Drones

April 30 (UPI) — Israeli forces intercepted and boarded the Global Sumud Flotilla in international waters off Greece on Thursday, preventing it from delivering aid to Gaza and drawing international condemnation.

The Israeli military, using drones and armed personnel, blocked the fleet of ships in the Mediterranean Sea off the coast of the Greek island of Crete. Twenty-two of 58 vessels were seized, with passengers held at gunpoint.

“Our boats were approached by military speedboats, self-identified as ‘Israel’, pointing lasers and semi-automatic assault weapons, ordering participants to the front of the boats and to get on their hands and knees,” the Global Sumud Flotilla aid mission said in a statement.

The Israeli Foreign Ministry said in a social media statement on Thursday that it detained about 175 activists from the more than 20 boats of the flotilla.

“Well done to our Navy!” Prime Minister Benjamin Netanyahu said in a statement following the operation, stating he had directed the military to intercept the boats before they reached Gaza.

“No ship and no Hamas supporter reached our territory, and not even our territorial waters. They were turned back and will return to their countries of origin.”

The flotilla was sailing from Barcelona, Spain, to Gaza when its ships were intercepted. Crete is more than 700 miles from the Palestinian enclave.

The Global Sumud Flotilla social media page posted that Israeli forces smashed engines and destroyed navigation arrays on its ships before retreating.

“Intentionally leaving hundreds of civilians stranded on powerless, broken vessels directly in the path of a massive approaching storm,” the social media post reads. “Furthermore, communications with multiple vessels have been jammed, severing their ability to coordinate or signal for help.”

Israel has maintained a maritime blockade of Gaza since 2009. It has said the blockade is meant to block weapons smuggling to Gaza.

The Israeli Foreign Ministry called the aid flotilla a “PR stunt.”

“As international media have exposed, these are professional provocateurs on pleasure cruises, addicted to self-promotion,” the Israeli Foreign Ministry wrote on social media.

Numerous countries, politicians and human rights organizations voiced condemnation of the Israeli operation, with a dozen-country bloc, including Brazil, Pakistan, Spain, Malaysia and South Africa, describing the interception as an “Israeli assault” on a peaceful civilian humanitarian initiative.

“The Israeli attacks against the vessels and the unlawful detention of humanitarian activists in international waters constitute flagrant violations of international humanitarian law,” the bloc said in a statement.

Italian President Giorgia Meloni separately condemned the seizure, while Turkey’s Foreign Ministry called upon the international community “to adopt a unified stance against this unlawful act by Israel.”

The U.S. State Department, meanwhile, issued a statement condemning the flotilla.

The U.S. Marine Corps wants to field its first conventional takeoff and landing Collaborative Combat Aircraft (CCA) drones in 2029, and is also looking at the possibility of fielding similar drones with short takeoff and landing capabilities. The news comes soon after the service outlined its plans for Kratos’ XQ-58 Valkyrie, and potentially other CCAs, to be paired with its F-35s as a “bridge” to an entire family of next-generation air combat capabilities, which could include a sixth-generation crewed fighter. You can read more about the implications of that in our previous coverage.

Updates on the latest developments within the Marine Corps’ CCA program were provided by Col. Scott Shadforth, a program manager for the Expeditionary and Maritime Aviation Advanced Development Team (XMA-ADT), at the annual Modern Day Marine conference in Washington, D.C., at which TWZ is in attendance.

The Corps’ CCA efforts currently fall under a program called Marine Air-Ground Task Force (MAGTF) Uncrewed Expeditionary Tactical Aircraft (MUX TACAIR). The MAGTF is the primary organizing concept around which the service deploys air and ground forces.

Shadforth defines the CCA program as “how the Marine Corps is going after increasing the lethality of existing and future tactical aircraft in a high-threat environment.”

The MUX TACAIR effort emerged out of a previous effort that the Marine Corps War Fighting Lab sponsored as part of a Rapid Defense Experimentation Reserve (RDER) with the Office of the Secretary of Defense (OSD). This earlier program was known as the Penetrating Affordable Autonomous Collaborative Killer — Portfolio (PAACK-P).

The Marine Corps is kicking off its CCA efforts with a landing gear-equipped version of the XQ-58. In contrast, the previous PAACK-P program involved the rocket-assisted takeoff (RATO) variant of the XQ-58. Meanwhile, the MQ-58 designation refers to Marine-specific variants of Kratos’ Valkyrie now in development, although it remains unclear how official this is. 

As Shadforth explained, under MUX TACAIR, the Marine Corps is attempting to answer the question: “How do we take that essential [XQ-58] airframe itself and turn it into a conventional takeoff and landing [CTOL] platform so that it’s reusable at a higher rate?”

The OSD effort involved four flights of the XQ-58, culminating in the fall of 2024. At the beginning of this month, the Marine Corps completed a risk-reduction flight involving XQ-58 payloads and integration at China Lake.

Up to this point, the tests have all involved RATO variants of the XQ-58, but the Marines are targeting a first flight using conventional takeoff and landing sometime in the mid- to late summer of this year.

Shadforth confirmed that the “ultimate goal” for the MQ-58 effort is to get its hands on “deliverable prototypes” in the summer of 2029. In an ideal case, he added, these would be delivered to VMX-1 in Yuma, “so the Marine Corps can actually get their hands on the aircraft and fly the aircraft in a tactical environment and develop the CONOPS for how they’re actually going to employ those.”

VMX-1, or Marine Operational Test and Evaluation Squadron One, has multiple aircraft types in its inventory and is responsible for tests and evaluations of all types of Marine aircraft and associated systems, while assisting in the creation of tactics, techniques, and procedures (TTPs). You can read more about its work here.

MUX TACAIR doesn’t start and end with the MQ-58, however.

Shadforth said that the Marine Corps is currently exploring further MUX TACAIR options with “several vendors,” including General Atomics and Anduril. Meanwhile, the branch is also working with Northrop Grumman as part of the MQ-58 effort.

As to how the CTOL MQ-58 will be best integrated with the fleet of Marine Corps F-35Bs, which feature short takeoff and landing (STOVL) at the heart of their capabilities, this is something the service is still weighing up.

According to Shadforth, the Marine Corps “is always going to be interested” in finding ways for fixed-wing aircraft to operate from shorter runways, suggesting that a STOVL-type CCA could well be part of its future plans. Of course, a return to the RATO-capable MQ-58 could be one way of achieving this.

For now, the Marine CCA effort is squarely focused on the CTOL variant of the Valkyrie, but Shadforth said that it’s also looking toward the future, including “other vendor offerings, whether they exist in reality or not, that remove the need for landing gear.” CCAs that offer either runway independence or that are able to operate from shorter or improvised airstrips represent a capability “the Marine Corps will be interested in exploring,” Shadforth added. One obvious candidate here would be the X-BAT, the jet-powered autonomous stealth ‘fighter’ drone designed to take off vertically and land the same way, tail first, after completing its mission. 

