Boeing 737-300 (CATBird testbed)
N35LX · ICAO: A3E384 · Airliner jet

Lockheed Martin Corporation — the largest defense contractor in the world by revenue, ~$71B, ~121,000 employees, HQ at 6801 Rockledge Drive, Bethesda MD. Aeronautics is run out of Fort Worth, Texas, where the F-35 Lightning II line is; other major programs include the F-22 Raptor, C-130J Super Hercules, THAAD and PAC-3 missile defense, the Orion crew capsule and the Skunk Works at Palmdale.
N35LX is the CATBird — Cooperative Avionics Test Bed — a Boeing 737-330 built in 1986 for Lufthansa as D-ABXH, later PK-IAA, acquired by Lockheed Martin in September 2003 and rebuilt into a flying laboratory. It wears a full F-35 nose radome, a set of wing-like sensor stubs forward of the cockpit that reproduce the fighter's antenna geometry, and a cabin of test stations. The point is to fly the Lightning II's sensor-fusion software in a real electromagnetic environment before it ever goes into a single-seat jet, with engineers aboard watching it work. Its avionics test station was refreshed in 2014 to handle F-35 Block 3 software.
Two caveats to read the map with. First, the FAA registration has lapsed — the aircraft is not in the current MASTER file, so the Mode S hex A3E384 here comes from the registration record rather than from a live sighting. Second, this is a defense flight-test asset and routinely flies with ADS-B out disabled, so it may sit inactive at Fort Worth indefinitely. That is the aircraft, not the tracker.
One more thing worth saying plainly: Lockheed Martin has no executive Gulfstream on the US civil register. The only other aircraft the FAA attributes to the company are a 1975 Piper Navajo at Palmdale, a Diamond motorglider, three test articles at Missiles & Fire Control in Orlando, and N859NA — the X-59 QueSST supersonic demonstrator. Corporate lift is charter or fractional.
Note · We track Lockheed Martin's planes, not Lockheed Martin in person. Flight data shows when and where each plane flew. It does not show who was on board.
We have not tracked a flight for Lockheed Martin's private jet yet. When it flies, it will show up here and on our live map. Follow it on the live jet tracker map.
We track one private jet for Lockheed Martin: a Boeing 737-300 (CATBird testbed) with tail number N35LX.
N35LX · ICAO: A3E384 · Airliner jet
No flights recorded yet
We log a flight when a receiver picks up the plane's ADS-B signal. Check back soon.
Yes. We track 1 plane linked to Lockheed Martin: a Boeing 737-300 (CATBird testbed) (N35LX). The flight log on this page comes from public ADS-B signals. It shows where the plane went, not who was on board.
Lockheed Martin flies a Boeing 737-300 (CATBird testbed). Its tail number is N35LX. You can track it live on this page, along with its flight history and CO₂.
Lockheed Martin owns 1 tracked plane: N35LX (Boeing 737-300 (CATBird testbed)). That count only covers planes we can tie to Lockheed Martin through public registration and ADS-B records. A plane held through an undisclosed company, or one that is chartered, would not show up here.
Lockheed Martin flies a Boeing 737-300 (CATBird testbed), tail number N35LX. It is in the Airliner/Testbed class. It can fly 2,255 nautical miles without stopping and seats up to 30 people.
Lockheed Martin's private jet tail number is N35LX. The plane is a Boeing 737-300 (CATBird testbed). Each tail number links to a live tracking page. There you can see the plane's flight history, fuel burn and CO₂.
About 7,685 kg for every hour in the air. Lockheed Martin's Boeing 737-300 (CATBird testbed) (N35LX) burns roughly 800 gallons of jet fuel an hour. That is about the same CO₂ as driving an average car 19,023 miles.
Owner matches come from the FAA registry, adsb.lol (ODbL) and ADSB.fi data, and SEC filings. They may be incomplete or out of date. Methodology · Report an error. For observational use only.
Lockheed Martin's home airport is NAS Fort Worth JRB / Carswell Field (KNFW / FWH). Frequent stops include KEDW, KPMD, KAFW and KVPS.
Yes. The FAA requires planes with transponders to broadcast their position over ADS-B, and the signal is not encrypted. We collect that public data from adsb.lol and ADSB.fi, two open flight-tracking networks. News outlets and university researchers use the same kind of data. Our methodology page explains how it works.