Flight Tests of the Low Speed Characteristics of a Hypersonic Waverider Configuration 

Accurate Automation Corporation 

Chattanooga, TN 
 

Accurate Automation has expanded the flight control system capabilities of  LoFLYTE® for unstable configurations and mission scenarios.

• Conducted a series of flight tests of the LoFLYTE® aircraft, with the goals of:
• characterizing LoFLYTE®’s aerodynamics and evaluating possible modifications and enhancements to the aircraft,
• exploring LoFLYTE®’s flight envelope,
• characterizing its SERN nozzle, and
• eliminating the Dutch roll phenomenon
• Evaluated LoFLYTE®’s neural adaptive flight control system, with the goal verifying the controller’s genericity
• Compared the real flight data with simulated configurations
• Developed a flight test program plan to ensure safe and efficient conduct of the flight test experiments

• Fully developing the low-speed characteristics of a hypersonic waverider configuration with an advanced neural vehicle management system provides several near-term applications of the resulting technologies to subsonic, supersonic, and hypersonic flight vehicles. 
• The benefits of this program exhibit tremendous longer term potential applications to operational military and civilian vehicles.

 
 

• Research applications include:
• Subsonic target drone applications,
• Mach 2 to 4 ramjet powered vehicles, and
• Mach 4 to 8 dual mode ram/scramjet powered vehicles. 
• The United States Navy, in its Mission Needs Statement, has identified the requirements for hypersonic vehicle for military missions.

 

 

 

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