At this point, it should be recalled that Kratos said earlier this year that the CTOL version of the Valkyrie being developed for the Marines will still be able to make rocket-assisted takeoffs from static launchers. This means the drone will retain a valuable degree of runway independence, though it will have to touch down on a runway at the end of its sortie.

Before that, Kratos also unveiled a special launch trolley that allows variants of the XQ-58 without landing gear to take off from traditional runways, though not land back on them, as seen in the video below.

Kratos Valkyrie Trolley Launch System

An aircraft with some kind of STOVL capabilities “just kind of opens up the world to us, where we don’t need 7,000-, 8,000-, 9,000-, or 10,000-foot paved runways. Those are always capabilities that we’re interested in,” Shadforth said.

Overall, this is a somewhat surprising route, considering that the XQ-58 in its basic form is already runway independent. This would suggest the Marines, in the future, are looking specifically for something that combines STOVL performance with faster sortie rates. After all, the XQ-58 also requires some infrastructure for that and requires a reset time. A STOVL or VTOL type of CCA would also be able to deploy and operate alongside the F-35B more seamlessly.

“As far as how CCA is envisioned integrating with existing STOVL-type platforms, the Marine Corps is kind of on the front end right now of getting CCA out to the operational forces. A lot of that’s going to come through experimentation and evaluation. As we target the 2029 timeframe to get prototypes out to VMX-1, part of their mission set is going to be: now we’ve physically got these things, how are we actually going to employ them with the various tactical aircraft we have available?” he continued.

As well as the STOVL F-35Bs, these tactical aircraft include CTOL/carrier-capable F-35Cs and potentially legacy F/A-18 Hornets, as well as other Joint Force capabilities.

Shadforth continued: “Those are issues that are going to have to be explored and experimented with for how we’re going to see how those CCAs are going to operate. The point being there’s no set solution at the moment.”

In terms of missions, the Marine Corps is initially focusing MUX TACAIR on an “electronic warfare type platform,” Shadforth said. “Those are the payloads we’re interested in looking at at the moment.”

XQ-58A Valkyrie Demonstrator Inaugural Flight

But Shadforth confirmed that other efforts with different vendors are exploring how to use the space within the Valkyrie air vehicle to see what other payloads and capabilities are available to the Marine Corps. Not only usefulness but timeliness are important factors here, Shadforth added.

Kratos is known to be working on a miniature cruise missile called Ragnarok, which the XQ-58 can carry in its internal bay and externally under its wings, and you can read more about it here. Renderings have also shown Valkyries with AIM-120 Advanced Medium Range Air-to-Air Missiles (AMRAAM) under their wings. The drone can carry Small Diameter Bombs (SDB) internally, and has demonstrated drone launch — launched effects are therefore almost certain to be included for the electronic warfare mission.

Within all this, it is important to remember that, at this point, the Marine CCA effort is still very much in the prototyping phase, led by the MQ-58. As Shadforth noted, the service has “not entered into a specific acquisition-type construct yet,” beyond developing these prototypes. Nevertheless, with a timeline now in place to get the first MQ-58s to Yuma, and with conventional takeoff and landing trials expected in the next few months, MUX TACAIR reflects the overall acceleration of the Corps’ CCA program.

Contact the author: thomas@thewarzone.com

Over the course of a nearly two-month old war with Israel, Hezbollah has been increasing its use of fiber-optic controlled first-person view (FPV) drones against Israeli troops and vehicles, something we were among the first to note. Now, it appears that Israel is resorting to the use of anti-drone netting on its vehicles to help protect them from the one-way attack drones. These attacks are occurring even amid an ongoing, though extremely fragile, ceasefire.

A video emerged Wednesday on social media showing an Israeli vehicle festooned with the netting, draped like a soccer goal from metal arms extending out and above. The idea, as we have reported in the past, is that drones will get caught up in the nylon or mesh metal nets and become disabled, or the nets will help keep the drones far enough from the occupants before exploding to keep them from being killed. The latter is a far more limited scenario and depends on the vehicle type and the warhead on the drone. Based on the video we are seeing, the level of protection netting can provide passengers in the open-top Israeli vehicle if a trapped drone’s warhead were to detonate is likely very little.

The video began to circulate amid growing controversy in Israel over what is perceived as the IDF’s inability to counter the Hezbollah FPV drone threat. The frustration reached a new level over the weekend, after an Israeli soldier was killed and six were wounded by a Hezbollah drone. A followup attack was launched while the IDF was medevacing the wounded, narrowly missing the helicopter.

You can see the drone narrowly miss the helicopter in the following video. 

“The attack laid bare a growing vulnerability: the Israel Defense Forces’ lack of preparedness for first-person view (FPV) drones in Lebanon, which have been an increasingly prominent weapon in Hezbollah’s arsenal during the current fighting,” the Times of Israel reported on Monday. “The Israel Defense Forces has reported dozens of drone-related injuries in recent weeks, though most were minor. Sunday’s attack marked the first fatal FPV drone strike on Israeli forces.”

“Yet the emergence of fiber optic-guided drones should not have come as a surprise,” the paper highlighted. The reason is what we noted in our previous story about this issue. The militant Lebanese group has used FPV drones against Israel since 2024 and they have been widely used by both sides in the Ukraine war for several years, as well as in other conflicts zones around the globe.

These strikes have become more prevalent the deeper Israel went into southern Lebanon. Videos of these recent attacks have been showing up on social media.

Hezbollah conducted more fiber-optic FPV strikes on Israeli vehicles in Lebanon, including two ‘Merkava’ Mk.4 tanks, a D9 Caterpillar armored bulldozer, and what appears to be a rare ‘Namer’ heavy IFV equipped with a turret mounting a 30 mm Bushmaster Mk 2 cannon.
1/ https://t.co/ms2nagNHrD pic.twitter.com/WDs6M3SpwW

— Roy🇨🇦 (@GrandpaRoy2) April 5, 2026

Moreover, Israeli Merkava tanks began sporting metal additions on top of vehicles meant to deflect top-down attacks from drones during the conflict in Gaza two years ago, which you can read more about here. Some of those tanks that have come under attack recently have been observed with them as well. So Israel has been working to deal with the evolving FPV drone threat, on some level, for some time and it is not alone in struggling with it. Most militaries in the world face the possibility of this same vexing threat with no clear blanket countermeasure to deal with it.

Israeli military officials acknowledge that the IDF still lacks an effective counter to fiber-optic-guided drones, the Times of Israel noted, for reasons we have frequently reported. Fiber optic cables mitigate the effect of electronic warfare efforts to jam radio signals as well as some of the limitations imposed by geographical features that can impede the line-of-sight radio connection between drone and operator.

“The IDF initially assessed that Hezbollah’s fiber optic drones could only operate over a few kilometers,” the outlet stated. “Later, the military discovered launches occurring from distances of up to 15 kilometers (nine miles).”

