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RFI: Expendable Hypersonic Multi-Mission Air-Breathing Demonstrator (Mayhem) Program
The Air Force Research Laboratory (AFRL) is interested in the design, fabrication, integration, and necessary research needed to enable a larger-scale expendable air-breathing hypersonic multi-mission flight demonstrator. The Mayhem System Demonstrator (MSD) will need to be capable of carrying larger payloads over distances further than current hypersonic capabilities allow. The payload bay will be modular and capable of carrying/delivering at least three distinct payloads in order to execute multiple Government-defined mission sets. AFRL has previously accomplished similar research under multiple efforts including the Enhanced Operational Scramjet Technology effort (Broad Area Announcement BAA-12-07-PKP), Enabling Technologies for High-speed Operable Systems (BAA-FA8650-17-S-2002), High Speed Strike Weapon Program, and Hypersonic Air-breathing Weapon Concept Program.
To increase industry involvement and benefit from focused tasking, AFRL is considering the use of two multiple-award IDIQs to accomplish this effort. The two Indefinite Delivery/Indefinite Quantity (IDIQ) contracts would be split into groups, each encompassing one propulsion system development and vehicle development and integration. Each IDIQ contract group would share a single-cost ceiling with a multiple-award IDIQ contract scoped to each of the two focus areas: 1) larger scale propulsion development and flight-weight ground test and 2) air vehicle design and scramjet integration. Follow-on awards would include fabrication, flight test, and vehicle modification for integration of various payloads. Multiple-award IDIQ contracts would be planned under one solicitation.
Conceptually, two different air vehicle and two different propulsion contractors could be awarded each one of the multiple-award IDIQ contracts. Alternatively, a single contractor could be awarded both separate focus area contracts. Due to the nature of the research and focus areas, information sharing and resource sharing would be essential. As such, formation and agreement to an Associate Contractor Agreement (ACA) or a Consortium Agreement between the vehicle and propulsion contractors would be necessary. A similar agreement amongst all contractors is being considered.
Competition for future task order requirements after initial award is anticipated between the IDIQ contracts. The AFRL Program Manager may choose to order tasks from one of the two IDIQ contract groups based on the available funding and evidential progress towards achieving objectives.
The Air Force Research Laboratory (AFRL) is interested in the design, fabrication, integration, and necessary research needed to enable a larger-scale expendable air-breathing hypersonic multi-mission flight demonstrator. The Mayhem System Demonstrator (MSD) will need to be capable of carrying larger payloads over distances further than current hypersonic capabilities allow. The payload bay will be modular and capable of carrying/delivering at least three distinct payloads in order to execute multiple Government-defined mission sets. AFRL has previously accomplished similar research under multiple efforts including the Enhanced Operational Scramjet Technology effort (Broad Area Announcement BAA-12-07-PKP), Enabling Technologies for High-speed Operable Systems (BAA-FA8650-17-S-2002), High Speed Strike Weapon Program, and Hypersonic Air-breathing Weapon Concept Program.
To increase industry involvement and benefit from focused tasking, AFRL is considering the use of two multiple-award IDIQs to accomplish this effort. The two Indefinite Delivery/Indefinite Quantity (IDIQ) contracts would be split into groups, each encompassing one propulsion system development and vehicle development and integration. Each IDIQ contract group would share a single-cost ceiling with a multiple-award IDIQ contract scoped to each of the two focus areas: 1) larger scale propulsion development and flight-weight ground test and 2) air vehicle design and scramjet integration. Follow-on awards would include fabrication, flight test, and vehicle modification for integration of various payloads. Multiple-award IDIQ contracts would be planned under one solicitation.
Conceptually, two different air vehicle and two different propulsion contractors could be awarded each one of the multiple-award IDIQ contracts. Alternatively, a single contractor could be awarded both separate focus area contracts. Due to the nature of the research and focus areas, information sharing and resource sharing would be essential. As such, formation and agreement to an Associate Contractor Agreement (ACA) or a Consortium Agreement between the vehicle and propulsion contractors would be necessary. A similar agreement amongst all contractors is being considered.
Competition for future task order requirements after initial award is anticipated between the IDIQ contracts. The AFRL Program Manager may choose to order tasks from one of the two IDIQ contract groups based on the available funding and evidential progress towards achieving objectives.
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