Narrative:

A B717 departed in the middle of the first departure push of the morning. I believe that all the aircraft prior to his departure and subsequent to it were issued the Xerox1 SID by the tower controller. On the runway 4 portion of the Xerox1 SID; turbojet aircraft are expected to fly runway heading to 1;200 MSL then execute a left turn to heading 360; while climbing to 10;000 MSL. The previous departure had done this and was turning back to the right to his on course heading; the B717 never executed the left turn and was pointed at the previous departure; although at least 2;000 ft below and more than 3 miles apart. Recommendation; there have been many instances of aircraft screwing up this specific left turn procedure in the Xerox1 SID; many are documented. The wording in the SID needs to be improved so that these pilots do not cut off a preceding departure. In this case the B717 climbed out more slowly than some other air carriers; but another carrier with a lighter load or less restriction on fuel saving might end up closer than we want.

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Original NASA ASRS Text

Title: ROC Controller voiced concern regarding the turn instruction wording on the Xerox1 SID; claiming aircraft frequently fail to turn as published.

Narrative: A B717 departed in the middle of the first departure push of the morning. I believe that all the aircraft prior to his departure and subsequent to it were issued the Xerox1 SID by the Tower Controller. On the Runway 4 portion of the Xerox1 SID; turbojet aircraft are expected to fly runway heading to 1;200 MSL then execute a left turn to heading 360; while climbing to 10;000 MSL. The previous departure had done this and was turning back to the right to his on course heading; the B717 never executed the left turn and was pointed at the previous departure; although at least 2;000 FT below and more than 3 miles apart. Recommendation; there have been many instances of aircraft screwing up this specific left turn procedure in the Xerox1 SID; many are documented. The wording in the SID needs to be improved so that these pilots do not cut off a preceding departure. In this case the B717 climbed out more slowly than some other air carriers; but another carrier with a lighter load or less restriction on fuel saving might end up closer than we want.

Data retrieved from NASA's ASRS site as of April 2012 and automatically converted to unabbreviated mixed upper/lowercase text. This report is for informational purposes with no guarantee of accuracy. See NASA's ASRS site for official report.