Innoveering, LLC

This project will increase the pace of high-speed airbreathing engine development and prototyping by deploying state-of-the art commercial additive manufacturing (AM) capabilities together with tran ...

The Anti-Access/Area Denial (A2AD) strategies by adversaries have created a need for an affordable mass with long-range and high-speed precision guided missile that can penetrate denied environments. ...

As hypersonic propulsion technology moves from the laboratory to flight demonstrators and on to operational systems, improved overall engine performance and operability become more critical. Numerous ...

Traditional flight termination systems (FTS) rely on a man-in-the-loop to monitor vehicle flight path and related vehicle trajectory performance parameters based on multiple radar tracking sources alo ...

In response to NASA SBIR 2020 Phase I Solicitation Topic A1.07 ldquo;Electric Power Generation Via Thermionic Conversion for Hypersonic Applicationsrdquo;, Innoveering and the University of Michigan h ...

A trajectory control system (TCS) for high-altitude scientific ballooning has been a long-term goal of NASArsquo;s Balloon Program Office (BPO). One milestone in the critical path of TCS development i ...

As hypersonic systems continue to mature, technology that is critical to making hypersonic flight a reality is the aerospace vehicle’s thermal protection system (TPS).  Extensive research has focus ...

With the rise of the Pacific Rim economies, as well as the shifting global military tactics and strategies, it has become clear that rapid assessment of hypersonic enabling technologies is of relevanc ...

scramjet operability improvement, scramjet operability improvement, Inlet Isolator aerodynamic design, Fluidic Isolator Control, Scramjet Isolator Control

The Innoveering team is proposing to address the US NAVY Crane (and entire hypersonics community) needs with a ceramic thin film sensor approach that we call the YSZ Environment Sensing (YES).  The Y ...