Expert Details Future of Drone Markets, AI Safety, and Workforce Training in UAS Sector
James McDanolds from Sonoran Desert Institute highlights established drone uses, AI integration, and training needs amid evolving unmanned aircraft regulations.
The gist
Drone inspection leads viable UAS markets while AI safety and workforce training grow vital in unmanned aviation.
Continuing coverage
All Artificial Intelligence →The unmanned aircraft systems (UAS) sector is undergoing rapid evolution as investment levels surge in autonomous aviation, advanced air mobility (AAM), and AI-enabled flight technologies. James McDanolds, Director of Uncrewed Technology Programs at the Sonoran Desert Institute, identifies critical drone market segments poised for sustainable growth. He emphasizes that industries already relying on drones for essential functions, notably critical infrastructure inspection, represent the most stable and economically promising areas. These uses cover inspection tasks in oil and gas facilities, transmission networks, and transportation infrastructure such as bridges and roads, where drones offer safer, faster access to vital data.
In critical infrastructure sectors, drones provide a distinct advantage by improving safety conditions and accelerating the assessment of asset integrity. Rapid condition evaluation and maintenance decision-making can prevent costly downtime and failures. McDanolds points out that companies unable to quickly assess infrastructure condition face significant financial risks, driving demand for drone-assisted inspection. This established drone application contrasts with other emerging segments that have yet to demonstrate consistent economic returns.
Drone delivery is marked as a medium-maturity market segment that is gaining clearer traction as technology and practical applications improve. While metropolitan delivery often draws attention, McDanolds highlights rural and emergency scenarios, such as blizzards blocking roads, where drone delivery of urgent medical supplies offers significant benefits. These environment-specific use cases underscore the value proposition of drones beyond urban logistics and indicate why drone delivery is transitioning from experimental to more operational stages.
Advanced air mobility remains in the early stages of development, with pioneering companies like Joby showing substantial progress. However, McDanolds notes that AAM still functions as a niche market with limited current scale. The technology’s potential is evident, yet widespread adoption and economic maturity have yet to be achieved, signaling that AAM’s future impact on commercial aviation remains in development.
Artificial intelligence integration into UAS operations presents both opportunities and challenges. McDanolds advocates for phased AI implementation, drawing parallels to existing commercial aviation automation such as autopilot systems that handle thoroughly tested flight phases. He stresses that AI should enhance areas like mission planning, detect-and-avoid functions, and predictive maintenance, but always with human oversight maintained, given the safety responsibilities operators bear despite unmanned flight status.
Workforce development emerges as a pressing challenge, with McDanolds identifying two primary cohorts entering the drone industry: newcomers and experienced professionals expanding into drone applications. He cautions against perceiving Part 107 certification as sufficient for employment, highlighting the necessity for practical flight skills and operational judgment under real-world conditions. Moreover, drone pilots often must interpret data outputs to support business decisions, making cross-disciplinary competence essential.
Looking at regulatory and operational integration, McDanolds foresees that near-term coexistence of crewed and uncrewed aircraft will require separation supported by evolving rules like Part 108. As unmanned operations scale and airspace becomes more congested, the integration of traditional and autonomous flight systems will deepen, moving beyond isolated ecosystems. This transition will be shaped by regulatory milestones and operational data gathered during current waiver-based drone deployments.
Finally, the upcoming implementation of Part 108 is identified as a key turning point for large-scale commercial UAS operations. Companies currently operating under beyond-visual-line-of-sight (BVLOS) waivers that enable multi-UAS and multi-location activities hold a strategic advantage. Data collected from these entities will inform final rulemaking and establish operational frameworks allowing single operators to manage extensive drone fleets, creating substantial economic opportunities for early adopters.
Frequently asked questions
- Which drone market segments are expected to provide sustainable returns in the near term?
- The most sustainable drone market segments are critical infrastructure inspection areas including oil and gas, transmission lines, and transportation infrastructure, where drones are essential tools providing safety and rapid asset assessment.
- How is artificial intelligence currently applied in unmanned aircraft systems, and what role does human oversight play?
- AI is being used in mission planning, detect-and-avoid systems, predictive maintenance, and autonomous decision-making, but operators maintain essential human oversight to ensure safety and manage risks in uncrewed flight operations.
- What workforce skills are drone employers seeking beyond Part 107 certification?
- Employers look for practical flight skills, the ability to operate safely under real-world conditions, and data interpretation capabilities to convert drone-collected information into actionable business decisions, beyond just holding a Part 107 certificate.
