2001 Boeing 757-223
This page pulls together what public FAA and NTSB records show about one aircraft. It is for general research only. It is not a certified title search, an airworthiness or compliance check, or legal advice. Public records can be incomplete or wrong, and our matching does its best but is not guaranteed. Always confirm against the aircraft's official records and the FAA before you rely on anything here.
For privacy, we never show the owner's street address. Name and city or state only.
Log Hobbs and tach time, track oil changes, and keep this airframe's inspections and airworthiness directives in one place. A clean digital logbook and AD tracking built for owners.
Get started freeSource: FAA Releasable Aircraft Registry (public record), as reported. Registration data only, not an airworthiness determination. Found an error? Let us know.
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Airworthiness Directives are mandatory safety fixes the FAA orders for a given model. These were issued for the Boeing 757-223 model.
No matching airworthiness directives found in the FAA AD database.
This is a model-level list from public FAA data. It does not tell you which of these apply to this specific aircraft, or whether they have already been taken care of. That depends on the serial number, installed equipment, and configuration. Check each directive against the aircraft's own records.
Mandatory FAA safety fixes issued for the RB211 engine family.
Engine Drains
Engine (Turbine/Turboprop)
Turbine Engine Compressor Section
Turbine Engine Compressor Section
Turbine Section
Turbine Engine Compressor Section
Turbine Engine Compressor Section
Engine Fuel Pump
Turbine Engine Compressor Section
Turbine Engine Compressor Section
Engine Fuel Pump
Turbine Engine Combustion Section
Engine Fireseals
Turbine Section
Turbine Section
Turbine Engine Compressor Section
Turbine Engine Compressor Section
Turbine Engine Compressor Section
Powerplant/Engine Drains
Turbine Engine Compressor Section
Turbine Section
Powerplant/Engine Drains
Turbine Engine Compressor Section
Low-pressure (LP) fuel return tube
Turbine Engine Compressor Section
Engine
Engine
LP compressor blade
Engine Oil Cooler
Engine (Turbine/Turboprop)
High-pressure compressor (HPC)
Upper bifurcation fairing
LPT support roller bearing
Sealing sleeve
Life-limited rotating parts
High-pressure turbine (HPT) disks
Fan case low-pressure (LP) fuel tube
High-pressure turbine (HPT) blades
Low-pressure turbine (LPT) stage 3 turbine blades
Electronic engine control (EEC)
High- pressure/intermediate-pressure (HP/IP) turbine support internal oil feed tube
Intermediate-pressure compressor (IPC) rotor shaft
Fuel leaks
LP compressor blades
Electronic engine control (EEC)
LP turbine bearing support and exhaust case assembly
Electronic engine control (EEC) software
Low-pressure turbine exhaust case and support assembly or tail bearing housing
High-pressure (HP) compressor rotor stage 1 and stage 2 discs
High-pressure (HP) and intermediate-pressure (IP) turbine discs
Low-pressure (LP) compressor fan blade set
LPT stage 2 disc failure
Failure of rotating life limited parts
Cracks in the HP compressor stage 1 and 2 disc posts
Cracked and distorted FCL metering panel
Cracking on the IP compressor rotor shaft rear balance land
LP compressor blades
Piston ring
Fuel tubes and fuel tube clips
Thrust reverser units (TRUs)
Low-pressure turbine (LPT) stage 2 disk interstage seal material loss and increased low-pressure rotor vibration while in flight
Intermediate-pressure (IP) turbine discs
Fuel oil heat exchanger (FOHE)
High pressure/ intermediate pressure (HP/IP) turbine bearing support oil feed tube outer heat shield
Oil transfer tube
Low-pressure (LP) compressor blades
IP turbine discs
IP turbine
Compressor rotor shafts
Engines
LP compressor blades
Engine
HP compressor stage 1 and 2 disc posts
Critical engine parts
LP turbine stage 1, 2, and 3 discs
Engine fuel leaks
Combustion liners
Engine fuel leaks
Fan blade
Cracks in the front combustion liner
Rivets
RH fuel manifold
LP Turbine discs
HP compressor stage 1 disc
High-pressure compressor (HPC) Stage 1 and 2 disc posts
LP compressor blades
Oil metering jet
Thrust Reverser Hinge
Pressure turbine
Titanium compressor shafts
Rear cooling air holes
LPT casings
IP turbine
Vent tubes; vent flow restrictor
Aircraft fuel system
HP/IP turbine bearing oil vent tube
Fuel pipes
High-pressure (HP) compressor rotor rear stage 5 and 6 discs and cone shafts
Eddy current inspection (ECI)
HP Turbine Nozzle Guide Vane (NGV) Convex Surfaces
Low-pressure turbine (LPT) discs
High-pressure/intermediate-pressure (HP/IP) turbine bearing internal oil vent tube, scavenge tube, and tube heat shields; vent flow restrictor
Low pressure compressor (LPC) fan blade
Intermediate pressure (IP) turbine blade
HP turbine discs
IP Compressor rotor
High Pressure (HP) turbine disc
Intermediate pressure compressor (IPC) drums
Bearing chamber sealing sleeve
High pressure compressor (HPC)
High pressure/intermediate pressure (HP/IP) turbine bearing oil feed tube
IP Compressor Rotor stage 2-3 interstage spacer
Intermediate Pressure Compressor (IP Compressor) Drums
Fluorescent penetrant inspections (FPI)
Disc assemblies
Intermediate pressure compressor (IPC) stage 5 disks
High pressure-and-intermediate pressure (HP-IP) turbine internal and external oil vent tubes
High pressure (HP)/intermediate pressure (IP) turbine bearing oil feed tube heat shield
Fan blade annulus fillers
Rescinds AD 97-06-13.
