APS units and small ullage motors for the complete package.
-}
-@PART[bluedog_Saturn_S4B_InstrumentUnit] {
-	@title = Saturn S-IVB Instrument Unit
-	@description = 3.75m instrument unit for the Saturn S-IVB upper stage. Contains enough torque to control large rockets, and the batteries to keep them running.
-}
-@PART[bluedog_Saturn_S4B_SLA] {
-	@title = Saturn SLA Spacecraft Lunar Module Adapter
-	@description = This 3.75m to 2.5m adapter opens in four 'petals' to separate the Apollo Service Engine's hidden attach node from a Saturn stack. Staging the decoupler opens the petals and releases the CSM. The Apollo is attached to the payload structure on the inside. Manually decouple the Lem once the transposition and docking manuever is complete.
-}
-@PART[bluedog_Saturn_S4B_SLA_Full] {
-	@title = Saturn SLA-F Petal Fairing
-	@description = A modification of the Spacecraft Lunar Module Adapter, this petal adapter is closed at the top, to carry cargo payloads, probes, or whatever else you can think of.
-}
-@PART[bluedog_Saturn_S4B_Tankage] {
-	@title = Saturn-10K S-IVB Cryogenic Tank
-	@description = Medium sized 3.75m liquid hydrogen tank for upper stages.
-}
-@PART[bluedog_Saturn_S4B_WideInterstage] {
-	@title = BDI-0450-0300 Saturn V S-IVB Interstage Adapter
-	@description = 5.625m > 3.75m interstage fairing, attach to the bottom of the S-IVB engine mount. Functions as a decoupler and integrates solid retro motors to push away the previous stage.
-}
-
-// Titan
-// Titan I
-@PART[bluedog_Titan1_15mDecoupler] {
-	@title = BDD-0120 - Titan I 1.5m Stack Decoupler
-	@description = Standard 1.5m decoupler for the Titan I rocket.
-}
-@PART[bluedog_Titan1_15mFairing] {
-	@title = BDF-0120 - Titan I Fairing Base
-}
-@PART[bluedog_Titan1_FuelTank1] {
-	@title = Titan I-4000 Liquid Fuel Tank
-	@description = Long 1.875m fuel tank for the Titan I first stage.
-}
-@PART[bluedog_Titan1_FuelTank2] {
-	@title = Titan I-1300 Liquid Fuel Tank
-	@description = Long 1.5m fuel tank for the Titan I second stage.
-}
-@PART[bluedog_Titan1_FuelTank3] {
-	@title = Titan I-660 Liquid Fuel Tank
-	@description = Short 1.5m fuel tank for the Titan I second stage.
-}
-@PART[bluedog_Titan1_NoseProbe] {
-	@title = Titan I Anterior Probe Core
-	@description = This glorified nose cone includes guidance computers, a primitive SAS system, and a nuclear warhe- er, peaceful scientific equipment. Makes a nice hat for your civilian rocket being launched for the purpose of peaceful exploration of space.
-}
-@PART[bluedog_Titan1_SmallAdapter] {
-	@title = BDA-0120-0050 - Titan I Structural Adapter
-	@description = This structural adapter can be used to transition a stack's diameter from 1.5m to 0.625m.
-}
-@PART[bluedog_Titan1_BigAdapterShort] {
-	@title = BSA-0150-0120 - Titan I Structural Adapter
-}
-@PART[bluedog_Titan1_BigAdapterMedium] {
-	@title = Titan I-340 Liquid Fuel Tank
-}
-@PART[bluedog_LR87_15m] {
-	@title = Titan LR-87-X "Chiron" Liquid Engine
-	@description = Our engineers managed to cram the power of a Titan first stage engine into a 1.5m housing. It didn't do much for the efficiency.
-}
-@PART[bluedog_LR87_SingleChamber] {
-	@title = Titan LR-87-LH2 Cryogenic Engine
-	@description = Efficient 1.25m engine derived from the Titan I first stage engine.
-}
-@PART[bluedog_LR87_mod1] {
-	@title = Titan I LR-87-3 Liquid Engine
-	@description = Powerful 1.875m engine for the Titan I first stage. The upper shroud protects the engine from... something, though theoretically it protect the inner workings from exhaust and debris from strap on SRBs. It can be disabled to save weight, or if you are using this engine as an upper stage, such as the Chryslus-V configuration.
-}
-@PART[bluedog_LR91_mod1] {
-	@title = Titan I LR-91-3 Liquid Engine
-	@description = Powerful 1.5m second stage engine for the Titan I rocket. The nozzle doesn't gimbal, but it has 4 built in verniers.