“The gap was underscored on April 11, when the Defense Ministry’s Directorate of Defense Research and Development issued a public call for solutions to the threat — nearly two years after such systems first surfaced in Ukraine, and weeks into the current conflict with Hezbollah,” according to the Times of Israel. “The Defense Ministry is seeking additional capabilities to address this threat. The purpose of this request is to identify innovative and mature technologies.”

⚡️🇮🇱🇱🇧Times of Israel: Sunday’s Hezbollah drone attack in Taybeh, which killed Sgt. Idan Fooks and wounded six others, has exposed the IDF’s lack of preparedness for first‑person view (FPV) drones, particularly those guided by fibre‑optic cables which are immune to electronic…

— War Monitor (@monitor11616) April 28, 2026

It’s unclear how widespread the use of netting is currently by the IDF in southern Lebanon.

“The issue of drones carrying fiber-optic cables is currently a threat without a clear solution,” a high-ranking IDF official, who just returned from Lebanon, told us. “What’s been shown in the video seems more like an experimental concept rather than something that is already operational in the field.”

“In practice, forces are using various improvised solutions—fishing nets, camouflage nets, even soccer nets, along with drills involving small-arms fire at drones,” he added. “However, I personally haven’t seen the specific net system mentioned being used on the ground yet.”

The official said someone from the IDF’s ground forces research and development team told him that the conclusion in the military is that “this solution is highly problematic. It allows the lower parts of the vehicle to remain exposed, areas that the net doesn’t cover. The likely next step for the adversary would be to detonate the drone at a distance from the net, causing shrapnel to disperse toward the forces.”

In a post on X Tuesday, Israeli military journalist Doron Kadosh said the issue of how to deal with Hezbollah FPV drones “took up significant volume in [Monday]’s discussion at the IDF’s senior command forum at Ramat David. The commander of the 282nd Artillery Brigade, which is currently fighting in Lebanon, Col. G., told the commanders: ‘The drone threat is a significant operational challenge that we’re dealing with. We need to think about how to organize better against this threat.’”

IDF combat unit commanders fighting in Lebanon “now express great frustration with the drone threat and the few tools the IDF has to counter them,” Kadosh added. “‘There’s not much you can do about it,’ says a commander currently fighting in Lebanon. The briefing the forces receive boils down to— ‘Stay alert, and if you spot a drone—shoot at it.’”

Some IDF units “have already begun developing independent responses to the threat—for example, nets deployed over positions, houses, and windows—so that the drone gets caught in the net and doesn’t hit its target,” Kadosh continued. “This is an improvised response; we’ve started deploying it with some of the forces, but it’s far from sufficient,” an officer currently fighting in Lebanon told the reporter. This would follow exactly what we saw in Ukraine, as both sides looked to improvised forms of protection from incoming drones, leading to rapid experimentation and many dead ends.

הבוקר אצל @efitriger:

איום רחפני הנפץ שמאתגר את כוחות צה״ל בדרום לבנון בשורת התקפות יומיומיות של חזבאללה:

הסוגיה תפסה נפח משמעותי גם בדיון פורום הפיקוד הבכיר של צה״ל אתמול ברמת דוד. מפקד חטיבת התותחנים 282 שנלחמת כעת בלבנון, אל״ם ע׳, אמר למפקדים: ״איום הרחפנים הוא אתגר מבצעי… pic.twitter.com/jiSGrSEBGH

— דורון קדוש | Doron Kadosh (@Doron_Kadosh) April 28, 2026

Despite the limitations, this netting has become fairly common in Ukraine, with both sides using netting over vehicles, buildings and miles and miles of roadway to provide safer corridors of travel.

About anti-FPV road net tunnels:

“Thousands of kilometers of equipped anti-drone corridors block the main logistical routes all the way to the forward positions
The goal is to ensure security up to a depth of 100 km from the contact line.”
6/ https://t.co/Avipifv6Fr pic.twitter.com/ES7gq20lln

— Roy🇨🇦 (@GrandpaRoy2) April 29, 2026

As we noted in our last piece on the growing FPV threat to Israeli forces, active protection systems (APS) on armored vehicles are being adapted to provide hard-kill counter-drone protection. These systems use sensors to detect incoming rocket-propelled grenades, missiles, and other projectiles, and fire projectiles to hit them before they strike the vehicle. Israel is a major pioneer in the APS space, with systems being deployed for decades, but just how soon it can upgrade existing systems, such as Iron Fist, for this application isn’t clear. Also, this doesn’t help many lighter vehicles that do not have APS capabilities. Still, it is one bright spot of hope of creating a defense against fiber optic FPVs, at least for lower volume attacks, although these are also very costly systems.

Iron Fist APS | Active Protection System for Armored Vehicles

Regardless, we are likely to see more Israeli vehicles equipped with nets and other forms of passive protection in the coming days, and likely more advanced countermeasures if the war grinds on for a prolonged period.

Contact the author: howard@thewarzone.com

Ukraine has targeted a major Russian oil refinery in the Black Sea port city of Tuapse for the third time in less than two weeks, setting off a fresh blaze and prompting authorities to evacuate local residents.

April 27 (UPI) — A 5-year-old girl who went missing from a central Australian Indigenous community over the weekend was abducted, authorities said Monday, as they search for a 47-year-old man who they believe may be connected.

Sharon Granites was reported missing from her residence in Old Timers, an Aboriginal town camp in Alice Springs, located in Australia’s Northern Territory, at about 1:35 a.m. local time Sunday, according to a statement from the Northern Territory Police Force.

She was last seen at about 11:30 p.m. Saturday wearing a dark blue short-sleeve T-shirt with white stripes around the neck and sleeve hemlines and a pair of black boxer-style underwear.

Northern Territory Police Acting Commander Mark Grieve told reporters at a press conference that they believe Sharon was abducted and that officers are seeking to speak with Jefferson Lewis, “who may be able to provide us with some information in regards to that.”

Grieve said Lewis had been in and around Sharon’s residence on Saturday, is one of the few people who were in Old Timers who have not made themselves known to police and is believed to have gone missing at around the same time as the little girl.

Grieve stopped short of accusing Lewis of being involved in Sharon’s disappearance, saying police wanted to speak with him because he and Sharon appeared to have disappeared around the same time.

“Considering himself and Sharon went missing at around about the same time, it certainly brings about those suspicious circumstances and we’d like to speak to him about that,” he said.

Lewis was recently released from prison and has a criminal history that includes physical assault and domestic violence, Grieve said, adding that no offenses were related to child endangerment.

Drones, dogs, horses, ATVs, motorcycles and ground patrols were among the assets police deployed in the search for Sharon, he said, stating they are calling on members of the public with information on either Sharon or Lewis’ location to contact authorities immediately.

“Obviously, it’s a terrible situation to have such a young child go missing,” he said. “We’re just over 24 hours now, so it would certainly be my worst nightmare as a parent.”

