Active technical inquiries are designed to host collaborative discussions to help gather information in response to technical inquiries submitted by those in the DoD research and engineering community.
The Defense Systems Information Analysis Center (DSIAC) is seeking information on analyses or programs whose intent is to reduce effects that cause unstart in hypersonic airbreathing engines while maneuvering. This research is supporting a U.S….
The Defense Systems Information Analysis Center (DSIAC) is seeking information related to estimating combustion efficiency for a liquid-fueled ramjet with a given combustor length (or bulk flow residence time) flying in the Mach 2-3 ranges….
DSIAC is searching for DoD subject matter experts (civilian, military, or contractor) in MEMs to support the government in evaluating a unique MEMs technology. There is specific interest in MEMS actuators that can be used…
DSIAC is seeking information about modular payloads (in the 1U–3U size range) and power and propulsion units for UAV Groups 1–3. This request is supporting ongoing U.S. Department of Defense (DoD) research. Modular payloads must…
DSIAC is seeking information on existing and emerging technologies regarding a lightweight, small form factor, helmet-mounted cueing system that can provide an intuitive and accurate display of aircraft state, target, and hazard location for pilots….
The Defense Systems Information Analysis Center (DSIAC) is looking for technologies supporting the Innovation and Modernization Pax and Naval Air Warfare Center Aircraft Division that can detect FOD entering jet engine inlets or impacting jet…
DSIAC is looking for FOD barrier technologies to support the Innovation and Modernization Pax and Naval Air Warfare Center Aircraft Division. Such barriers must only permit debris to leave the designated area but not return. Proposed physical barriers…