-}
-@PART[bluedog_Soltan_Inline] {
-	@title = Titan SOLTAN-S Solid Rocket Booster
-	@description = Short 1.5 4-segment strap-on solid rocket booster for the Titan I. Not much ever came of the design, after we moved on to the bigger 1.875m boosters for Titan III. However, we keep them available for our more discerning customers. This one is meant to be the first stage of a stack, and thus doesn't have it's thrust offset for radial mounting. You have been warned.
-}
-@PART[bluedog_Soltan_Radial] {
-	@title = Titan I SOLTAN Solid Rocket Booster
-	@description = Short 1.5 4-segment strap-on solid rocket booster for the Titan I. Not much ever came of the design, after we moved on to the bigger 1.875m boosters for Titan III. However, we keep them available for our more discerning customers. Traditionally, these are fired on the launchpad, and the main stack's liquid first stage is fired 10 seconds before SRB burnout. But you've never been one to do things traditionally, have you?
-}
-@PART[bluedog_Soltan_SRBnose] {
-	@title = Titan I Separation Nosecone
-}
-// Titan II
-@PART[bluedog_LR87_mod2] {
-	@title = Titan II-III LR-87-7 Liquid Engine
-	@description = Powerful 1.875m engine for the Titan II first stage. The upper shroud protects the engine from the exhaust and debris of strap on solid boosters. It can be disabled to save weight if flying in a single core configuration, or if for some reason you are using this engine as an upper stage. Traditionally, Titan II rockets do not use the shroud, but the upgraded Titan III uses the same engine, and often flies with strap ons.
-}
-@PART[bluedog_LR91_mod2] {
-	@title = Titan II LR-91-7 Liquid Engine
-	@description = Powerful 1.875m second stage engine for the Titan II and III rockets.
-}
-@PART[bluedog_Titan2_17mFairing] {
-	@title = BDF-0136 Titan II Fairing Base
-}
-@PART[bluedog_Titan2_1875mDecoupler] {
-	@title = BDD-0150 - Titan II 1.875m Stack Decoupler
-	@description = Stack decoupler for the top of the Titan II, III and IV first stages.
-}
-@PART[bluedog_Titan2_FuelTank1] {
-	@title = Titan II-3000 Liquid Fuel Tank
-	@description = Long 1.875m fuel tank for the Titan II and III first stages.
-}
-@PART[bluedog_Titan2_FuelTank2] {
-	@title = Titan II-1900 Liquid Fuel Tank
-	@description = Medium length 1.875m fuel tank for the Titan II first stage.
-}
-@PART[bluedog_Titan2_FuelTank3] {
-	@title = Titan II-1100 Liquid Fuel Tank
-	@description = Medium length 1.875m fuel tank for the Titan II second stage.
-}
-@PART[bluedog_Titan2_FuelTank4] {
-	@title = Titan II-600 Liquid Fuel Tank
-	@description = Short 1.875m fuel tank for the Titan II second stage.
-}
-// Titan III
-@PART[bluedog_Titan_SRBnose] {
-	@title = Titan III Separatron Nosecone
-}
-@PART[bluedog_Titan_SRB2seg] {
-	@title = Titan III UA1202 Solid Rocket Booster
-	@description = 2-segment, 1.875m baby strap-on solid rocket booster for Titan rockets.
-}
-@PART[bluedog_Titan_SRB5seg] {
-	@title = Titan III UA1205 Solid Rocket Booster
-	@description = Short 1.875m 5-segment strap-on solid rocket booster for Titan rockets. Traditionally, these are fired on the launchpad, and the main stack's liquid first stage is fired 10 seconds before SRB burnout. But you've never been one to do things traditionally, have you?
-}
-@PART[bluedog_Titan_SRB5segStack] {
-	@title = Titan UA1205S Solid Rocket Booster
-	@description = Short 1.875m 5-segment solid rocket booster for Titan rockets. This one is meant to be the first stage of a stack, and thus doesn't have it's thrust offset for radial mounting. You have been warned.
-}
-@PART[bluedog_Titan_SRBseparator] {
-	@title = Titan III Separation Motor
-}
-@PART[bluedog_Titan_TranstageEngine] {
-	@title = Transtage AJ10-138 Liquid Engine
-	@description = A unique 1.875m upper stage engine. Rather than having ellipsoid fuel tanks stacked on top of one another, the oxidizer and liquid fuel are in long capsules that extend down on either side of the engine module. This gives the stage better overall fuel capacity. Propulsion is provided by two uprated Able engines.
