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World’s Most Secretive 737 Is Supporting NASA’s Historic Artemis II Launch

The U.S. Air Force Materiel Command’s secretive NT-43A has been spotted in Florida, taking part in the preparations for the launch of NASA’s long-delayed Artemis II lunar space mission. This highly unique and notoriously shy plane, a converted militarized Boeing 737-200 variant (T-43) also commonly known by the callsign RAT55, has long been used as an airborne signature measurement platform to support work related to stealthy military aircraft. However, during a high-stakes space launch, its two huge radar arrays, modular electro-optical and infrared sensors, and other capabilities would likely be well-suited to gathering telemetry and other valuable data, as you can read more about here.

RAT55 was spotted yesterday flying over Melbourne, on Florida’s eastern coastline, which was already highly unusual. The jet is very easy to identify, even in the distance, due to its heavily modified nose and massive aft radome protruding from the rear of the fuselage. The NT-43A seems to live at the Tonopah Test Range Airport (TTR), a high-security facility in Nevada long associated with shadowy aircraft programs. It is often spotted flying around Area 51 in Nevada and Edwards Air Force Base in neighboring California, both of which are major U.S. military flight test hubs. It is rare to see it anywhere else.

The sighting of RAT55 in the skies above Melbourne aligned with online tracking data for a flight using the callsign NASA522. That track showed the aircraft – apparently miscoded as a C-130 Hercules transport plane – taking off from MacDill Air Force Base, situated to the southwest, and then flying an oval-shaped orbit in restricted airspace around the Kennedy Space Center’s Launch Complex 39B. The aircraft then returned to MacDill.

ADS-B Exchange

The Artemis II mission is currently scheduled to launch from Launch Complex 39B today at 6:24 PM EDT. A Space Launch System (SLS) rocket will take four astronauts in an Orion capsule into space on what is expected to be a nine-and-a-half-day-long trip. This will be the first crewed lunar mission of any kind since Apollo 17 in 1972, but the Artemis II crew will not actually set foot on the Moon. They will instead pass by, hopefully setting a new record for the longest distance that people have traveled away from Earth. The target distance is 252,000 miles, some 4,000 miles beyond the current record, set by the crew of the ill-fated Apollo 13 lunar mission in 1970. The Artemis II mission’s main goal is to help lay the groundwork for future missions to the lunar surface, the first of which is now expected to come in 2028.

The fueling process for the Artemis II rocket has picked up speed. The rocket is now more quickly filling with liquid oxygen and liquid hydrogen.

When the core stage is completely full, it will contain 196,000 gallons of liquid oxygen and 537,000 gallons of liquid hydrogen. pic.twitter.com/wejiCveeNb

— NASA Artemis (@NASAArtemis) April 1, 2026

NASA regularly uses fixed-wing aircraft to gather imagery and other important data during space launches. One of its high-flying WB-57F research planes, which are routinely used to provide optical tracking, was also flying around Launch Complex 39B yesterday at the same time as the NASA522 flight. The WB-57F conducted that flight from the Kennedy Space Center’s Shuttle Landing Facility (SLF).

This is correct, there are two separate NOTAMs for support aircraft that match both flight tracks. This was an obvious rehearsal. pic.twitter.com/X3i5RbP4T2

— Dillon Shropshire (@Dillonshrop06) April 1, 2026

A stock image of one of NASA’s WB-57Fs. NASA One of NASA’s WB-57Fs, which carries the U.S. civil registration number N926NA. NASA

It is unclear why RAT55 has been called in to help, especially given that the U.S. military, and the U.S. Navy in particular, has an array of dedicated range support aircraft specially configured to support missile test activities, and a history of using them to support NASA launches in the past. TWZ has reached out to the Air Force and NASA for more information.

Still, as already noted, the NT-43A does have a sensor suite that would likely be very relevant to the space launch support mission. Beyond helping to collect more general telemetry information, the unique capabilities the aircraft has to offer might be used to gain more detailed insights into various aspects of the SLS rocket and the Orion capsule at launch. One of the tasks RAT55 is more typically understood to perform is helping to verify surface coatings on low-observable (stealthy) aircraft. Specialized coatings and other materials, especially to provide critical thermal protection, are a key aspect of space launch rocket and spacecraft design.

Though the WB-57F has numerous modular payload bays, as well as space for sensor and other equipment in underwing pods, the NT-43A offers a more capacious airframe, overall, along with optional dorsal fairings. NASA could fill this space with additional systems to meet other mission requirements.

In addition, it is worth mentioning here that NASA only has three WB-57Fs, and one made a fiery belly landing in Houston, Texas, back in January. The current status of that aircraft is unclear. Whether or not this was a factor in the decision to utilize the NT-43A is unknown.

The Air Force does have its own previous history of supporting NASA Moon missions, specifically, with specialized fixed-wing aircraft, which The Aviationist has noted. During the 1960s and 1970s, the U.S Air Force supported the Apollo program with a fleet of EC-135N Apollo/Range Instrumentation Aircraft (ARIA) planes, which were also used to track missile tests. The ARIA jets carried very large radars in their bulbous noses. Those aircraft were later redesignated as EC-135Es and continued to be used for various flight test activities until the last example was retired in 2000.