High pressure (HP) turbine discs
High pressure compressor (HPC) stage 3 disc assemblies
High pressure-intermediate pressure (HP- IP) turbine
Oil filler cap assembly
High pressure-and-intermediate pressure (HP-IP) turbine oil vent tubes
HPT rear seal plate locking plugs
Low pressure (LP) compressor fan blades
Dry film lubricant (DFL)
Fan blade dovetail roots
Intermediate pressure (IP) compressor stage 5 disks
Engine Electronic Controller (EEC)
Engine electronic controllers (EECs)
Low Pressure Compressor (LPC) Fan Blade Roots
Head section and meterpanel assembly of the combustion liner
Low pressure compressor (LPC) fan blade
Fan blade dovetail roots
High pressure (HP) turbine discs
High pressure-and-intermediate pressure (HP-IP) turbine internal and external oil vent tubes shaft
Critical life-limited parts
Critical Life-Limited Rotating Engine Parts
LP Compressor Fan Blade
Intermediate Pressure (IP) Compressor Rear Stubshaft and IP Turbine Shaft
Time Limits Manual
Time Limits Manual
Frount engine mount housing
High pressure compressor (HPC)
Low pressure (LP) turbine nozzle vane case
High Pressure (HP) fuel tubes
Low pressure (LP) compressor fan blade
High speed gearbox (HSGB)
Low pressure (LP) turbine stage 2 discs
High pressure (HP) compressor rotor shafts
Intermediate pressure (IP) turbine discs
HP compressor rotor rear stage 5 and 6 discs
Engine turbine cooling air overheat monitoring panel
Low power surges
High pressure compressor (HPC) rotor stage
Intermediate pressure (IP) compressor
LPC fan blade roots
High pressure (HP) turbine discs
High Pressure (HP) turbine discs
Low pressure (LP) compressor
Low Pressure (LP) Turbine Stage 2 Discs
Low Pressure Compressor (LPC) Fan Blade Roots
Low Pressure Compressor (LPC) fan blade
Fan Blades
Low Pressure Compressor Fan Blade Roots
High Pressure Turbine Disks
High Speed Gearbox Drive
LPC Fan Blades
Fan Blade Roots Inspection
Common Nozzle Assembly
Cold Stream Nozzle Assembly
Rotor Shafts
Fan Blade Dovetail Roots
Radial Drive Steady Bearings
Fan Blades
Fan Blade
Magnetic Chip Detector
Thrust Reverser
Fuel System Tube Assembly
Combustor Liner
Bearings
Fuel Flow Governor (FFG)
Nozzle Guide Vane Assembly
Low PressureTurbine Disk
Fuel Quantity Indication System
Stage 1 And 2 HPC Disk Assemblies
Rotors And Disks Oversped
Intermediate Pressure Compressor (IPC) Stage 6 to 7 Rotor Assemblies
Outer Combustion Case Inspection
Low Pressure Rotor Location Bearing Area Modifications
(HPC) Rotor Stage 1 And 2 Disk Assembly
Disk Assemblies
Fan Assembly
High Pressure Turbine Discs
H.P. Turbine Disc
Engine Shutdown
HS External Gearbox Oil Tank Filler Cap And Housing
Intermediate and High Pressure Compressors
VIGV Scheduling
This list is matched to the engine family on file in the FAA registry, so it covers every variant in that family. It is from public FAA data and does not tell you which directives apply to this specific engine or whether they have been addressed.
This N-number is on record with just this one airframe. If it is ever reassigned to a different aircraft, the earlier airframes will show up here.
Serial 32391 · Aersale Inc · Doral, FL
Serial 32391 · Aersale Inc · Doral, FL
Built from public FAA registration and cancellation records, going back to 1980 (dates before that are unreliable). We can only show registrations the FAA formally cancelled, so there may be gaps. Not a certified title search.
Every N-number and owner this airframe has carried. We follow it by the serial number, which stays fixed even when the tail number changes hands.
Aersale Inc · Doral, FL
Recorded when the prior registration was cancelled with the FAA.
Aersale Inc · Doral, FL
Built from public FAA registration and cancellation records, plus our own daily snapshots of the FAA registry. Some owner changes never file a cancellation, so we recover them by comparing snapshots day to day. Those snapshots begin June 2026, so changes before then rely on FAA cancellation records and may be incomplete. This is registration history, not a certified title search.
Accidents and incidents on file for this specific aircraft, from two government sources. The NTSB investigates accidents and serious incidents. The FAA AIDS database logs a wider range of events. We tie NTSB reports to the aircraft by its serial number. AIDS reports do not include a serial number, so we attach one only when this aircraft was flying under that tail number on the day it happened (1980 onward).
No NTSB or FAA AIDS accident or incident reports found for this airframe.
Sources: the NTSB accident and incident database (matched by serial number and make) and the FAA AIDS database (attached through this aircraft's registration timeline and make, 1980 onward). FAA registration records have gaps, so an event that happened during a gap may not show up. This is what was reported to the NTSB and FAA at the time. It says nothing about the aircraft's condition or airworthiness today.