FAA aircraft registration
N154RT
LEARJET INC 31A · 1998 · Valid
N154RT is a LEARJET INC 31A (year 1998), valid on the FAA registry as of 2026-09-06. Owner type: entity. No NTSB accident or incident matches this tail in our snapshot. Source: FAA Releasable Aircraft Database.
Snapshot date: 2026-09-06 · Source: registry.faa.gov
Registration
- Status
- Valid
- Serial number
- 154
- Issued
- —
- Expires
- —
- Type aircraft
- Fixed wing single-engine
- State
- TX
Registered owner
RISE AIRCRAFT 3 LLC
TOMBALL, TX
Source: FAA Releasable Aircraft Database. Entity owners are shown without redaction; individual owners are redacted by default.
Ownership timeline
- CurrentRISE AIRCRAFT 3 LLCsince —
- Earlier owners are reconstructed from successive FAA snapshots and shown when our archive has at least two transitions for this tail.
Accident or incident history(0 matches)
No NTSB CAROL record matches N154RT in our snapshot. The official NTSB search may show later filings. Open NTSB CAROL.
Applicable Airworthiness Directives(0 on the make-model list)
AD applicability depends on serial range, engine, and propeller. Use the FAA AD library or your A&P mechanic for a definitive applicability list for N154RT.
Type certificate
LEARJET INC 31A is governed by the FAA Type Certificate Data Sheet for the LEARJET INC family. The TCDS is the authoritative reference for engine, weight, and equipment configuration.
Nearby N-numbers
Registrations that share the N154R block.
- N154RPAIRBUS HELICOPTERS INC AS350B3
- N154RVDAVID CARL GOODWIN IV RV-10
- N154RRRAYTHEON AIRCRAFT COMPANY HAWKER 800XP
- N154RKKRATOS UNMANNED AERIAL SYSTEMS MQM 178 FIREJET
- N154RWHOWARD CHARLES J LANCAIR IV-P
- N154RSSWANSON RAYMOND H FLIGHTSTAR II SC
- N154RAAMERICAN CHAMPION AIRCRAFT 7GCBC
- N154RGREGORY A SPICOLA AR-1
Search another tail
Or browse the FAA registry hub and Cessna 172 AD list.
Sources
- FAA Releasable Aircraft Database — accessed 2026-09-06
- FAA N-Number Inquiry — accessed 2026-09-06
- NTSB CAROL accident database — accessed 2026-09-06
- FAA Airworthiness Directives library — accessed 2026-09-06