-}
-@PART[bluedog_Titan_TranstageRCS] {
-	@title = Transtage Reaction Thruster Cluster
-	@description = The RCS thrusters from the Titan Transtage, ripped off for use elsewhere.
-}
-@PART[bluedog_Titan_TranstageTank] {
-	@title = Transtage-400 Liquid Fuel Tank
-	@description = This short 1.875m fuel tank was designed for the "Transtage" upper stage. It might not have the best fuel payload, but it does have some built in monopropellant. It's also fairly light for a tank of it's size. Be advised the tank defaults to only partially filling the monopropellant tanks - fill them up more if the tank is being used as a service module. Includes built in RCS blocks in aerodynamic shrouds.
-}
-// Titan IV
-@PART[bluedog_LR87_mod4] {
-	@title = Titan III-IV LR87-11 Liquid Engine
-	@description = Powerful 1.875m engine for the Titan III and IV first stages. The upper shroud protects the engine from the exhaust and debris of strap on solid boosters. It can be disabled to save weight, or if for some reason you are using this engine as an upper stage.
-}
-@PART[bluedog_LR91_mod4] {
-	@title = Titan III-IV LR-91-11 Liquid Engine
-	@description = Powerful 1.875m second stage engine for the Titan III and IV rockets.
-}
-@PART[bluedog_Titan4_FuelTank1] {
-	@title = Titan IV-2800 Liquid Fuel Tank
-	@description = Short 1.875m fuel tank for the Titan IV first stage.
-}
-@PART[bluedog_Titan4_FuelTank2] {
-	@title = Titan IV-3300 Liquid Fuel Tank
-	@description = Long 1.875m fuel tank for the Titan IV first stage.
-}
-@PART[bluedog_Titan4_FuelTank3] {
-	@title = Titan IV-1700 Liquid Fuel Tank
-	@description = Long 1.875m fuel tank for the Titan IV second stage.
-}
-@PART[bluedog_Titan_SRB7seg] {
-	@title = Titan III-IV UA1207 Solid Rocket Booster
-	@description = Long 1.875m 7-segment strap-on solid rocket booster for Titan rockets. Traditionally, these are fired on the launchpad, and the main stack's liquid first stage is fired 10 seconds before SRB burnout. But you've never been one to do things traditionally, have you?
-}
-@PART[bluedog_Titan_SRB7segStack] {
-	@title = Titan UA1207S Solid Rocket Booster
-	@description = Long 1.875m 7-segment solid rocket booster for Titan rockets. This one is meant to be the first stage of a stack, and thus doesn't have it's thrust offset for radial mounting. You have been warned.
-}
-@PART[bluedog_Titan_SRB3seg] {
-	@title = Titan IV Hercules USRM Solid Rocket Booster
-	@description = Advanced 1.875m 3-segment strap-on solid rocket booster for Titan rockets. Traditionally, these are fired on the launchpad, and the main stack's liquid first stage is fired 10 seconds before SRB burnout. But you've never been one to do things traditionally, have you?
-}
-
-// Scout
-@PART[bluedog_Algol] {
-	@title = Scout "Algol" Solid Rocket Booster
-}
-@PART[bluedog_CastorInline] {
-	@title = Scout TX-354-3 "Castor" Solid Rocket Motor
-}
-
-// Boosters (generic)
-@PART[bluedog_alcyone] {
-	@title = BE-3B1 "Alcyone" Solid Rocket Motor
-	@description = Alcyone-series solid rocket motor, model BE-3B1. Vacuum optimized nozzle, simpler and more reliable than liquid boosters. Includes 0.3125m mounting hardware. It features SafeSolid™ system, allowing the engine to be shut down in flight, allowing for more accurate orbital insertions and manuevers.
-}
-@PART[bluedog_Castor120] {
-	@title = Castor-120 "Athena" Solid Rocket Booster
-	@description = Developed from the venerable Castor 1 booster, this advanced 1.5m solid rocket booster has an atmosphere optimized nozzle for use as a first stage, or even a second stage if stacked on top of a second Castor 120. Originally used for the peaceful military task of deterrence, surplus boosters have been purchased, refurbished, and sold to you, our valued customer, at a discount. Some extra charges may apply. 
