Narrative:

This incident occurred on a return trip from marsh harbor in the bahamas. The skies were basically clear and the visibility was excellent en route. I was on a VFR flight plan at 8500 ft. I was handed over to palm beach approach by ZMA. I was asked if I wanted to land on runway 27R or runway 27L. I chose runway 27L as my destination was customs. I had been descending and slowed my airspeed to about 120 KTS. The landing gear was down. I was asked to call when I saw the runway or airport. I'm not sure which. I was also asked to maintain my best speed so I increased the speed to about 140-145 KTS. I was asked by the controller if I had the field and I said I thought I did; but it was very hazy and that I was fling into the sun (late afternoon). I first idented runway 27R; then I thought I had idented runway 27L with a taxiway to the left of it. I landed and rolled out. Ground told me to make a left turn and cross runway 27L and taxi to customs. That is when I realized I had landed on taxiway left. Contributing factors: usually; when I return from the bahamas; I land to the east. Almost always on runway 9R. This was essentially a new experience for me. I also believe that trying to maintain as fast a speed as possible until so close to landing may have been somewhat of a distraction. The limited visibility of flying in haze toward the sun was definitely a problem on the approach. Corrective action: 1) review airport diagram before landing. The facts are clearly stated on page 10-9 of the west palm beach approach plates. Things change; so do this even at familiar airports. 2) pay closer attention to the entire ATIS. The message was loud and clear when I listened to the ATIS after I cleared customs and was ready to depart. 3) learn to better handle distrs or turn down a request that might cause distraction; eg; fly faster on approach. 4) I have already talked with my instructor and we plan to have a discussion on further ways to avoid this in the future.

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Original NASA ASRS Text

Title: VFR SMA PLT LANDED ON TXWY L AT PBI WHEN ASSIGNED RWY 27L.

Narrative: THIS INCIDENT OCCURRED ON A RETURN TRIP FROM MARSH HARBOR IN THE BAHAMAS. THE SKIES WERE BASICALLY CLR AND THE VISIBILITY WAS EXCELLENT ENRTE. I WAS ON A VFR FLT PLAN AT 8500 FT. I WAS HANDED OVER TO PALM BEACH APCH BY ZMA. I WAS ASKED IF I WANTED TO LAND ON RWY 27R OR RWY 27L. I CHOSE RWY 27L AS MY DEST WAS CUSTOMS. I HAD BEEN DSNDING AND SLOWED MY AIRSPD TO ABOUT 120 KTS. THE LNDG GEAR WAS DOWN. I WAS ASKED TO CALL WHEN I SAW THE RWY OR ARPT. I'M NOT SURE WHICH. I WAS ALSO ASKED TO MAINTAIN MY BEST SPD SO I INCREASED THE SPD TO ABOUT 140-145 KTS. I WAS ASKED BY THE CTLR IF I HAD THE FIELD AND I SAID I THOUGHT I DID; BUT IT WAS VERY HAZY AND THAT I WAS FLING INTO THE SUN (LATE AFTERNOON). I FIRST IDENTED RWY 27R; THEN I THOUGHT I HAD IDENTED RWY 27L WITH A TXWY TO THE L OF IT. I LANDED AND ROLLED OUT. GND TOLD ME TO MAKE A L TURN AND CROSS RWY 27L AND TAXI TO CUSTOMS. THAT IS WHEN I REALIZED I HAD LANDED ON TXWY L. CONTRIBUTING FACTORS: USUALLY; WHEN I RETURN FROM THE BAHAMAS; I LAND TO THE E. ALMOST ALWAYS ON RWY 9R. THIS WAS ESSENTIALLY A NEW EXPERIENCE FOR ME. I ALSO BELIEVE THAT TRYING TO MAINTAIN AS FAST A SPD AS POSSIBLE UNTIL SO CLOSE TO LNDG MAY HAVE BEEN SOMEWHAT OF A DISTR. THE LIMITED VISIBILITY OF FLYING IN HAZE TOWARD THE SUN WAS DEFINITELY A PROB ON THE APCH. CORRECTIVE ACTION: 1) REVIEW ARPT DIAGRAM BEFORE LNDG. THE FACTS ARE CLRLY STATED ON PAGE 10-9 OF THE WEST PALM BEACH APCH PLATES. THINGS CHANGE; SO DO THIS EVEN AT FAMILIAR ARPTS. 2) PAY CLOSER ATTN TO THE ENTIRE ATIS. THE MESSAGE WAS LOUD AND CLR WHEN I LISTENED TO THE ATIS AFTER I CLRED CUSTOMS AND WAS READY TO DEPART. 3) LEARN TO BETTER HANDLE DISTRS OR TURN DOWN A REQUEST THAT MIGHT CAUSE DISTR; EG; FLY FASTER ON APCH. 4) I HAVE ALREADY TALKED WITH MY INSTRUCTOR AND WE PLAN TO HAVE A DISCUSSION ON FURTHER WAYS TO AVOID THIS IN THE FUTURE.

Data retrieved from NASA's ASRS site as of January 2009 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.