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USAFRICOM - Autonomous CASEVAC Challenge

Closes August 17, 2026
Not specified
Generated July 31, 2026

Technical Objective

Develop mature autonomous or hybrid aerial casualty evacuation (CASEVAC) solutions that transport casualties from austere or unsecured pickup locations to Role 2 surgical capability within medical planning timelines while minimizing personnel exposure. Ground mobility alone is insufficient; solutions must demonstrate aerial performance as the primary capability, though hybrid systems are acceptable if they meet minimum aerial requirements and enhance operational utility.

Core Technologies

Autonomous aircraft systemsAerial casualty evacuationHybrid ground-air mobilityMedical transport logisticsAustere/unsecured landing capabilityPilot/aircrew risk reduction

Who Should Apply

Industry, academia, government laboratories, and technology developers with mature or near-mature autonomous aerial systems. Applicants should have expertise in manned or unmanned aircraft design, medical transport operations, and operational planning in low-infrastructure environments. No specific company size or clearance requirements stated.

Evaluation Criteria

  1. 1Technical maturity and feasibility of autonomous CASEVAC solution
  2. 2Capability to move casualties within applicable operational medical planning timelines
  3. 3Effectiveness in reducing personnel exposure during casualty movement
  4. 4Responsiveness of the system to operational demands
  5. 5Operational utility (especially for hybrid systems combining air and ground mobility)

Key Dates

Application Deadline2026-08-17

Submission Mechanics

Challenge submission format and portal not specified in provided documentation. Applicants should refer to official USAFRICOM challenge website or DoD innovation portal for submission instructions, page limits, and proposal format requirements.

BD Strategic Notes

This challenge targets mature autonomous aerial platforms with medical transport certification or pathway. Strategic fit includes UAS manufacturers, rotorcraft OEMs with autonomous retrofit capabilities, and medical logistics innovators. USAFRICOM's African operational context suggests preference for solutions tolerant of austere airfields and low-infrastructure environments.

Watch Out For

  • This is a challenge for awareness and market research, NOT a binding RFP or procurement commitment
  • No guaranteed funding or contract award upon submission
  • Responses may be used to inform future formal solicitations without compensation
  • Autonomous systems over Africa may face export control restrictions (ITAR/EAR considerations likely)

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