Leonardo DRS has for the first time shown its Maritime-Mission Equipment Package (M-MEP) integrated on an autonomous unmanned surface vessel (AUSV). The M-MEP is a platform-agnostic suite of systems that are collectively designed to protect vessels from attacks involving single or multiple small to medium-sized unmanned aerial systems (UAS). M-MEP was demonstrated on a Sea Machines Stormrunner USV at the Navy League’s Sea Air Space 2026 trade event just outside Washington D.C.

Leonardo DRS has adapted its range of ground-based Counter-UAS (C-UAS) systems for sea-based operations under the M-MEP project. The modular design, coupled with an open system architecture, allows for the integration of multiple kinetic and non-kinetic effectors, software-definable sensors, and communication packages. Leonardo DRS says this flexibility ensures that the M-MEPs remain platform-agnostic, capable of being configured across a range of small-to-large USVs of varying sizes from 14 feet in length. The C-UAS sensors and effectors are designed to complement existing naval capabilities.

The M-MEP system utilizes active and passive radars and electro-optical/infrared (EO/IR) systems, with situational awareness facilitated through real-time data processing and threat assessment, enabling faster decision-making and response. Leonardo DRS says that M-MEP employs a range of non-kinetic electronic warfare systems for the active disruption and neutralization of UAS guidance systems, while integration of machine learning and artificial intelligence (AI) is intended to help predict and mitigate emerging threats.

TWZ‘s Jamie Hunter spoke with Bo Mancuso from Leonardo DRS about the M-MEP program.

SAS Leonardo DRS v1 for review

Ukraine’s Shahed-killing Antonov An-28 Cash twin-turboprop utility aircraft are now air-launching interceptor drones to provide another means of defeating their targets. This is among the latest developments in Ukraine’s battle against Russian long-range one-way attack drones, one that has seen each side introduce new technologies and countermeasures in what has become one of the fastest-moving aspects of the conflict.

⚡️The legendary civilian Ukrainian An-28, modified into a “Shahed hunter” with over 150 confirmed kills, has now been adapted to launch interceptor drones in flight. pic.twitter.com/aAv3by9gLA

— Special Kherson Cat 🐈🇺🇦 (@bayraktar_1love) April 23, 2026

The video of the An-28 armed with interceptor drones was apparently first published by Ukrainian pilot and volunteer Tymur Fatkullin, who has previously documented other extemporized aviation initiatives, including using the six-barrel Gatling-type M134 Minigun to blast Russian drones out of the air.

In this new iteration, the An-28 has underwing hardpoints mounting two types of Ukrainian-made interceptor drones, the SkyFall P1-Sun and the Merops AS-3 Surveyor. Earlier this month, we wrote about how the Merops drones have been effectively used by the U.S. military to counter Iranian Shahed attacks in the Middle East.

Alongside the video, Fatkullin provided the following account:

“Aircraft-launched P1-Sun interceptor against hostile Shaheds. This method has already proven effective in real combat conditions. We have also tested several other interceptor drones during training flights. You could call it a cheap air-to-air missile.”

Fatkullin also added that, at this point, the An-28 has additionally brought down 222 Russian drones using gun armament.

A passenger An-28 aircraft armed with miniguns is shooting down Russian drones over Ukraine, French TF1 got an inside. The crew consists of civilian volunteers who have already destroyed nearly 150 drones during air defense missions. #Ukraine pic.twitter.com/x1E921TPT2

— NOELREPORTS 🇪🇺 🇺🇦 (@NOELreports) February 5, 2026

As we have previously reported, Ukraine has been successfully using several locally produced drones to counter Russian Shaheds for some time now.

Both the P1-Sun and the AS-3 Surveyor are small, relatively inexpensive drones built specifically to zip through the skies and intercept long-range one-way attack drones.

In the case of the P1-Sun, this uses a modular, 3D-printed airframe, can operate at altitudes up to 16,400 feet (5,000 meters), and reach speeds of up to 280 miles per hour (450 km/h). This is sufficient to intercept jet-powered drones such as the Russian Geran-3, under some circumstances.

Meanwhile, the AS-3 Surveyor is a somewhat more expensive and more capable option, intended for use against higher-end threats. These interceptors can operate autonomously or be remotely piloted and are equipped with onboard sensors for target tracking. The interceptor carries an explosive warhead and destroys targets either through a direct collision or a proximity detonation.

A video shows the AS-3 Surveyor during a live-fire demonstration in Poland in November 2025:

A new system to identify and take down Russian drones is deployed to NATO’s eastern flank

According to the U.S. Army, a single example of the Merops-made drone costs around $15,000, with the potential to reduce this to between $3,000 and $5,000 if production is scaled up. This compares with the estimated cost of between $30,000 and $50,000 for a Shahed. Provided the interceptor drones are effective, the economic case is a very compelling one.

Having interceptor drones launched from aircraft provides a number of advantages. The An-28 is able to bring the interceptor drone closer to the target and to use its own sensors to help locate these. As we have reported in the past, the An-28 crew initially relies on air traffic controllers to guide them to the area where drones are known to be flying. One of the crew is a ‘camera operator,’ monitoring a feed from an infrared camera. Members of the crew are also provided with night-vision goggles (NVGs) for spotting the mainly nocturnal drones.

The turboprop also offers significant loiter time for standing anti-drone patrols, which can be set up as a screen where they are most advantageous. At the same time, having the drone launched from the air reduces the response time. Launching from height gives the interceptor drone additional altitude and range.

There is also the benefit of having a choice of weapons (different types of drones, guns, and potentially also rockets) to respond to various drone threats.

Furthermore, the An-28’s short takeoff and landing (STOL) capability makes it ideal for operating in and out of shorter and more austere airstrips, of the kind that Ukraine makes extensive use of in the conflict with Russia.

This threat is only set to grow. Russia, as we have previously noted, now manufactures Shahed/Geran drones at the rate of 2,000 per month and has announced plans to nearly triple that.

Already, interceptor drones have established themselves as a much more cost-effective option compared to surface-to-air missile interceptors like the Patriot system, and even cheaper, less advanced missiles when it comes to countering Shahed-type drones. Although these drones lack the payload and range of high-end munitions, they can be deployed in large numbers, allowing them to cover broad areas. This, in turn, helps preserve the limited supply of more sophisticated interceptors and reverses the unfavorable cost dynamic between targets and defensive systems. Even so, such solutions are most effective when integrated into a layered defense, particularly for protecting high-value sites and critical infrastructure.

The small size of interceptor drones also makes them suitable for arming lighter aircraft, crewed and uncrewed. Ukraine already makes use of ‘mothership’ drones, while helicopters and even gun-armed Yakovlev Yak-52 prop trainers, also used to hunt drones, could potentially carry them under their wings. Already, light aircraft and helicopters are said to be responsible for downing between 10 and 12 percent of all drones claimed by Ukrainian air defenses of all kinds.

