The deadly crash of a Learjet 60 business jet in Florida has triggered speculation on social media that the aircraft might have been shot down by US air-defence systems protecting President Donald Trump’s Mar-a-Lago residence. However, the available flight data, the pilots’ final communications with air traffic control and the initial findings of federal investigators point towards a serious aviation emergency, not an established military interception.
The aircraft, registered as N722BD, crashed in Palm Beach County on November 1, killing all nine people aboard. It was travelling from Austin-Bergstrom International Airport in Texas to North Eleuthera Airport in the Bahamas when it plunged towards the ground near Lake Worth Beach, close to the Greenacres mobile home community.
Dashcam footage captured the aircraft descending at an extremely steep angle before striking the ground and erupting into a massive fireball. The impact created a large crater near a residential area. Local authorities evacuated residents from the surrounding community as emergency services responded to the disaster.
The crash occurred approximately 10 kilometres from Trump’s Mar-a-Lago resort, where the US president was also present on November 1. That geographical proximity, combined with the recent deployment of military air-defence equipment around the presidential property, quickly became the foundation for speculation about a possible shootdown.
The Federal Aviation Administration (FAA) and the National Transportation Safety Board (NTSB) have opened investigations into the accident. The NTSB is leading the investigation, with the FAA providing assistance. Neither agency has established the cause of the crash.
According to the NTSB, the aircraft was operated by Aurora Aviation, doing business as Upper Jet. Its investigation is registered under identification number ERA27MA026.
The timing of the accident was particularly striking because the US military had recently strengthened air-defence arrangements around Mar-a-Lago.
In late October, the North American Aerospace Defense Command (NORAD) confirmed that additional ground-based air-defence assets had been deployed in and around the presidential property at the request of the US Secret Service.
The deployment included AN/TWQ-1 Avenger short-range air-defence systems, which use FIM-92 Stinger missiles to engage certain low-flying aerial threats, including aircraft and unmanned aerial vehicles.
The move came amid heightened security concerns surrounding Trump’s visits to his Florida residence. The presence of these systems attracted considerable attention, particularly after military equipment was spotted aboard a barge in the Intracoastal Waterway near Mar-a-Lago.
The deployment was not the only development contributing to the speculation.
On October 24, an F-16 fighter aircraft operating under NORAD intercepted a civilian aircraft that had entered restricted airspace near Mar-a-Lago. According to military officials, the fighter pilot performed a standard manoeuvre known as a “headbutt” to attract the civilian pilot’s attention.
The F-16 positioned itself directly ahead of the civilian aircraft, prompting its pilot to establish radio contact and follow instructions to leave the restricted airspace safely.
NORAD has also reported more than 60 interceptions of aircraft violating temporary flight restrictions around Palm Beach since Trump returned to the White House in January 2025.
These developments created an environment in which the Learjet crash was quickly linked to military activity. Some social media users suggested that an Avenger missile might have struck the aircraft, while others speculated about a possible air-to-air engagement involving an F-16.
The proximity of the crash to Mar-a-Lago and Trump’s presence at the resort made the claims more widely circulated. However, the existence of air-defence systems and previous fighter interceptions does not establish that either played a role in the November 1 accident.
Perhaps the most important evidence available so far comes from the aircraft’s final communications with air traffic control.
The radio exchanges, subsequently reported by several aviation publications, reveal that the crew had been dealing with icing and turbulence before the aircraft suddenly entered an uncontrolled descent.
At approximately 12:47 p.m. local time, while flying at around 35,000 feet, the crew informed air traffic control that they were experiencing light clear icing, which they initially considered manageable, and moderate turbulence.
The aircraft was also experiencing altitude deviations of approximately 700 feet. The outside air temperature was around minus 53 degrees Fahrenheit.
The pilots subsequently reported encountering precipitation and requested permission to climb to 37,000 feet in search of smoother conditions. Air traffic control approved the request.
However, less than 30 seconds after the approval, the situation deteriorated dramatically.
The final communications included the following exchanges:
Pilot: “722 Bravo Delta, we’re descending 8,000. Mayday, Mayday. We’re descending 10,000 feet per minute.”
Air traffic control: “November 722 Bravo Delta, roger.”
Pilot: “Declaring emergency, 722 Bravo Delta. We are in an overspeed condition. Descending 20,000 feet per minute.”
Air traffic control: “November 722 Bravo Delta, roger. Let me know what you need.”
Pilot: “We’re going to crash into the ground, 722 Bravo Delta.”
Air traffic control: “November two Bravo Delta, I’m here with you. Talk to me.”
The pilot subsequently reported a descent rate of approximately 22,000 feet per minute and a steep banking angle.
In the final moments, the crew could be heard urgently reacting to the rapidly deteriorating situation.
The exchange provides an extraordinary account of the aircraft’s final seconds. More importantly, it establishes that the crew reported icing, turbulence, precipitation and a rapidly accelerating descent before the crash.
There is no publicly established evidence in the communications that the aircraft was struck by a missile or that the crew reported an explosion or an external attack.
That does not independently rule out every possible external cause, but it provides no support for the shootdown allegation.
The NTSB’s preliminary account also confirms the sequence of icing reports, precipitation, the request to climb, and the subsequent mayday transmission.
Flight-tracking information provides another important piece of the puzzle.
According to data analysed by Flightradar24, the Learjet was cruising at approximately 35,000 feet before entering an extraordinarily steep descent.
Within roughly a minute, its recorded altitude dropped to 8,750 feet. The aircraft’s descent rate exceeded 30,000 feet per minute in the final stages recorded by tracking systems.
The figures indicate an extreme loss of altitude rather than a conventional emergency descent.