Read more
All Aviation Safety →
ICE Agents Abandon Partial Arrest at Las Vegas Airport, Arrest Man Later at LAX
A man was thrown to the ground and handcuffed by a pair of Immigration and Customs Enforcement (ICE) agents at Las Vegas Airport (LAS), only for them to run off mid-arrest, as the guy had a handcuff locked on one of his wrists. Honestly, when I first saw this, I assumed the the two "officers" were actually robbers posing as ICE agents. But nope, they're really ICE agents. I find the justification for why the ran off to be really strange as well… ICE agents attempt bizarre arrest at Las Vegas Airport A video has gone viral on social media, showing a man being restrained and handcuffed on the floor in the Las Vegas Airport terminal, in an incident that happened on the evening of Monday, July 13, 2026. The two officers are undercover and posing as passengers — when they notice they're being filmed, the one ICE agent lifts up the hood of his hoodie, while the other agent has a face mask on (always nice to see people who think masks work, right?). 😉 A passenger records all of this, at which point one of the ICE agents tries to swing at him to get him to stop filming (so much for our constitutional rights to film in public, eh?). Meanwhile there's a TSA agent there trying to "control" the situation and keep the crowd away, explaining that the two people are law enforcement. Eventually the two ICE agents just run off, leaving the man on the floor with one handcuff on. A subsequent video even suggests that they stole something from the man, but that hasn't been confirmed. View this post on Instagram A post shared by Chris Motley (@motleymodel) When I first saw this video, I genuinely thought this was some sort of a robbery, with the people posing as ICE agents, and the TSA officer being confused. If these are ICE agents, why did they just walk way in the middle of detaining him? They're just going to leave him with one handcuff on? Did they walk away because they made a mistake, or because they're that scared of being filmed by someone? For what it's worth, immediately after the incident, police removed the handcuff from the guy's hand, since he had no outstanding warrants. He was then able to continue on his flight to Los Angeles (LAX), though that wasn't the end of this story… ICE instead arrested him at Los Angeles Airport This man caught his flight, only to then be arrested by ICE upon landing at Los Angeles Airport (LAX). ICE has even made a social media post about this, identifying the man as a 57-year-old Vietnamese national who reportedly overstayed his visa. 🚨ICE Los Angeles arrested Phu Nguyen, 57, of Vietnam, at LAX, July 14. Nguyen overstayed his visa and, despite attempts by agitators to help him evade ICE officers at Las Vegas airport, was taken into custody as soon as he landed in Los Angeles. pic.twitter.com/UQ9lR0hEcK — ICE Los Angeles (@EROLosAngeles) July 15, 2026 The Department of Homeland Security (DHS) claims that the arrest was called off to "de-escalate the situation and for officer safety," due to "a crowd of anti-ICE agitators." Here's the full statement: On July 13, ICE attempted to arrest Phu Nguyen, an illegal alien who is an illegal alien and citizen of Australia and was born in Vietnam, at the Las Vegas Airport. As officers attempted to arrest Nguyen, a crowd of anti-ICE agitators surrounded officers. To de-escalate the situation and for officer safety, officers did not proceed with the arrest at the Las Vegas Airport and chose to instead arrest him at his flight the following day departing the Los Angeles International Airport on July 14. Nguyen entered the United States legally on a visa on May 27, 2013, with permission to remain in the United States until May 26, 2015. Nguyen refused to depart in violation of our nation's laws. He will receive full due process and remain in ICE custody pending the outcome of his removal proceedings. Being in detention is a choice. We encourage all illegal aliens to take control of their departure with the CBP Home App. The United States is offering illegal aliens $2,600 and a free flight to self-deport now. We encourage every person here illegally to take advantage of this offer and reserve the chance to come back to the U.S. the right legal way to live the American dream. If not, you will be arrested and deported without a chance to return. I'm sorry, I'm really confused here. The situation shown above rises to the point where they were concerned about officer safety? Honestly, these just seemed like concerned travelers who thought someone was being robbed. Like, if you see two people in hoodies pushing someone to the ground, is it wrong to ask what's going on, and to film? Did anyone threaten the ICE agents, or do anything that suggested they'd be violent? I understand we've seen some tense situations involving ICE, but this doesn't seem to rise to that level. Bottom line There's video going viral showing a man being handcuffed by two random-looking people at Las Vegas Airport, with bystanders even suggesting they took things from him. What makes this even stranger is that they just ran off after the guy had been handcuffed on one wrist. Clearly they didn't like to be filmed, given that one of the people even took a swing at the guy filming. Authorities have now confirmed that these were in fact ICE officers, and that this arrest was called off to "de-escalate the situation and for officer safety." Instead, the traveler was arrested upon landing at Los Angeles Airport, after his flight.