Inside the Cockpit of Ukraine’s Secretive Unit Hunting Russian Drones | WSJ News

It isn’t hard to see how this concept could be rapidly evolved and executed even more effectively and efficiently with better technology. For instance, having MQ-9 Reapers loaded with these drones and equipped with air-to-air radar would allow for a long-range, long-endurance picket aircraft of sorts. In the context of the war in the Middle East, parking these between the Arabian Peninsula and Iran, over the Persian Gulf and Gulf of Oman, could go a long way to stopping incoming Shahed-136 and other one-way attack drones at a tiny fraction of the cost of surface-to-air missiles.

Arming crewed aircraft with interceptor drones is the latest expression of Ukraine’s fast-developing counter-drone arsenal. If it proves successful, we will likely see its wider adoption. After all, anything that helps change the calculus for Ukraine in the drone war is likely to be enthusiastically adopted.

Contact the author: thomas@thewarzone.com

April 23 (UPI) — As tensions simmer across the Taiwan Strait, Taiwan is quietly accelerating a shift toward drone-centric defense.

The nation is betting that swarms of low-cost, domestically produced systems can help offset the numerical and industrial advantages of China’s People’s Liberation Army Navy and its expanding network of maritime auxiliaries.

This approach reflects a broader recalibration in Taipei — a move away from expensive, vulnerable platforms toward distributed, resilient and scalable capabilities designed to complicate any attempt at invasion or blockade.

At its core lies a simple calculation. In a high-intensity Indo-Pacific conflict, quantity, adaptability and survivability may matter more than traditional firepower.

From platforms to swarms

Taiwan’s embrace of drones is rooted in the concept of asymmetric warfare. Rather than matching China ship-for-ship or missile-for-missile, Taipei is investing in systems that can be mass-produced, dispersed and rapidly replaced.

“It’s not really about ‘swarms’ yet — it’s about mass. Large volumes of drones used in salvos to overwhelm defenses and increase the probability of a successful strike,” said Molly Campbell, analyst at the Center for a New American Security in Washington, D.C.

Government plans call for the procurement of up to 200,000 drones over the coming decade, spanning aerial, maritime and hybrid platforms in what officials describe as a whole-of-society approach to resilience.

These include a broad mix of air (UAV), surface (USV) and underwater (UUV) drones, designed to operate in contested littoral environments.

The objective is clear: saturate defenses, disrupt amphibious operations and raise the cost of any Chinese military action.

“What Taiwan is trying to do is shift from heavy, high-end defense platforms to a more dispersed and resilient model,” Simona Alba Grano, a senior fellow at the Asia Society Policy Institute, told UPI.

In Taiwan’s case, where the goal is not to defeat China outright, but to make any invasion “extremely costly and uncertain,” such systems fit squarely within a broader denial strategy.

Lessons from Ukraine — with limits

Taiwan’s drone push has been influenced by Ukraine’s battlefield innovations, where low-cost unmanned systems have reshaped modern warfare.

Ukraine’s use of maritime drones in the Black Sea, striking high-value naval targets with relatively inexpensive systems, provides a compelling reference point. It has also highlighted the importance of rapid iteration, short development cycles and close integration between operators and industry.

Taiwanese companies have begun engaging with this ecosystem, supplying components and spare parts to Ukrainian operators and seeking to gain exposure to combat-driven innovation.

Yet, the analogy has limits.

The Taiwan Strait presents a far more demanding operational environment as it is wider, more exposed and subject to extreme weather conditions. Systems must operate over longer distances, carry heavier payloads and withstand harsher maritime conditions.

At the same time, Ukraine’s drone ecosystem is shaped by continuous battlefield validation, giving its manufacturers a level of operational credibility that remains difficult to replicate elsewhere.

Advances in unmanned systems, including long-range platforms and “mothership” concepts, also are eroding the Taiwan Strait’s traditional role as a natural buffer, increasing the tempo of gray-zone interactions.

Ukraine has demonstrated what is possible. Taiwan must now determine what is adaptable to its own operational environment.

Industrial ambition meets resistance

Taiwan’s challenge is no longer strategic clarity, but execution on the ground. The gap between planning and implementation, particularly in scaling capabilities and coordinating across agencies, now defines the island’s defense posture.

“Ukraine’s drone production is on a completely different scale. It’s nowhere near comparable to what Taiwan is currently able to produce, ” Campbell said.

Authorities have signaled openness to integrating foreign expertise, pursuing joint production and accelerating domestic manufacturing. Yet, progress has been uneven.

Industry insiders point to reluctance among local manufacturers to share market opportunities within a rapidly expanding defense budget. This has constrained collaboration both domestically and internationally, slowing efforts to build a more integrated ecosystem.

This dynamic is particularly visible in Taiwan’s interactions with Ukraine. Despite Kyiv’s operational experience and willingness to cooperate, Taiwanese firms have at times resisted incorporating Ukrainian know-how into their platforms, limiting co-development opportunities.

At the same time, Taiwanese companies have sought to market their own systems abroad, often with limited success in operationally mature environments. The result is a mismatch between industrial ambition and battlefield credibility in a highly competitive, experience-driven sector.

The fragmentation of Taiwan’s drone ecosystem comes at a critical moment, when speed, scale and integration are essential.

Cutting the China supply chain

Another pillar of Taiwan’s strategy is reducing reliance on Chinese components, long a structural vulnerability in the global drone industry.

“Taiwan is making a concerted effort to eliminate Chinese components from its drone supply chain to reduce dependence and mitigate security risks, said Ava Shen, an analyst at the Eurasia Group.

Taipei is working with international partners, particularly the United States, to develop a secure, China-free supply chain for unmanned systems. This effort is now backed by policy initiatives in Washington, where bipartisan legislation seeks to expand joint drone production and strengthen industrial resilience between the two partners.

The objective is not only to secure supply chains, but also to align production ecosystems in ways that enhance interoperability and long-term sustainability.

However, decoupling comes with trade-offs. Eliminating Chinese components increases production costs, extends timelines and complicates scaling. These constraints risk slowing deployment at a moment when speed is critical.

Meanwhile, China continues to expand its own unmanned capabilities, including drone swarms, electronic warfare systems and the conversion of legacy platforms into remotely operated assets. The scale of its industrial base and the integration of civilian and military sectors present a formidable challenge.

If Taiwan’s approach emphasizes agility and innovation, China’s rests on mass, coordination and systemic depth.

Southeast Asia as regional test bed

Beyond Taiwan, Southeast Asia, particularly along the South China Sea littoral, is emerging as a practical testing ground for unmanned systems.

The United States has expanded drone support to regional partners, providing intelligence, surveillance and reconnaissance platforms such as the ScanEagle, RQ-20 Puma and Skydio X10 UAVs to countries including the Philippines, Vietnam, Malaysia and Indonesia. These systems are primarily used to enhance maritime awareness in contested areas.

