Narrative:

I was landing at cle runway 23L (wind 2510). It was a normal ILS approach with runway in sight approximately 6 mi out. Upon T/D the aircraft bounced. I had the autospd brakes armed. The speed brakes deployed normally due to strut compression and wheel spin-up--but the aircraft was in the air when they deployed, causing an excessive rate of sink. In trying to arrest this high rate of sink with power and flaring the aircraft, I had a tail skid strike damaging the lower VHF antenna, aft water drain mast and tail skid. No injuries were incurred. Although it was pilot error for having a hard landing, in the future I will hesitate to use autospd brakes with reduced visibility cues for flare and landing (i.e., night, IMC, etc).

Google
 

Original NASA ASRS Text

Title: HARD LNDG, BOUNCE, HARDER LNDG, TAIL SKID STRIKE.

Narrative: I WAS LNDG AT CLE RWY 23L (WIND 2510). IT WAS A NORMAL ILS APCH WITH RWY IN SIGHT APPROX 6 MI OUT. UPON T/D THE ACFT BOUNCED. I HAD THE AUTOSPD BRAKES ARMED. THE SPD BRAKES DEPLOYED NORMALLY DUE TO STRUT COMPRESSION AND WHEEL SPIN-UP--BUT THE ACFT WAS IN THE AIR WHEN THEY DEPLOYED, CAUSING AN EXCESSIVE RATE OF SINK. IN TRYING TO ARREST THIS HIGH RATE OF SINK WITH PWR AND FLARING THE ACFT, I HAD A TAIL SKID STRIKE DAMAGING THE LOWER VHF ANTENNA, AFT WATER DRAIN MAST AND TAIL SKID. NO INJURIES WERE INCURRED. ALTHOUGH IT WAS PLT ERROR FOR HAVING A HARD LNDG, IN THE FUTURE I WILL HESITATE TO USE AUTOSPD BRAKES WITH REDUCED VIS CUES FOR FLARE AND LNDG (I.E., NIGHT, IMC, ETC).

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.