Construction Details

Constructing the Chemical Rocket Launchpad requires a variety of components, each critical for the mission's success. From Celestial Navigators to Habitat Spheres and Resource Vaults, the launchpad's design incorporates advanced technology for control, living quarters, and secure storage. Key to this endeavor are Quantum Communicators for data relay, Precision Pathway Controls for navigation, and Atmospheric Entry Thrusters for safe landings. The launchpad's development is a testament to our ambitions in space exploration, combining innovation with the spirit of adventure to reach new frontiers. Global Yield: 10% A 10% share of the resources produced by districts accessed via the chemical rocket launchpad will be allocated to the builders and maintainers of the launchpad.

Id	Component Name	Code Name	Description	External	Internal	Cosmic Yield	External Mat.	Internal Mat.
1001	Celestial Navigator	XT1	Crew cockpit providing control and seating during critical flight phases.	Aluminum	Silicon	5	7,500,000	4,000,000
1002	Habitat Sphere	XC2	Spherical living quarters providing life support and comfort.	Aluminum	Carbon	4	8,000,000	3,200,000
1003	Resource Vault	XW3	Secure storage for mission critical supplies and research materials.	Aluminum		2.5	5,000,000
1004	Quantum Communicator	XS4	Advanced deep-space communication modul for high-speed data relay.	Aluminum	Silicon	2	2,000,000	1,600,000
1005	Precision Pathway Control	XE5	Fine-tuned propulsion system for accurate planetary transits.	Titanium	Hydrogen	3	6,000,000	9,000,000
1006	Atmospheric Entry Thruster	XSG6	Robust vehicle designed for safe entry into atmosphere during colonization.	Titanium	Carbon	3	7,500,000	3,000,000
1010	Skyward Thruster	TE1-Alpha	High-altitude propulsion and maneuvering unit.	Titanium	Hydrogen	2	3,000,000	6,000,000
1011	Navigation Fins	TX1-Alpha	Control and stability during flight.	Aluminum	Carbon	1	1,500,000	600,000
1014	Decoupler	TP1-Alpha	Separates stages of the rocket when required.	Aluminum		2	3,000,000
1017	Reaction Chamber	TL1-Alpha	Combustion occurs to produce thrust.	Titanium	Hydrogen	2	4,000,000	6,000,000
1018	Fuel Regulator	TO1-Alpha	Manages fuel flow to the engines.	Aluminum	Silicon	1.5	1,500,000	1,200,000
1019	Fuel Reservoir	TR01-Alpha	Stores liquid hydrogen fuel.	Aluminum	Hydrogen	1	2,000,000	7,200,000
1020	Fuel Reservoir	TE02-Alpha	Additional liquid hydrogen fuel storage.	Aluminum	Hydrogen	1	2,000,000	7,200,000
1021	Fuel Reservoir	TD03-Alpha	Supplementary liquid hydrogen fuel storage.	Aluminum	Hydrogen	1	2,000,000	7,200,000
1032	Retro Thrusters	TC02-Alpha	Slows the craft for landing maneuvers.	Titanium	Hydrogen	2	3,000,000	4,800,000
1035	Touchdown Struts	TR01-Alpha	Supports the craft during landing.	Aluminum	Carbon	1.5	2,250,000	1,200,000
1036	Touchdown Struts	TX02-Alpha	Additional support for landing.	Aluminum	Carbon	1.5	2,250,000	1,200,000
1012	Skyward Thruster	RE1-Beta	High-altitude propulsion and maneuvering unit.	Titanium	Hydrogen	2	3,000,000	6,000,000
1013	Navigation Fins	RX1-Beta	Control and stability during flight.	Aluminum	Carbon	1	1,500,000	600,000
1016	Decoupler	RP1-Beta	Separates stages of the rocket when required.	Aluminum		2	3,000,000
1027	Reaction Chamber	RL1-Beta	Combustion occurs to produce thrust.	Titanium	Hydrogen	2	4,000,000	6,000,000
1028	Fuel Regulator	RO1-Beta	Manages fuel flow to the engines.	Aluminum	Silicon	1.5	1,500,000	1,200,000
1029	Fuel Reservoir	RR1-Beta	Stores liquid hydrogen fuel.	Aluminum	Hydrogen	1	2,000,000	7,200,000
1030	Fuel Reservoir	RE2-Beta	Additional liquid hydrogen fuel storage.	Aluminum	Hydrogen	1	2,000,000	7,200,000
1031	Fuel Reservoir	RD3-Beta	Supplementary liquid hydrogen fuel storage.	Aluminum	Hydrogen	1	2,000,000	7,200,000
1034	Retro Thrusters	RC1-Beta	Slows the craft for landing maneuvers.	Titanium	Hydrogen	2	3,000,000	4,800,000
1039	Touchdown Struts	RR2-Beta	Supports the craft during landing.	Aluminum	Carbon	1.5	2,250,000	1,200,000
1040	Touchdown Struts	RX2-Beta	Additional support for landing.	Aluminum	Carbon	1.5	2,250,000	1,200,000