The Philippines, under sustained pressure from Beijing, has become a focal point. The United States has deployed MQ-9A Reaper for extended surveillance missions and introduced maritime drones, such as the Devil Ray T-38.

Together, these deployments are turning parts of Southeast Asia into a real-world environment for testing unmanned concepts short of conflict, particularly in maritime surveillance and denial.

China has also deployed uncrewed surface vehicles such as the Sea Wing and Wave Glider types, many of which have been lost or recovered by fishermen and coast guards, in the South China Sea as well as in the Java Sea, highlighting both the spread and the fragility of these systems in contested waters.

Deterrence, escalation and uncertainty

Drones offer Taiwan a pathway to strengthen deterrence by denial, increasing the cost, complexity and uncertainty of any military action. But they also introduce new risks.

The proliferation of low-cost systems may lower the threshold for escalation, especially in ambiguous encounters involving coast guard or maritime militia vessels. What begins as signaling or harassment could escalate more rapidly in an environment saturated with autonomous or semi-autonomous platforms.

Moreover, drone networks depend heavily on communications, data links and supply chains – all of which are vulnerable to disruption through cyber operations or electronic warfare.

Race against time

For Taiwan, the shift toward drone-centric defense is both an opportunity and a race against time.

Drones offer a scalable and cost-effective means of offsetting China’s advantages. But success depends on overcoming internal fragmentation, accelerating production and adapting technologies to local operational realities.

The central question is no longer whether drones will shape the balance in the Taiwan Strait, but whether Taiwan can scale and integrate them fast enough to make deterrence credible.

As China continues to refine its own capabilities, the balance in the Strait may increasingly hinge on a simple but decisive factor: which side can deploy, adapt and sustain unmanned systems at scale.

April 21 (UPI) — Iran on Tuesday demanded the United States release the Iranian-flagged container ship the U.S. military seized over the weekend, threatening to use “all its capacities” to defend itself as the cease-fire neared its end.

The U.S. military seized Touska on Sunday as it enforced a military blockade of Iranian ports and ships, raising already high tensions during a two-week cease-fire rapidly nearing its end that negotiators from both countries are to use to secure an end to the war.

U.S. warships intercepted Touska transiting the north Arabian Sea en route to Iran’s Bandar Abbas port city for allegedly violating the blockade.

Iran responded with accusations of violating the cease-fire and drone strikes targeting U.S. military vessels, according to state-run media, though U.S. Central Command has yet to comment.

Iran’s Foreign Ministry on Tuesday condemned the seizure of Touska as an “unlawful and savage act of the terrorist U.S. army,” saying the “act of maritime banditry and terrorism” terrified the ship’s passengers and crew, some of whose family members were onboard.

“The Islamic Republic of Iran, while warning of the very dangerous consequences of this unlawful and criminal act by the United States, emphasizes the immediate release of the Iranian vessel, its passengers, its crew and its families,” the ministry said in a statement.

The ministry said the seizure is a violation of international and the fundamental principles and rules of the U.N. Charter, and that it had informed the U.N. secretary general, the Security Council and maritime organizations.

“There is no doubt that the Islamic Republic of Iran will use all its capacities to defend Iran’s national interests and security and to safeguard the rights and dignity of its citizens,” the ministry statement said.

“It is obvious that full responsibility for the further complication of the situation in the region lies with the United States.”

The cease-fire is to end at midnight Tuesday.

Iran has accused Trump of ducking real negotiations on ending the war in favor of trying to exert the United States’ economic and military might to force it to capitulate.

“Trump, by imposing a blockade and violating the cease-fire, wants — in his view — to turn the negotiating table into a table of surrender, or else justify starting the war again,” Iranian Parliament Speaker Mohammad Bagher Ghalibaf said late Monday in a statement.

“We do not accept negotiations under the shadow of threats, and over thee past two weeks we have prepared to reveal new cards on the battlefield.”

Trump has continued to boast online that he was “winning” the war while defending himself from criticism and vowing the deal his administration is working on with Iran will be “FAR BETTER” than the landmark multinational Joint Comprehensive Plan of Action the United States, Iran and several other countries signed during the Obama administration.

“If a deal happens under ‘TRUMP,’ it will guarantee Peace, Security and Safety, not only for Israel and the Middle East, but for Europe, America and Everywhere else,” he said on his Truth Social media platform.

“It will be something that the entire World will be proud of, instead of the years of Embarrassment and Humiliation that we have been forced to suffer due to incompetent and cowardly leadership!”

Turkey, Iran’s neighbor and U.S. ally, has been among nations working to de-escalate tensions in the Gulf and seek an extension to the cease-fire as negotiations appear to be at a stalemate over Iran’s nuclear program.

Though public rhetoric is fiery, negotiations behind closed doors are progressing, Ankara’s foreign affairs minister, Hakan Fidan, said Sunday during a forum in southeastern Turkey’s Antalya.

“The good thing is this: both sides continue to negotiate with a very serious intention, sincerely, they have the will to continue,” Fidan said.

“Now, no one wants a new war to start again with the end of the cease-fire next week.”

Turkey hopes that under international pressure, the United States, Israel and Iran will extend the cease-fire to solve outstanding issues, he said.

“A two-week period is good for a cease-fire, but the file in front of them is so comprehensive that it will not be possible to solve all these issues in two weeks,” he said.

“Therefore, a new extension will be needed. I hope this extension will come. I am optimistic about that.”

April 20 (UPI) — The Federal Aviation Administration grounded Blue Origin‘s New Glenn rocket after it botched the release of a satellite following its successful launch two hours earlier.

The third launch of New Glenn and second landing of its reusable booster stage “Never Tell Me The Odds” on a drone ship in the Atlantic Ocean was a success in those terms, but the spacecraft delivered AST SpaceMobile’s BlueBird 7 satellite to an orbit too low for it to operate properly.

Blue Origin said Monday that it is leading an investigation into one of New Glenn’s engines producing insufficient thrust to reach the mission’s target orbit.

“While we were pleased with the nominal booster recovery, we clearly didn’t deliver the mission our customer wanted, and our team expects,” Blue Origin CEO Dave Limp said in a post on X.

The FAA, NASA, the National Transportation Safety Board and the U.S. Space Force also have been monitoring the situation and will require Blue Origin to complete its investigation and report on the engine anomaly, the Orlando Sentinel reported.

“A return to flight is based on the FAA determining that any system, process or procedure related to the mishap does not affect public safety,” the FAA said in explaining why it grounded the rocket.

The New Glenn-3 rocket launched around 7:30 a.m. EDT on Sunday morning, nailing the flight and landing portion of its mission, and successfully released the BlueBird 7 satellite once it reached orbit.

Because one of the two BE-3U engines that power New Glenn’s upper stage didn’t produce sufficient thrust on its second engine burn, which is meant to boost the spacecraft to its target orbit above Earth, it never got there.

Although the satellite was released and powered on properly, the off-nominal orbit — which was too low for it to be useful — AST said it would be jettisoned.

