NYC68F0136

NTSB accident investigation · Aeronca 11BC · Rochester, NY · July 12, 1967

Accident · Serious injuriesClosed
Date
July 12, 1967
Place
Rochester, NY · ROCHESTER, NY
Injuries
1 serious
Damage
Destroyed
Phase of flight
Initial climb
Aircraft
N3960EAeronca 11BC
Status
Completed · report October 16, 1967
Report
Brief approved by the director
Case key
115849

From the NTSB’s public API. By law, NTSB reports can’t be used as evidence in lawsuits over the accident.

On this page

NTSB brief

NTSB’s brief of the accident, as it was printed: the coded facts, with the probable cause and factors.

----------------------------------------------------------------------------------------------------------------------------
 FILE    DATE          LOCATION          AIRCRAFT DATA       INJURIES       FLIGHT                        PILOT DATA
                                                               F  S M/N     PURPOSE
----------------------------------------------------------------------------------------------------------------------------
2-0554  67/7/12    ROCHESTER,NY        AERONCA 11BC        CR-  0  1  0  INSTRUCTIONAL             STUDENT, AGE 47, 50 TOTAL
        TIME - 0835                    N3960E              PX-  0  0  0  SOLO                      HOURS, ALL IN TYPE, NOT
                                       DAMAGE-DESTROYED    OT-  0  0  0                            INSTRUMENT RATED.
        NAME OF AIRPORT - FLOATAIR SEAPLANE
        TYPE OF ACCIDENT                                         PHASE OF OPERATION
           STALL                                                    TAKEOFF: INITIAL CLIMB
        PROBABLE CAUSE(S)
           PILOT IN COMMAND - FAILED TO OBTAIN/MAINTAIN FLYING SPEED
         FIRE AFTER IMPACT

Aircraft

Registration
N3960E
Reported as
Aeronca 11BC
Category
Airplane
Engine
reciprocating
Damage
Destroyed
Airport
Floatair Seaplane

Matched to the registry by N-number and the event date; the registry’s history has gaps, so older matches can be wrong. Compare the reported make and model.