Narrative:

On a practice 15 degree flap landing apparently 'scraped' both thrust reverser buckets when they were deployed. Landed close to our speed. Immediately on landing, at same body angle as landing flare, deployed idle reverse thrust. Landing seemed normal and was smooth. Both first officer and self were totally unaware and surprised that damage to reversers occurred. Air carrier training manual page 36 states 'do not attempt to hold the nosewheel up as reverser damage may occur.' I was very slow in lowering nose as the aircraft does have a high body angle on touchdown using 15 degree flaps and did not want to 'bang' nose gear on the runway. Guessing that body angle was approximately 9 degree on touchdown.

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Original NASA ASRS Text

Title: ACFT DAMAGE REVERSER BUCKETS.

Narrative: ON A PRACTICE 15 DEG FLAP LNDG APPARENTLY 'SCRAPED' BOTH THRUST REVERSER BUCKETS WHEN THEY WERE DEPLOYED. LANDED CLOSE TO OUR SPD. IMMEDIATELY ON LNDG, AT SAME BODY ANGLE AS LNDG FLARE, DEPLOYED IDLE REVERSE THRUST. LNDG SEEMED NORMAL AND WAS SMOOTH. BOTH FO AND SELF WERE TOTALLY UNAWARE AND SURPRISED THAT DAMAGE TO REVERSERS OCCURRED. ACR TRAINING MANUAL PAGE 36 STATES 'DO NOT ATTEMPT TO HOLD THE NOSEWHEEL UP AS REVERSER DAMAGE MAY OCCUR.' I WAS VERY SLOW IN LOWERING NOSE AS THE ACFT DOES HAVE A HIGH BODY ANGLE ON TOUCHDOWN USING 15 DEG FLAPS AND DID NOT WANT TO 'BANG' NOSE GEAR ON THE RWY. GUESSING THAT BODY ANGLE WAS APPROX 9 DEG ON TOUCHDOWN.

Data retrieved from NASA's ASRS site as of July 2007 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.