BlueBird 7 is one of 45 satellites that AST SpaceMobile hopes to get in orbit by the end of 2026 as part of a satellite-based cellular network designed to operate with standard smartphones.

The satellite would have been the companies eighth to reach orbit, and it’s share price Feller by more than 6% on Monday, The BBC reported.

Limp said Blue Origin is analyzing data as it conducts the investigation and is “in steady communication with the team at AST SpaceMobile.”

“We appreciate their partnership, and we’re looking forward to many flights together,” Limp said.

The U.S. Marine Corps says it is making good progress toward fielding Collaborative Combat Aircraft (CCA) type drones, starting with a landing gear-equipped version of Kratos’ XQ-58 Valkyrie. The service sees those aircraft, and potentially other CCAs, paired with its F-35s as a “bridge” to an entire family of next-generation air combat capabilities, which could include a sixth-generation crewed fighter.

Marine officials discussed the service’s CCA plans and broader future aviation vision during a panel discussion at the Navy League’s Sea Air Space 2026 exhibition, at which TWZ is in attendance. The Corps’ CCA efforts currently fall under a program called Marine Air-Ground Task Force (MAGTAF) Uncrewed Expeditionary Tactical Aircraft (MUX TACAIR). The MAGTAF is the primary organizing concept around which the service deploys air and ground forces.

“So, with the MUX TACAIR effort, I think we’re meeting our testing goals. I would say that it’s on track,” Marine Col. Dan Weber, the Unmanned Aerial Systems Branch Head in the office of the Deputy Commandant for Aviation, said. “From a funding and demand power perspective, I think we’ve got great support. We’ve got good partners. We’ve got good relationships right now to keep that program on track, and I expect that we’re going to meet all of our milestones and goals.”

“From the F-35 side, the vision ultimately is we want the F-35 to be a quarterback with CCAs as attritable mass, as enablers to ensure the MAGTAF can project power, the sensing, the lethality, [and] all of the intangibles that kind of go along with that,” Marine Col. Thomas Bolen, the Tactical Aviation (TACAIR) Branch Head, another one of the panelists, also said. “How we integrate with CCAs is going to be extremely important, and that will bridge us down the road to kind of the sixth-generation family of systems.”

One of the “main things in our portfolio that will be enduring and developing over the next couple years” is “man-unmanned teaming,” Marine Col. Richard Rusnok, head of the Cunningham Group, who was also on the panel, added. “We’re laying the foundation for that with our first foray into Collaborative Combat Aircraft, the MQ-58.”

The Cunningham Group, which also falls under the office of the Deputy Commandant for Aviation, is charged with plotting out the overarching future vision for Marine Corps aviation.

MQ-58 refers to Marine-specific variants of Kratos’ Valkyrie now in development. Last year, the Corps announced that it was transitioning what had originally been experimental work with a small fleet of XQ-58s into a full program of record to acquire an operational platform. Kratos has since partnered with Northrop Grumman to deliver these uncrewed aircraft.

Marine Valkyries will have built-in landing gear, unlike the original version of the drone, but will still be capable of making rocket-assisted takeoffs from static launchers. This means the uncrewed aircraft will retain a valuable degree of runway independence, but that there will also be tradeoffs, as TWZ has previously explored here.

In January, Kratos told TWZ it was hoping to see the first flight of a landing gearing-equipped Valkyrie in early 2026, but there has been no official announcement yet of that milestone being reached. The Marine Corps’ unclassified 2026 Aviation Plan presents the MQ-58 as a capability arriving in the 2026 to 2030 timeframe.

The Marines have also said previously that they expect the MQ-58 to be just the first in a planned series of CCA “increments,” which might entail the future acquisition of completely different types of drones. The service has said in the past that MUX TACAIR, broadly speaking, “will enhance Marine Corps Aviation’s lethality and ability to support the Stand-in Force (SiF) by delivering air-to-ground, reconnaissance, and Electronic Warfare (EW) capabilities.”

The Corps has also already chosen to use General Atomics’ YFQ-42A Dark Merlin at least as a surrogate to test new autonomy technologies and other mission systems under the umbrella of the MUX TACAIR program. The YFQ-42A is also one of two drones under development as part of Increment 1 of the U.S. Air Force’s CCA program. Dark Merlins have been flying since August 2025, but General Atomics announced an indefinite pause in flight activities earlier this month after one of the drones suffered an accident on takeoff.

Speaking on the panel today, Col. Thomas Bolen did not elaborate on what the Marine Corps’ “sixth-generation family of systems” might consist of. However, Marine Lt. Gen. William Swan, the Deputy Commandant for Aviation, said his service was beginning to explore what it might want in a future sixth-generation crewed combat jet during a press roundtable last week, as first reported by Breaking Defense.

“Last year’s Av[iation] Plan didn’t have six-gen on there, and I made the team put it on, because we need to think about that,” Swan said at that time. “We’re not there yet. We’re fast following with the Air Force, right? They got the F-47. The Navy’s looking at F/A-XX, and they’re just starting on that. So we are going to watch.”

“We want to be an all Block 4 F-35 fleet, and that’s probably going to take another 10 years. So we’re probably five to 10 years away from ultimately making that decision. And we’ll see what they have, see what the threat looks like,” Swan continued. “I think right now, if you had to say, ‘hey, what is it going to look like?’, I think it’ll look a lot more like what the Navy’s doing, because we still fly off the carriers, we’re part of the Department of the Navy.”

“I don’t know that we’re going to get high-end, and that’s really not a Marine Corps mission; it’s the Air Force,” he added. “So I think if I had to – if you said, make a decision right now, it would be yes, some amount to augment the fifth-gen [F-35] force, and it would probably look something like the F/A-XX, or whatever the Navy ends up being [sic; acquiring].”

Lt. Gen. Swan, who served as the moderator for today’s panel at Sea Air Space, as well as Col. Bolen, again stressed the importance of the Block 4 upgrades for the F-35, including for future teaming with CCAs. The Block 4 effort has been mired in delays and cost growth, even after a revision in the fielding strategy last year to focus first on a truncated portion of the planned capability improvements. The full package for all three Joint Strike Fighter variants is eventually expected to include a new AN/APQ-85 radar and electronic warfare suite, replacements for the AN/AAQ-37 Distributed Aperture System (DAS) and Electro-Optical Targeting System (EOTS), and a host of other improvements. A particular point of concern now is that new production F-35s might soon start being delivered without any radars at all, as a result of issues tied to the development of the APG-85.

As the Marine’s top aviation officer noted last week, it could be 10 years before his service at least sees all of its F-35s fully upgraded to the Block 4 standard. That, in turn, could have serious impacts on the service’s broader plans to acquire and field new crewed and uncrewed aircraft.