An aircraft experiencing a sudden loss of control can enter a steep dive, particularly if its flight-control surfaces or tail assembly become damaged or separated.
At excessive speeds, aerodynamic forces can increase dramatically, potentially causing structural failure. Severe turbulence, icing and other atmospheric conditions can also contribute to a loss of control.
However, the precise sequence of events aboard N722BD remains unknown.
Importantly, investigators have already identified evidence that the aircraft may have begun breaking apart before hitting the ground.
At a November 2 briefing, NTSB board member Tom Chapman said investigators had found indications of an in-flight breakup and could discover aircraft components some distance from the main impact site.
This is significant because it challenges the assumption that the aircraft remained completely intact throughout its descent, as some interpretations of the dashcam footage have suggested.
The investigators have not yet established which components separated, why they separated or whether structural failure occurred before or during the descent.
Weather conditions at 35,000 feet will be a major focus of the investigation.
The capabilities of the AN/TWQ-1 Avenger air-defence system provide another reason to question the shootdown hypothesis.
The Avenger is a short-range, mobile air-defence platform designed primarily to protect ground forces and important installations against low-altitude aerial threats.
It uses FIM-92 Stinger missiles, which are designed to engage aircraft and helicopters operating within their relatively limited engagement envelope.
Depending on the missile variant and engagement conditions, its effective range is approximately five kilometres, while its maximum range is generally cited at around eight kilometres.
Its altitude and engagement limitations are particularly relevant to the Learjet accident.
The business jet was cruising at approximately 35,000 feet when the crew first reported difficulties. That altitude is far beyond the normal engagement envelope of a shoulder-fired-class Stinger missile system deployed in an Avenger configuration.
Moreover, the crash occurred approximately 10 kilometres from Mar-a-Lago, according to the reported location estimates.
Although the aircraft subsequently descended towards the ground, the combination of its initial altitude, distance from the presidential property and extremely rapid loss of control makes a conventional Avenger engagement an implausible explanation.
The fact that an air-defence system was deployed near Mar-a-Lago does not mean it could engage every aircraft flying in the surrounding region.
It is also important to distinguish between the existence of an air-defence deployment and evidence of an actual engagement. No publicly available official information has established that an Avenger system fired a missile on November 1.
Another version of the conspiracy theory suggests that a US Air Force F-16 might have intercepted or attacked the business jet.
This allegation also lacks supporting evidence.
The October 24 interception near Mar-a-Lago is a genuine incident, but it involved a different civilian aircraft that had entered restricted airspace.
NORAD confirmed that an F-16 performed a standard headbutt manoeuvre, after which the civilian pilot established radio contact and safely exited the restricted area.
There is no publicly reported evidence that an F-16 was scrambled to intercept N722BD on November 1.
The distinction matters because fighter aircraft regularly patrol and enforce restricted airspace around sensitive locations. Such interceptions are not necessarily hostile engagements.
The presence of fighter aircraft and ground-based air-defence equipment around a presidential residence is a security measure, not evidence that a nearby aviation accident involved military action.
Several aviation professionals have pointed towards the possibility that severe weather contributed to the accident.
Matthew ‘Whiz’ Buckley, a former TOPGUN adversary fighter pilot and host of the MAX Afterburner programme, challenged the missile-interception theory in a video posted on X. He pointed towards turbulence, icing and severe weather as possible explanations.
Former Indian Army Major Madhan Kumar also highlighted the aircraft’s reported weather difficulties.
He noted that the Learjet was cruising at approximately 35,000 feet when its crew reported icing and moderate turbulence before requesting permission to climb.
The aircraft subsequently entered an extreme descent, with tracking information indicating a rate exceeding 30,000 feet per minute.
Weather conditions are particularly important because atmospheric disturbances at high altitude can be substantially different from conditions observed on the ground.
Aviation investigators will need to reconstruct the weather encountered by the aircraft, including the possibility of severe turbulence, icing, precipitation and convective activity.
However, icing should not automatically be treated as the established cause. The Learjet 60 is equipped with anti-icing and de-icing protections, and investigators must determine whether the conditions exceeded the aircraft’s operational capabilities or whether another failure contributed to the loss of control.
The NTSB has specifically identified weather as a major investigative priority while cautioning against premature conclusions.
The Learjet 60 crash has produced a combination of dramatic footage, frightening cockpit communications and an unusual geographical coincidence involving one of America’s most heavily protected presidential residences.
These circumstances have provided fertile ground for conspiracy theories.
However, the available evidence must be separated from speculation.
The aircraft’s crew reported icing, moderate turbulence and precipitation. They requested a climb to 37,000 feet, but less than 30 seconds later reported an emergency and an extraordinary descent rate. Flight-tracking data confirms the rapid loss of altitude, while investigators have identified preliminary evidence of an in-flight breakup.
Meanwhile, the Avenger systems deployed around Mar-a-Lago are short-range air-defence assets whose normal engagement capabilities are inconsistent with an interception of an aircraft cruising at 35,000 feet. There is also no publicly established evidence of an F-16 engagement or missile launch.
Investigators must now examine the wreckage distribution, aircraft maintenance history, flight-control systems, weather conditions, radar information and available flight-recorder evidence.
The NTSB has also indicated that the aircraft had been equipped with a cockpit voice recorder at some point, although investigators were still determining whether it was installed aboard the aircraft at the time of the accident and whether it could be recovered.
Until that work is completed, the cause of the crash remains undetermined.
The missile-interception theory may attract attention because of the proximity to Mar-a-Lago and the recent deployment of military air-defence systems. But proximity is not proof, and the available evidence does not substantiate claims that the Learjet was shot down.
For now, the strongest investigative leads concern the aircraft’s sudden loss of control, the reported icing and turbulence, and the possibility of an in-flight structural breakup.