An EC-135N/E ARIA aircraft. USAF

Choosing the NT-43A for this task at all is still somewhat curious, given the U.S. military’s array of other missile tracking and range support telemetry aircraft, especially within the U.S. Navy. Those fleets continue to evolve, including with the Navy’s addition of its Gulfstream G550 business jet-based NC-37B. Repurposed RQ-4 Global Hawk drones are even now in the mix. There is a history of similar U.S. military planes supporting NASA launches in the past. It isn’t clear if additional roles for the NT-43A are going to be a common thing, but it certainly appears that its mission set is expanding. This is a very interesting development for an aging aircraft that has lived in the shadows for so long.

Regardless, the Artemis II launch is especially important for NASA, in general. There has only been one all-up launch of an SLS before now, in 2022, and no astronauts were on board at that time. The Artemis program has been dogged by setbacks and delays, with the hope originally that the Artemis III mission would bring Americans back to the lunar surface in 2024.

The video below shows the first SLS launch as part of the uncrewed Artemis I mission in 2022.

NASA’s Artemis I Launches on Nov. 16, 2022




NASA is now in line to finally reach the next Artemis milestone with today’s planned launch, and is doing so with help from the Air Force’s unique and rarely seen RAT55.

UPDATE: 7:42 PM EDT –

We have now received additional information from the U.S. Air Force about RAT55, which you can find in a follow-up story here.

Contact the author: thomas@thewarzone.com

Thomas is a defense writer and editor with over 20 years of experience covering military aerospace topics and conflicts. He’s written a number of books, edited many more, and has contributed to many of the world’s leading aviation publications. Before joining The War Zone in 2020, he was the editor of AirForces Monthly.


Joseph has been a member of The War Zone team since early 2017. Prior to that, he was an Associate Editor at War Is Boring, and his byline has appeared in other publications, including Small Arms Review, Small Arms Defense Journal, Reuters, We Are the Mighty, and Task & Purpose.




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Can you ever stop supporting your football team?

However, as the sport continues to grow and reach new audiences, we are seeing differing takes on what it is to be fan.

There are many who support a top-tier side and also a local team further down the footballing pyramid.

Many fans also keep a close eye on a chosen team from another major European league. Then there are those who prefer certain players to clubs and so might switch who they support based on a transfer. This could be compared to those who might follow a Formula 1 driver and so would focus on whichever team they were currently driving for.

Yet for those who consider themselves football purists there can only ever be space in their heart for one team.

But ironically for Manchester United fan Steve it is a full heart that is central to why he turned his back on the club he had supported for decades – Manchester United.

“My first game was in 1978, at home against Spurs. Most of my family are [Manchester] City fans but all my friends supported United, so I had to choose between being popular at home or at school,” he says.

“In the end I choose school because I didn’t want to be bullied.”

Steve eventually became a season ticket holder and says he did not miss a match for 47 years. All that changed on 24 May 2017 when Manchester United beat Ajax 2-0 in Stockholm.

“We were so lucky as United fans going through the [Sir Alex] Ferguson era, chasing titles and then building on that and trying to get to the next level of winning European trophies,” Steve says.

“I’d seen them win every single trophy, FA Cups in the 70s and 80s, the Cup Winners Cup in ’91, Premier League titles and, of course, the Champions League in 1999.

“I always said that if United won the Europa League – the only trophy I’d never seen them win – I’d pack it in. So when they did that night in Sweden, it felt like the last piece of the jigsaw had been completed.

“When you finish a jigsaw you can either look at it and enjoy, or you can smash it up and start again. I didn’t want to start again.”

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Sean Penn wins supporting actor Oscar for ‘One Battle After Another’

Sean Penn won the supporting actor Oscar on Sunday night for his performance as the ruthless, racist Col. Steven J. Lockjaw in Paul Thomas Anderson’s “One Battle After Another.”

The win marks the third Academy Award for the 65-year-old Penn and his first in the supporting category. He previously earned lead actor Oscars for “Mystic River” (2003) and “Milk” (2008), and had been nominated three other times in leading roles before this year. He beat out fellow nominees Benicio Del Toro for “One Battle After Another,” Jacob Elordi for “Frankenstein,” Delroy Lindo for “Sinners” and Stellan Skarsgård for “Sentimental Value.”

With his victory, Penn joins Meryl Streep, Jack Nicholson, Ingrid Bergman, Daniel Day-Lewis, Frances McDormand and Walter Brennan as three-time Oscar winners for acting. Katharine Hepburn is the only four-time acting winner.

Penn, who delivers a volatile, darkly comic performance in Anderson’s sprawling political thriller, emerged as the race’s front-runner after a surprise victory at the BAFTA Awards and the Actor Awards, whose voting body overlaps heavily with the motion picture academy.

Sean Penn did not attend the Oscars, so presenter Kiernan Culkin accepted the award on Penn’s behalf.

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