MADCAT- Molecular Aerosol Detector for Clear Air Turbulence
Program Directive
Develop an instrument to measure clear air turbulence ahead of an aircraft.
This on-board sensor will be designed to provide ample warning time
(greater than one minute) for a pilot to avoid turbulent air even in
regions of little or no aerosols.
Program Sponsors / Affiliates
Internal Research and Development
The number of turbulence-related
incidents and the injuries to passengers has created significant concern
and interest in this area over the past several years.
According to the FAA, turbulence
encounters are the leading cause of injury in nonfatal accidents, and,
since 1981, over one-fifth of air carrier accidents have been linked
to turbulence.
MADCAT Advantage
Since MADCAT utilizes both molecular (Rayleigh) and aerosol (Mie) scattering,
detection of clear air turbulence in regions containing little or no
aerosols is possible. MADCAT will be based on the Molecular
Optical Air Data System (MOADS), which is an instrument currently
under development that measures air data products ahead of an aircraft.
Project Status
This is currently an internal research and development project. Michigan Aerospace is a world leader
in direct detection LIDAR systems that form the basis of the MADCAT core
technology. If you are interested in technology related to clear air turbulence / gust alleviation / wind shear applications, please contact Michigan Aerospace for more
information:
Contact Person: Charles Richey
Email Address: charlesrichey@michiganaerospace.com
Phone Number: 734-975-8777 x112
Address:
Michigan Aerospace Corporation
1777 Highland Drive Suite B
Ann Arbor, Michigan 48108
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