Aerospace America · 1985 · 19 citations · 0 references
EngineeringAerospace EngineeringMechanical EngineeringAerospace StructuresAircraft DesignPropulsionMission RequirementsPropulsion System IntegrationPropulsion System PerformanceTakeoff PerformanceVehicle ArchitectureVehicle Propulsion SystemsFuel Delivery SystemsLaunch PerformanceLaunch Vehicle DesignLightweight Spacecraft StructuresLightweight StructuresMission DesignPropulsion System Design
Performance requirements and design features of the next generation of manned launch vehicles are discussed. The vehicles will launch within minutes of demand and will have a several-day turnaround time. Launch and landing sites will have minimal facilities. Baseline requirements comprise carriage and return of a 5000 lb, 7 ft diam, 15 ft long payload, a 160 n. mi. polar orbit, a 200 fps on-orbit delt-V capability, provisions for two men for 24 hr, an 1100 n. mi. cross range option, 500 flights/vehicle, land on 10,000 ft runways, and be acceptable passing over populated areas. Significant advances are needed in propulsion and fuel systems, lightweight durable structures and airbreathing acceleration engines. Trade-offs have yet to be fully explored among the number of stages and horizontal or vertical take-off.