Marine Corps interest in whatever the Navy chooses for F/A-XX could be an important factor for the future of that program, as well. In response to a question from TWZ at a roundtable on the sidelines of Sea Air Space this morning, Chief of Naval Operations Adm. Daryl Caudle said he is now hoping to see the selection of the winning design in the F/A-XX competition by August. The program has been in bureaucratic purgatory since the Pentagon moved to effectively shelve it indefinitely last year, with Congress subsequently intervening to keep it funded. How the Navy’s next-generation carrier-based fighter plans will proceed now still very much remains to be seen.

If nothing else, the vision the Marines have put forward today clearly frames Block 4 F-35s ‘quarterbacking’ fleets of CCAs as a key stepping stone to the service’s next-generation aviation capabilities.

Contact the author: joe@twz.com

April 20 (UPI) — Iran said that it carried out drone strikes on Monday against U.S. military vessels blockading its ports after the U.S. Navy attacked an Iranian-flagged container ship in the Gulf of Oman.

The state-run Tasnim News Agency said the Iranian military “launched drone strikes toward several U.S. military vessels in the area” in retaliation for the boarding and seizure of the Touska on Sunday night while it was en route to Iran from China.

“We caution that the Armed Forces of the Islamic Republic of Iran will soon respond to and retaliate for this act of piracy and armed aggression by the US military,” Khatam al-Anbia Central Headquarters, the Iranian military’s central command, said in a statement

Khatam al-Anbia Central Headquarters said the Iranian Armed Forces had held off from delivering “a decisive response” to “blatant aggression by U.S. terrorist commandos” due to concerns for the safety of family members of the ship’s crew who were on board the Touska.

“Iran’s operational action was delayed in order to protect their lives and security, which were in constant danger,” the statement added.

The U.S. military did not immediately comment on Iran’s claim it conducted drone strikes.

However, U.S. Central Command posted video of the guided-missile destroyer USS Spruance warning the Touska to “vacate your engine room” because it was about to open fire and, some time later, night-vision footage of helicopter-borne U.S. Marines from USS Tripoli conducting an amphibious assault operation to take over the vessel.

CENTCOM said the Spruance intercepted Touska as it was steaming toward the Iranian port of Bandar Abbas, issuing multiple warnings over a six hour period that it was in violation of the U.S. blockade. When it refused to stop, the Spruance fired several rounds from its 5-inch gun hitting the engine room and disabling the vessel.

U.S. Marines from the 31st Marine Expeditionary Unit later boarded the vessel and took control of the vessel, which remains in U.S. custody.

CENTCOM said U.S. forces had ordered 25 commercial vessels to turn back, or return to an Iranian port, in the week since the United States implemented its blockade of Iranian ports on April 13.

However, Sunday was the first time that the U.S. military is known to have opened fire on merchant shipping since the war started Feb. 28.

The escalation came after a rollercoaster weekend that began with Tehran declaring that the Strait of Hormuz was fully open to all commercial shipping for the remainder of the 14-day cease-fire currently in place, which is due to expire on Wednesday.

The move was welcomed by the United States, but the administration of U.S. President Trump made it clear its blockade would remain in place. That prompted Tehran to accuse the United States of violating the cease-fire and by Saturday it declared the strait closed again and at least one tanker was fired on by two Iranian gunboats as it attempted to enter the sea lane.

The developments have cast doubt over peace talks, which are due to resume in Islamabad, Pakistan, later Monday or first thing Tuesday.

Trump said in a post on his Truth Social platform that U.S. negotiators would arrive in the Pakistani capital on Monday night, with the White House later confirming that Vice President JD Vance would again head up the U.S. delegation, picking up from where he left off from in an initial round of talks on April 11 that failed to produce a breakthrough.

Tehran said Monday it had not yet decided whether it would attend.

“As of now, while I am speaking to you, we do not have a plan for the next round of negotiations, and no decision has been taken in this regard,” Foreign Ministry spokesperson Esmaeil Baqaei said at a press conference in Tehran.

Referencing the ongoing U.S. blockade and seizure of the container ship, Baqaei accused the United States of actions that “are in no way indicative of seriousness in pursuing a diplomatic process.”

However, the comments do not mean Iran will not show in Islamabad.

The Iranian side only confirmed participation in the first round of negotiations at the last minute.

Global oil prices, which fell sharply on Friday after Iran said the Hormuz Strait was open, rose again over the weekend but were holding steady in late morning trade in London where Brent crude for June delivery contract was changing hands at $95.24 a barrel and West Texas Intermediate for May delivery was changing hands at $88.89 a barrel.

April 19 (UPI) — Blue Origin successfully launched its New Glenn rocket and landed its booster stage, but it delivered a communications satellite into an orbit too low to be useful.

New Glenn-3, the third launch of the company’s rocket, cleared the tower just before 7:30 a.m. EDT on Sunday morning and roughly six minutes later its first stage touched down on the “Jacklyn” drone ship in the Atlantic Ocean.

The fully reusable booster, called “Never Tell Me The Odds,” was making its second landing as the mission hit its second stage engine cutoff, entered orbit and released AST SpaceMobile’s BlueBird 7 satellite successfully.

The release was successful and the satellite powered up properly, but had been placed into “an off-nominal orbit,” Blue Origin said in a post on X.

“During the New Glenn 3 mission, BlueBird 7 was placed into a lower than planned orbit by the upper stage of the launch vehicle,” AST said in a press release.

“While the satellite separated from the launch vehicle and powered on, the altitude is too low to sustain operations with its on-board thruster technology and will de-orbited,” the company said. “The cost of the satellite is expected to be recovered under the company’s insurance policy.”

AST’s BlueBird 7 satellite is part of a space-based cellular broadband network the company is building that will be accessible using normal smartphones.

The satellite would have been the eighth the company has put in orbit for the network, has satellites number through 32 in production and expects BlueBird 8, BlueBird 9 and BlueBird 10 to be completed in the next month.

AST said that it plans to continue launching satellites roughly every other month for the rest 2026 using “multiple launch providers,” with a goal of 45 satellites in orbit by the end of the year.

Blue Origin, in addition to launching satellites for commercial and government entities, is also building a prototype MK1 “Endurance” lander as a test vehicle in an uncrewed moon landing later this year, Space.com reported.

The prototype is a test run for its MK2 lunar lander that will be used in NASA’s Artemis program to explore the moon and establish a permanent human presence there.

General Atomics is calling attention to a new mission for its Mojave short takeoff and landing (STOL) drone: hunting uncrewed aerial threats with laser-guided Advanced Precision Kill Weapon System II (APKWS II) rockets. The company put a heavy focus on this planned capability in a larger vision for Mojave that rolled out today.

Mojave is also envisioned as launching its own kamikaze drones, escorting friendly helicopters, spotting targets for artillery, and even transporting small cargoes. With its short and rough field capabilities, the drone could also push these capabilities far forward, including to island outposts during a future conflict in the Pacific. This was all showcased in a new computer-generated video, seen below. General Atomics’ Aeronautical Systems, