VIN# built in NJ DSO Boston sold Valentines Day 64 to a woman in Colorado. I have the original...
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OES Genuine Auxiliary Fan Motor for select Ford/Mazda models

Price: $400.72
OES Genuine Auxiliary Fan Motor; 1994-1995 Ford Probe, L4 2.0L, ST; 1996 Ford Probe, L4 2.0L, AT; 1996 Ford Probe, L4 2.0L, ST; 1997 Ford Probe, L4... -
OES Genuine Auxiliary Fan Motor for select Ford/ Mazda models

Price: $132.63
OES Genuine Auxiliary Fan Motor; 1994-1995 Ford Probe, AT; 1996-1997 Ford Probe GT, AT; 1994-1995 Mazda MX-6, AT; 1996-1997 Mazda MX-6, V6 2.5L,... -
Visteon Auxiliary Fan Motor
Price: $180.39
Visteon Auxiliary Fan Motor; 1994 Ford Thunderbird LX, V6 3.8L; 1995 Ford Thunderbird LX; 1996-1997 Ford Thunderbird; 1994-1997 Mercury Cougar -
NTC Auxiliary Fan Switch

Price: $39.08
NTC Auxiliary Fan Switch - located on radiator; 1989 Ford Probe; 1984-1985 Ford Ranger, L4 2.0L; 1984 Mazda B2000; 1986-1987 Mazda B2000; 1987-1988...
Exa Releases PowerFLOW 4.2, Features True Rotating Geometry for Prediction of ...
Exa® Corporation, a global innovator of fluids simulation (CAE/CFD) software for product engineering, announces a new release of its flagship product, PowerFLOW®. PowerFLOW 4.2 simulates true rotating geometry – an industry breakthrough that enables practical and accurate prediction of fan noise, fan performance, brake cooling and wheel aerodynamics. In addition to improved accuracy and simulation process turn-around time, PowerFLOW 4.2 also offers the ability to simulate long-term transient thermal protection situations such as key-off and soak.
Burlington, MA (PRWEB) November 18, 2009 -- USA Exa® Corporation , a global innovator of fluids simulation (CAE/CFD) software for product engineering, announces a new release of its flagship product, PowerFLOW® . PowerFLOW 4.2 simulates true rotating geometry – an industry breakthrough that enables practical and accurate prediction of fan noise, fan performance, brake cooling and wheel aerodynamics. In addition to improved accuracy and simulation process turn-around time, PowerFLOW 4.2 also offers the ability to simulate long-term transient thermal protection situations such as key-off and soak.