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A modular payload carrier for use in a launch vehicle includes at least one module configured to fit in a payload bay of the vehicle and attachable to at least one other module configured to fit in the bay. The module includes an outer wall contoured generally to fit a bottom surface contour of the

A modular payload carrier for use in a launch vehicle includes at least one module configured to fit in a payload bay of the vehicle and attachable to at least one other module configured to fit in the bay. The module includes an outer wall contoured generally to fit a bottom surface contour of the bay. The carrier can be used for the manifesting of both deployable and non-deployable payloads. Processing of payloads with the carrier can be performed, in large part, separately from launch vehicle processing. Thus launch costs and turnaround times can be reduced.

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1. A modular payload carrier for use in a launch vehicle, the carrier comprising at least one module configured to fit in a payload bay of the vehicle, the module having an end wall attachable to an end wall of another module configured to fit in the bay, the module comprising an outer wall contoure

1. A modular payload carrier for use in a launch vehicle, the carrier comprising at least one module configured to fit in a payload bay of the vehicle, the module having an end wall attachable to an end wall of another module configured to fit in the bay, the module comprising an outer wall contoured generally to fit a bottom surface contour of the bay, the module further comprising an inner wall having a plurality of segments, each segment haying a row of compartments configured to hold payloads between the inner and outer walls, each compartment haying an opening through the inner wall for receiving a payload;wherein the inner wall comprises a plurality of interface flanges surrounding the compartment openings. 2. The payload carrier of claim 1 further comprising a modular bulkhead assembly having at least one bulkhead selectively attachable to an interface flange.3. A modular payload carrier for use in a launch vehicle, the carrier comprising:at least one module configured to fit in a payload bay of the vehicle, the module having an end wall attachable to an end wall of another module configured to fit in the bay, the module comprising an outer wall contoured generally to fit a bottom surface contour of the bay; a pair of upper edges connecting the module inner and outer walls; and a plurality of trunnion fittings selectively spaced along the upper edges for attachment thereto, each trunnion fitting comprising a trunnion configured to be secured to the bay at a selected attachment point. 4. The payload carrier of claim 3 wherein the trunnion fitting further comprises:a lip configured to be selectively positioned en an upper edge of the carrier; a tower extending from the lip and supporting the trunnion; and a bracket comprising a flat face configured to abut the outer wall for attachment to the carrier. 5. A modular payload carrier for use in a launch vehicle, the carrier comprising:at least one module configured to fit in a payload bay of the vehicle, the module having an end wall attachable to an end wall of another module configured to fit in the bay, the module comprising an outer wall contoured generally to fit a bottom surface contour of the bay; and an airbag system configurable in at least one module, the system comprising a plurality of baa assemblies selectively stowed in compartments of the module. 6. The payload carrier of claim 5 wherein each bag assembly comprises a stack of interconnected bags configured to deploy toward a payload.7. The payload carrier of claim 6 wherein the stack comprises a tapered shape.8. The payload carrier of claim 6 further comprising a plurality of restraint straps selectively configurable to control deployment of a bag of the bag assembly.9. A modular payload carrier for use in a launch vehicle, the carrier comprising:at least one module configured to fit in a payload bay of the vehicle, the module haying an end wall attachable to an end wall of another module configured to fit in the bay, the module comprising an outer wall contoured generally to fit a bottom surface contour of the bay; and an airbag system configurable in at least one module, the system comprising a plurality of bag assemblies selectively deployable from compartments of the module. 10. A modular payload carrier for use in a launch vehicle, the carrier comprising at least one module configured to fit in a payload bay of the vehicle, the module comprising:an outer wall contoured generally to fit a bottom surface contour of the bay; and a plurality of compartments defined between an inner wall and the outer wall in a plurality of rows, each row defined by a pair of end walls and one or more interior walls of the module, each compartment having an opening into the bay through the inner wall; wherein the module comprises an airbag system stowed in plurality of the compartments, the system comprising a plurality of bags selectively configured to deploy in a predetermined sequence. 11. A modular payload carrier for use in a launch vehicle, the carrier comprising:at least one module configured to fit in a payload bay of the vehicle and attachable to at least one other module configured to fit in the bay, the module comprising an outer wall contoured generally to fit a bottom surface contour of the bay; a pair of upper edges connecting the module inner and outer walls; and a plurality of trunnion fittings selectively spaced along the upper edges for attachment thereto, each trunnion fitting comprising: a trunnion configured to be secured to the bay at a selected attachment point; a lip configured to be selectively positioned on an upper edge of the carrier; a tower extending from the lip and supporting the trunnion; and a bracket comprising a flat face configured to abut the outer wall for attachment to the carrier. 12. A modular payload carrier for use in a launch vehicle, the carrier comprising:at least one module configured to fit in a payload bay of the vehicle and attachable to at least one other module configured to fit in the bay, the module comprising an outer wall contoured generally to fit a bottom surface contour of the bay; and an airbag system configurable in at least one module, the system comprising a plurality of bag assemblies selectively stowed in compartments of the module. 13. The payload carrier of claim 12 wherein each bag assembly comprises a stack of interconnected bags configured to deploy toward a payload.14. The payload carrier of claim 13 wherein the stack comprises a tapered shape.15. The payload carrier of claim 13 further comprising a plurality of restraint straps selectively configurable to control deployment of a bag of the bag assembly.16. A modular payload carrier for use in a launch vehicle, the carrier comprising:at least one module configured to fit in a payload bay of the vehicle and attachable to at least one other module configured to fit in the bay, the module comprising an outer wall contoured generally to fit a bottom surface contour of the bay; and an airbag system configurable in at least one module, the system comprising a plurality of bag assemblies selectively deployable from compartments of the module. 17. A modular payload carrier for use in a launch vehicle, the carrier comprising at least one module configured to fit in a payload bay of the vehicle, the module comprising:an outer wall contoured generally to fit a bottom surface contour of the bay; a plurality of compartments defined between an inner wall and the outer wall, each compartment having an opening into the bay through the inner wall; and an airbag system stowed in a plurality of the compartments, the system comprising a plurality of bags selectively configured to deploy in a predetermined sequence.