Czech Air Force Receives First Embraer C-390 Millennium 20 Months After Contract
The first C-390 Millennium transport aircraft was handed over to the Czech Air Force by Embraer on July 16, 2026, during a ceremony at Prague Kbely Air Base. The delivery marks the start of a new airlift capability for the country's armed forces. This comes just 20 months after the Czech Republic signed its acquisition agreement with the Brazilian manufacturer, a turnaround that Embraer pointed to as a sign of its ability to move swiftly in relation to customers' timelines. The ceremony drew a number of senior officials, including Czech Defense Minister Jaromír Zůna; General Miroslav Hlaváč, Chief of the General Staff of the Czech Armed Forces; General Petr Tománek, Commander of the Czech Air Force; and Bosco da Costa Junior, President and CEO of Embraer Defense & Security. NEWS | Embraer Delivers First C-390 Millennium to Czech Air Force Just 20 Months After Contract Signing. Read Full News: https://t.co/uSP43zhIjS pic.twitter.com/TMiL6Fdct0 — Embraer (@embraer) July 16, 2026 What the aircraft brings to the Czech Air Force Brigadier General Jaroslav Falta, Commander of the 24th Air Transportation Base, declared that the C-390 will give the Czech Air Force a meaningful new ability to move heavy and oversized cargo across long distances, supporting both NATO operations and domestic emergency response. He added that, while the aircraft itself is impressive, its real value comes down to the people trained to operate it. Defense Minister Zůna echoed that sentiment, describing the delivery as a milestone that strengthens the country's ability to transport personnel, equipment, and humanitarian aid, whether acting alone or alongside NATO allies. He said that the aircraft is expected to support the readiness and flexibility of Czech forces for years to come. Da Costa Junior, for his part, noted that the Czech Republic has been involved with the C-390 program since its early stages, contributing to its development alongside a Czech industrial base that Embraer expects to keep growing as the program expands. A new standard in tactical airlift With this delivery, the Czech Republic has become the latest country to bring the C-390 Millennium into service, joining a list of operators that includes Brazil, Portugal, Hungary, South Korea, the Netherlands, Austria, Uzbekistan, Sweden, the United Arab Emirates, Slovakia, and Lithuania. Designed and built in the 21st century, the C-390 is positioned as the most modern aircraft in its class of medium military transports. It's capable of carrying up to 26 tons of payload, more than any other comparable aircraft in its category, while also flying faster, at speeds up to 470 knots, and over longer distances. Additionally, the aircraft can operate from unpaved or temporary runways, giving it flexibility in less developed or damaged airfields. Its mission profile extends well beyond basic cargo runs. The C-390 can handle troop transport, equipment and personnel airdrops, medical evacuation, search and rescue operations, firefighting, and humanitarian relief missions. With the addition of quick-installation air-to-air refueling equipment, it can also function as either a tanker or a receiver aircraft, adding another layer of versatility for the air forces that operate it. RELATED France and Germany seek new defense dynamic after fighter jet project failure
Emergency TCAS Alert Prevents Mid-Air Collision Between Iberia and Air Europa Jets Over Atlantic
A mid-air collision between two packed commercial airliners high above the Atlantic Ocean was narrowly avoided after an emergency system often described by aviation experts as “the last line of defense” issued an alert to the pilots of both aircraft to take evasive action. The shocking incident occurred on July 10 but is only now coming to light after the trusted industry publication, the Aviation Herald , obtained information about what appears to have been an incredibly close call. The two aircraft involved in the incident both belong to Spanish Airlines: An Airbus A321XLR narrowbody aircraft operated by Iberia, which was flying from Recife, Brazil, to Madrid, Spain, and a Boeing 787-9 Dreamliner, operated by Air Europa and flying from Madrid to Paulo Guarulhos, Brazil. Iberia flight IB-140 was flying northbound towards Europe at an altitude of around 36,000 feet above the Atlantic, while Air Europa flight UX-57 had also been reportedly cleared to fly at the same altitude, and on the same track as the Iberia, but in the opposite direction. Flying across the Atlantic requires special training for pilots because of the complicated system of ‘tracks’ that criss-cross between North and South America and Europe – a sort of freeway in the sky which requires an advanced driving license to be allowed to drive along. Air traffic controllers clear pilots to fly along a designated track at a specific altitude with clear separations between planes. What exactly went wrong in this case is yet to be determined, although the fact that an emergency alert system was activated is some evidence of how close the two airplanes came to a disaster. The alert system in question is called TCAS, or Traffic Alert and Collision Avoidance System. TCAS sounds an audible alarm in the cockpit if it detects the threat of a midair collision. It functions independently of ground-based alert systems, giving alerts when all other systems have failed. The system provides two levels of threat alert: Traffic advisories and resolution advisories. It’s not known whether the system provided a traffic advisory or a resolution advisory. In any case, the pilots of the Iberia A321XLR immediately reacted to the alert and descended to avoid c colliding with the Air Europa plane. Both planes arrived at their intended destinations without further incident. When pilots receive a resolution advisory, the TCAS system will give instructions on what kind of manoeuvre the pilots need to perform to avoid a collision, which could involve quickly climbing or descending to get out of the way of the other aircraft. These manoeuvres can be pretty dramatic, and, in the past, resolution advisories have resulted in some nasty injuries to passengers and crew who have been thrown about the cabin.
