Next-Generation Aerospace - Revision history

76561199014279152: Removed redirect to NextGenerationAerospace

2025-06-29T20:58:40Z

Removed redirect to NextGenerationAerospace

← Older revision		Revision as of 20:58, 29 June 2025
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	~~#REDIRECT [[NextGenerationAerospace]]~~		{{tech\|{{TechDataName\|{{PAGENAME}} }}\|notes=}}

76561199014279152: Redirected page to NextGenerationAerospace

2025-06-28T02:36:40Z

Redirected page to NextGenerationAerospace

← Older revision		Revision as of 02:36, 28 June 2025
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	~~{{Tech\|~~NextGenerationAerospace~~\|notes=}}~~		#REDIRECT [[NextGenerationAerospace]]

76561199014279152: Replaced content with "{{Tech|NextGenerationAerospace|notes=}}"

2025-06-28T01:45:25Z

Replaced content with "{{Tech|NextGenerationAerospace|notes=}}"

← Older revision		Revision as of 01:45, 28 June 2025
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	{{Tech\|NextGenerationAerospace		{{Tech\|NextGenerationAerospace\|notes=}}
	\|~~summary~~ = ~~Aeronautical engineers explore reusable suborbital and single-stage-to-orbit craft.~~
	\|description = For too long, our efforts to venture beyond Earth have been inherently wasteful affairs. Every rocket jettisons multiple stages, each of which contains its own engines, propellant, and other equipment, during its passage into space. This is obscenely expensive, and also a source of increasingly problematic orbital debris fields. If we are to launch more spacecraft, more often, using them as we use airplanes, we must develop reusable vessels. While partially reusable vessels have flown in the past, new refinements in parachutes and airbags now allow the recovery of every stage. Because even this remains highly inefficient, our engineers have prototyped a far superior alternative - a single-stage-to-orbit, or SSTO, craft, which expend no major hardware during their flight. This has been achieved partly by advances in materials and construction techniques, which enable the craft to survive hypersonic flight and multiple orbital re-entries, and partly by improving mass-ratio sufficiently to carry both copious amounts of propellant and a crew/cargo payload all the way to orbit, without any need to separate. With this achieved, we can begin to think about reaching space as an almost everyday pursuit.
	~~\|quote = "You're jerking my chain, right? There's no way in hell that I'm spending millions on sending a rocket into space if we just let half of it sink to the bottom of the ocean."~~

	~~Chairman Soren Van Wyk, the Initiative~~

	~~When asked by SABC News about whether he intended to join the billionaire space-race, 2021~~
	}}

76561199014279152 at 01:41, 28 June 2025

2025-06-28T01:41:59Z

@@ Line 1: / Line 1: @@
-== Details ==
+{{Tech|NextGenerationAerospace
 |summary = Aeronautical engineers explore reusable suborbital and single-stage-to-orbit craft.
 |description = For too long, our efforts to venture beyond Earth have been inherently wasteful affairs. Every rocket jettisons multiple stages, each of which contains its own engines, propellant, and other equipment, during its passage into space. This is obscenely expensive, and also a source of increasingly problematic orbital debris fields. If we are to launch more spacecraft, more often, using them as we use airplanes, we must develop reusable vessels. While partially reusable vessels have flown in the past, new refinements in parachutes and airbags now allow the recovery of every stage. Because even this remains highly inefficient, our engineers have prototyped a far superior alternative - a single-stage-to-orbit, or SSTO, craft, which expend no major hardware during their flight. This has been achieved partly by advances in materials and construction techniques, which enable the craft to survive hypersonic flight and multiple orbital re-entries, and partly by improving mass-ratio sufficiently to carry both copious amounts of propellant and a crew/cargo payload all the way to orbit, without any need to separate. With this achieved, we can begin to think about reaching space as an almost everyday pursuit.
 |quote = "You're jerking my chain, right? There's no way in hell that I'm spending millions on sending a rocket into space if we just let half of it sink to the bottom of the ocean."
@@ Line 17: / Line 8: @@
 When asked by SABC News about whether he intended to join the billionaire space-race, 2021
 }}

76561197960620168 at 22:54, 8 May 2025

2025-05-08T22:54:08Z

← Older revision		Revision as of 22:54, 8 May 2025
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	\|techCategory = Materials		\|techCategory = Materials
	\|cost = 5000		\|cost = 5000
	\|totalCost = ~~10500~~		\|totalCost = 5500
	\|prereqs = CarbonNanotubes,AdvancedChemicalRocketry		\|prereqs = CarbonNanotubes,AdvancedChemicalRocketry
	\|techs = ImprovedShipbuildingTechniques,IntegratedEarthSpaceEconomy,OrbitalFighters		\|techs = ImprovedShipbuildingTechniques,IntegratedEarthSpaceEconomy,OrbitalFighters

76561197960620168 at 22:51, 8 May 2025

2025-05-08T22:51:20Z

← Older revision		Revision as of 22:51, 8 May 2025
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	\|prereqs = CarbonNanotubes,AdvancedChemicalRocketry		\|prereqs = CarbonNanotubes,AdvancedChemicalRocketry
	\|techs = ImprovedShipbuildingTechniques,IntegratedEarthSpaceEconomy,OrbitalFighters		\|techs = ImprovedShipbuildingTechniques,IntegratedEarthSpaceEconomy,OrbitalFighters
			\|projects = Project_Aerospikes,Project_Scramjets,Project_HybridAir-BreathingRockets,Project_DirectedEnergyLaunchSystems,Project_HypersonicSea-LaunchedCruiseMissiles,Project_CommunityPolicingDrones
	\|summary = Aeronautical engineers explore reusable suborbital and single-stage-to-orbit craft.		\|summary = Aeronautical engineers explore reusable suborbital and single-stage-to-orbit craft.
	\|effects =		\|effects =

76561197960620168 at 22:13, 8 May 2025

2025-05-08T22:13:33Z

← Older revision		Revision as of 22:13, 8 May 2025
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	== Details ==		== Details ==
	{{Tech		{{Tech
			\|techCategory = Materials
	\|cost = 5000		\|cost = 5000
	\|totalCost = 10500		\|totalCost = 10500
			\|prereqs = CarbonNanotubes,AdvancedChemicalRocketry
			\|techs = ImprovedShipbuildingTechniques,IntegratedEarthSpaceEconomy,OrbitalFighters
	\|summary = Aeronautical engineers explore reusable suborbital and single-stage-to-orbit craft.		\|summary = Aeronautical engineers explore reusable suborbital and single-stage-to-orbit craft.
			\|effects =
			\|orgs =
	\|description = For too long, our efforts to venture beyond Earth have been inherently wasteful affairs. Every rocket jettisons multiple stages, each of which contains its own engines, propellant, and other equipment, during its passage into space. This is obscenely expensive, and also a source of increasingly problematic orbital debris fields. If we are to launch more spacecraft, more often, using them as we use airplanes, we must develop reusable vessels. While partially reusable vessels have flown in the past, new refinements in parachutes and airbags now allow the recovery of every stage. Because even this remains highly inefficient, our engineers have prototyped a far superior alternative - a single-stage-to-orbit, or SSTO, craft, which expend no major hardware during their flight. This has been achieved partly by advances in materials and construction techniques, which enable the craft to survive hypersonic flight and multiple orbital re-entries, and partly by improving mass-ratio sufficiently to carry both copious amounts of propellant and a crew/cargo payload all the way to orbit, without any need to separate. With this achieved, we can begin to think about reaching space as an almost everyday pursuit.		\|description = For too long, our efforts to venture beyond Earth have been inherently wasteful affairs. Every rocket jettisons multiple stages, each of which contains its own engines, propellant, and other equipment, during its passage into space. This is obscenely expensive, and also a source of increasingly problematic orbital debris fields. If we are to launch more spacecraft, more often, using them as we use airplanes, we must develop reusable vessels. While partially reusable vessels have flown in the past, new refinements in parachutes and airbags now allow the recovery of every stage. Because even this remains highly inefficient, our engineers have prototyped a far superior alternative - a single-stage-to-orbit, or SSTO, craft, which expend no major hardware during their flight. This has been achieved partly by advances in materials and construction techniques, which enable the craft to survive hypersonic flight and multiple orbital re-entries, and partly by improving mass-ratio sufficiently to carry both copious amounts of propellant and a crew/cargo payload all the way to orbit, without any need to separate. With this achieved, we can begin to think about reaching space as an almost everyday pursuit.
	~~\|effects =~~
	~~\|orgs =~~
	\|quote = "You're jerking my chain, right? There's no way in hell that I'm spending millions on sending a rocket into space if we just let half of it sink to the bottom of the ocean."		\|quote = "You're jerking my chain, right? There's no way in hell that I'm spending millions on sending a rocket into space if we just let half of it sink to the bottom of the ocean."

76561197960620168 at 22:09, 8 May 2025

2025-05-08T22:09:32Z

← Older revision		Revision as of 22:09, 8 May 2025
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	~~__NOTOC__~~
	== Details ==		== Details ==
	{{Tech		{{Tech

76561197960620168 at 22:05, 8 May 2025

2025-05-08T22:05:45Z

← Older revision		Revision as of 22:05, 8 May 2025
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			__NOTOC__
	== Details ==		== Details ==
	{{Tech		{{Tech

76561197960620168 at 20:47, 8 May 2025

2025-05-08T20:47:32Z

← Older revision		Revision as of 20:47, 8 May 2025
Line 3:		Line 3:
	\|cost = 5000		\|cost = 5000
	\|totalCost = 10500		\|totalCost = 10500
			\|summary = Aeronautical engineers explore reusable suborbital and single-stage-to-orbit craft.
			\|description = For too long, our efforts to venture beyond Earth have been inherently wasteful affairs. Every rocket jettisons multiple stages, each of which contains its own engines, propellant, and other equipment, during its passage into space. This is obscenely expensive, and also a source of increasingly problematic orbital debris fields. If we are to launch more spacecraft, more often, using them as we use airplanes, we must develop reusable vessels. While partially reusable vessels have flown in the past, new refinements in parachutes and airbags now allow the recovery of every stage. Because even this remains highly inefficient, our engineers have prototyped a far superior alternative - a single-stage-to-orbit, or SSTO, craft, which expend no major hardware during their flight. This has been achieved partly by advances in materials and construction techniques, which enable the craft to survive hypersonic flight and multiple orbital re-entries, and partly by improving mass-ratio sufficiently to carry both copious amounts of propellant and a crew/cargo payload all the way to orbit, without any need to separate. With this achieved, we can begin to think about reaching space as an almost everyday pursuit.
			\|effects =
			\|orgs =
			\|quote = "You're jerking my chain, right? There's no way in hell that I'm spending millions on sending a rocket into space if we just let half of it sink to the bottom of the ocean."

			Chairman Soren Van Wyk, the Initiative

			When asked by SABC News about whether he intended to join the billionaire space-race, 2021
	}}		}}
	== Strategy ==		== Strategy ==