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P. 1
INTER COMPANY CORRESPONDENCE
FILE DATE
March 25, 1970
CODE
TO - NAME DEPT. DIVISION PLANT/OFFICE
W. P. Wright 4190 Space Huntsville
FROM - NAME DEPT. DIVISION PLANT/OFFICE
H. H. Miller 4190 Space Huntsville
SUBJECT:
Trip Report, Atlanta Raceway
The writer, Fred Schrandt, and Larry Knowlton departed for Atlanta Inter
national Raceway on Monday morning, 9 March 1970, to assist in testing the Charger
Daytona race car 093. Upon arrival at the track the car was unloaded, front end
alignment and height was set and the instrumentation functionally checked to assure
proper operation.
Tuesday, 10 March 1970:
On Tuesday eleven test runs were made using several different suspension
configurations. The following measurements were recorded during the day; engine
R.P.M., oil pressure, verticle acceleration, lateral acceleration, and suspension
displacement. Tuesday evening the torque drive shaft and measuring equipment was
installed in preparation for Wednesday tests.
Wednesday, 11 March 1970:
The initial test on Wednesday was to record the following data; oil pres
sure, engine R.P.M., carburetor air pressure, engine torque, manifold vacuum,
carburetor and plenum temperature.
During the first run the torque drive shaft broke near the retaining cup
weld and resulted in cracking the bell-housing, breaking the transmission case mount
ing ears, and breaking the retaining straps on the rear axle third member universal.
These failed parts were replaced and six additional test runs were
accomplished. On the six test runs the following data was recorded; oil pressure,
engine R.P.M., lateral acceleration, and suspension displacements.
Thursday, 12 March 1970:
On Thursday the air studies tests were conducted using the mail box air
scoops, fender inlet, and inside car inlet. The following data was recorded for each
vehicle configuration; plenum air temperature, carburetor air temperature, inlet air
temperature, air pressure at four locations (plenum, carburetor, fender inlet, and
inside car inlet), engine R.P.M., manifold vacuum, and slip angle.
84- 1 10-7879 REV. 1-63