Two Jets Trigger TCAS Alert Over Atlantic After Cruising Altitude Conflict
Every so often we see close calls involving commercial aircraft. As a general rule of thumb, the closer you are to an airport, the higher the odds of a close call, given that this is also the airspace that tends to be the most congested. Well, here's something you rarely see — two planes were flying over the Atlantic Ocean at cruising altitude, heading directly for one another at the same altitude. Fortunately TCAS saved the day, as usual. However, one wonders how this screw up happened in the first place. Air Europe & Iberia jets get TCAS alert off the coast of Africa The Aviation Herald has the details of an incident that happened in the very early morning hours of Friday, July 10, 2026. It involves two aircraft: An Europa Boeing 787-9 with the registration code EC-ODH that was operating flight UX57 from Madrid (MAD) to Sao Paulo (GRU) An Iberia Airbus A321XLR with the registration code EC-OLE that was operating flight IB140 from Recife (REC) to Madrid At the time of the incident, at 1:23AM UTC, both planes were flying at 36,000 feet, over the Atlantic Ocean, near the West Saharan coast. As you'd expect, the Air Europa plane was traveling southwest bound, and the Iberia plane traveling northeast bound. The planes were flying the same airway, but in opposite directions. Specifically, airway N857, between ETIBA and BIPET reporting points. Think of these airways as being like highways in the sky, where planes fly the same "track." Anyway, while flying their assigned paths (or so they thought), both planes had TCAS resolution advisory alarms go off. For those not familiar with TCAS, this stands for Traffic Collision Avoidance System, and it issues resolution advisories to pilots, giving them instructions about what maneuvers to make, based on traffic becoming dangerously close. As the resolution advisories activated, the Air Europe Boeing 787 climbed, while the Iberia Airbus A321 descended. Both aircraft ultimately continued to their destinations, and landed safely. I'm curious what it was like in the cabin, as passengers must have felt the very sudden altitude change. Suffice it to say that planes flying the same path but in opposite directions could have catastrophic implications. That's especially true when you consider how quickly the planes were moving toward one another, leaving little time to respond. Assuming both planes were traveling at around 500 miles per hour, that means they were approaching one another at a speed of 1,000 miles per hour. Air Europa Boeing 787-9 location at time of incident Iberia Airbus A321XLR location at time of incident Was this a pilot air traffic controller error, or…? To state the obvious, something went seriously wrong for two planes to have a TCAS resolution advisory while at cruising altitude on a long haul flight, especially while flying on predictable airways. Generally aviation has a built-in buffer to avoid these kinds of potential head-on flight paths crossing, as planes flying west typically fly at even thousands of feet (36K, 38K, etc.), while planes flying east typically fly at odd thousands of feet (35K, 37K, etc.). The thing is, that doesn't always apply in oceanic airspace. So who messed this up? Were the pilots of one of the planes not flying at their assigned altitude? Was one of the planes given incorrect clearance instructions? It's interesting to note that the Iberia A321 which was initially flying at 36,000 feet descended to 35,000 feet due to the TCAS resolution advisory, then climbed to 37,000 feet, and then later climbed to 38,000 feet. Bottom line An Iberia Airbus A321XLR and Air Europa Boeing 787-9 had a very close call over the Atlantic Ocean near Africa, when a TCAS RA triggered for both aircraft. The planes were flying on the same track in opposite directions at the same altitude. Following the alert, one plane climbed, while the other plane descended. It goes without saying that this shouldn't happen. One just wonders where the mistake was made that caused this. What do you make of this very odd cruising altitude TCAS situation?
The Daily Touch & Go
The day's best aviation news in your inbox. Free, no spam.