-}
-@PART[bluedog_Castor30] {
-	@title = Castor-30 "Taurus" Solid Rocket Booster
-	@description = Developed from the venerable Castor 1 booster, this large 1.5m upper stage booster is vacuum optimized for use in upper stages. It is essentially a shortened Athena with a slightly different fuel mixture and nozzle. It features our proprietary SafeSolid™ system, allowing the engine to be shut down in flight, allowing for more accurate orbital insertions and manuevers.
-}
-@PART[bluedog_HAPS] {
-	@title = HAPS "Pegasus" Upper Stage
-	@description = Hydrazine Auxiliary Propulsion System. Self contained upper stage for performing correction burns, orbital insertions, etc. Includes a spherical monopropellant tank, four small thrusters, and full three-axis attitude control.
-}
-@PART[bluedog_SuperHAPS] {
-	@title = MR-107 "Super HAPS" Upper Stage
-	@description = Big brother to the Hydrazine Auxiliary Propulsion System. Self contained upper stage for performing correction burns, orbital insertions, etc. Includes four spherical monopropellant tanks, twelve small thrusters, and full three-axis attitude control.
-}
-@PART[bluedog_star20] {
-	@title = Star-20A "Altair" Solid Rocket Motor
-	@description = Star-series solid rocket motor, model 20A. Vacuum optimized nozzle, simpler and more reliable than liquid boosters. Includes 0.3125m mounting hardware. It features the SafeSolid™ system, allowing the engine to be shut down in flight, allowing for more accurate orbital insertions and manuevers.
-}
-@PART[bluedog_star31] {
-	@title = Star-31 "Antares" Solid Rocket Motor
-	@description = Star-series solid rocket motor, model 31. Vacuum optimized nozzle, simpler and more reliable than liquid boosters. Includes 0.625m mounting hardware. It features the SafeSolid™ system, allowing the engine to be shut down in flight, allowing for more accurate orbital insertions and manuevers.
-}
-@PART[bluedog_star37] {
-	@title = Star-37F "Burner" Solid Rocket Motor
-	@description = Star-series solid rocket motor, model 37. Vacuum optimized nozzle, simpler and more reliable than liquid boosters. Includes lower mounting hardware for 0.9375m, and upper hardware for 0.625m. It features the SafeSolid™ system, allowing the engine to be shut down in flight, allowing for more accurate orbital insertions and manuevers.
-}
-@PART[bluedog_star48] {
-	@title = Star-48B "PAM" Solid Rocket Motor
-	@description = Star-series solid rocket motor, model 48B. Vacuum optimized nozzle, simpler and more reliable than liquid boosters. Includes mounting hardware for 0.9375m. It features the SafeSolid™ system, allowing the engine to be shut down in flight, allowing for more accurate orbital insertions and manuevers.
-}
-
-// Sepratrons
-// Structural (generic)
-@PART[bluedog_atlasDecoupler] {
-	@title = BDD-0150 - 1.875m Stack Decoupler
-}
-@PART[bluedog_125mDecoupler] {
-	@title = BDD-0100 - 1.25m Stack Decoupler
-}
-@PART[bluedog_125mFairing] {
-	@title = BDF-0100 - 1.25m Fairing Base
-}
-@PART[bluedog_625mDecoupler] {
-	@title = BDD-0050 - 0.625m Decoupler
-}
-@PART[bluedog_625mFairing] {
-	@title = BDF-0050 - 0.625m Fairing Base
-}
-@PART[bluedog_ablestarFairing] {
-	@title = BDF-0075 - 0.9375m Fairing Base
-}
-@PART[bluedog_Thor125m625mLongAdapter] {
-	@title = BSA-0100-0050L - 1.25m-0.625m Structural Adapter
-}
-@PART[bluedog_thor625mAdapter] {
-	@title = BSA-0100-0050S - 1.25m-0.625m Structural Adapter
-}
-@PART[bluedog_thor9375mAdapter] {
-	@title = BSA-0075-0075 - 0.9375m-0.9375m Structural Adapter
-}
-@PART[bluedog_thorShorterAdapter] {
-	@title = BSA-0120-0100 - 1.5m-1.25m Structural Adapter
-}
-@PART[bluedog_Juno_15mAdapter] {
-	@title = BSA-0120-0100 - 1.5m-1.25m Structural Adapter
-	@description = 1.5m to 1.25m structural adapter for the Juno rocket.
-}
-@PART[bluedog_Juno_9375mAdapter] {
-	@title = BSA-0100-0075 - 1.5m-1.25m Structural Adapter
-	@description = 1.25m to 0.9375m structural adapter for the Juno II rocket.
-}