1007	Skyward Thruster	CE1-Gamma	Main engine for orbital thrust and maneuvering.	Titanium	Hydrogen	3	4,500,000	9,000,000
1009	Navigation Fins	CX1-Gamma	Provide control and stability for central flight.	Aluminum	Carbon	1	1,500,000	800,000
1015	Decoupler	CP1-Gamma	Ensures secure separation for the central stage.	Aluminum		2.5	5,000,000
1022	Reaction Chamber	CL1-Gamma	Generates increased thrust for mid rocket boost.	Titanium	Hydrogen	2.5	5,000,000	7,500,000
1023	Fuel Regulator	CO1-Gamma	Regulates higher fuel flow for central engine demand.	Aluminum	Silicon	1	1,500,000	800,000
1041	Stabilization Wings	CW1-Gamma	Aerodynamic surfaces for improved atmospheric flight control.	Aluminum	Carbon	2	2,000,000	1,200,000
1024	Fuel Reservoir	CR1-Gamma	Main fuel storage for extended burn duration.	Aluminum	Hydrogen	2	5,000,000	14,400,000
1025	Fuel Reservoir	CE2-Gamma	Secondary fuel supply for sustained engine performance.	Aluminum	Hydrogen	2	5,000,000	14,400,000
1026	Fuel Reservoir	CD3-Gamma	Tertiary fuel tank for prolonged thrust capabilities.	Aluminum	Hydrogen	2	5,000,000	14,400,000
1033	Retro Thrusters	CC1-Gamma	Assists in controlled re-entry and landing of central core.	Titanium	Hydrogen	2	4,000,000	6,000,000
1037	Touchdown Struts	CR2-Gamma	Supports landing of the heavier central core structure.	Aluminum	Carbon	2	4,000,000	1,600,000
1038	Touchdown Struts	CX2-Gamma	Additional structural support for central core landing.	Aluminum	Carbon	2	4,000,000	1,600,000
1042	Thruster Release Mechanism	TRM-LP1	Secures and releases rocket thrusters at launch.	Aluminum	Carbon	3	4,500,000	2,400,000
1043	Left Blast Deflector	LBD-LP2	Manages heat on the left, directs flow, cools launch.	Titanium	Carbon	1	2,000,000	600,000
1044	Right Blast Deflector	RBD-LP3	Controls heat on the right, directs flow, cools launch.	Titanium	Carbon	1	2,000,000	600,000
1045	Communication Relay Mast	CRM1-LP4	Transmits/receives launch operation signals.	Aluminum	Silicon	1	1,500,000	800,000
1046	Communication Relay Mast	CRM2-LP5	Transmits/receives launch operation signals.	Aluminum	Silicon	1	1,500,000	800,000
1047	Foundation Support Grid	FSG1 - LP6	Provides structural integrity for the tower base.	Titanium	Carbon	0.5	1,250,000	300,000
1048	Foundation Support Grid	FSG2 - LP7	Provides structural integrity for the tower base.	Titanium	Carbon	0.5	1,250,000	300,000
1050	Crew Access Level	CA - LP8	Allows astronauts to board the rocket at the designated level.	Aluminum	Carbon	1.5	2,250,000	1,200,000
1051	Payload Transfer Arm	PTA-LP9	Facilitates transfer of payloads to the rocket's upper stages.	Aluminum	Carbon	2	3,000,000	1,600,000
1052	Lift Drive Unit	LDU-LP10	Powers and operates the elevator for transporting personnel and cargo.	Aluminum	Silicon	1.5	3,000,000	1,200,000
1049	Observation and Instrumentation Pod	OIP-LP11	Houses monitoring sensors and cameras for the launch.	Aluminum	Silicon	1.5	1,500,000	1,200,000
1053	Upper Access Arm	UA1-LP12	Provides access to the top of the rocket for crew and equipment.	Aluminum	Carbon	2	3,000,000	1,600,000
1054	Fueling Arm	FA1-LP13	Facilitates the transfer of fuel to the rocket's tanks.	Aluminum	Carbon	1	2,000,000	600,000
1008	Upper Access Arm	UA2-LP12	Provides access to the top of the rocket for crew and equipment.	Aluminum	Carbon	2	3,000,000	1,600,000
1055	Foundation Support Grid	FSG2 - LP14	Provides structural integrity for the tower base.	Titanium	Carbon	0.5	1,250,000	300,000
1056	Foundation Support Grid	FSG2 - LP15	Provides structural integrity for the tower base.	Titanium	Carbon	0.5	1,250,000	300,000
1057	Foundation Support Grid	FSG2 - LP16	Provides structural integrity for the tower base.	Titanium	Carbon	0.5	1,250,000	300,000
1058	Foundation Support Grid	FSG2 - LP17	Provides structural integrity for the tower base.	Titanium	Carbon	0.5	1,250,000	300,000
1059	Foundation Support Grid	FSG2 - LP18	Provides structural integrity for the tower base.	Titanium	Carbon	0.5	1,250,000	300,000
1060	Ground Access Level	GA - LP19	Entry point for personnel and ground equipment to the tower.	Aluminum	Carbon	1.5	2,250,000	900,000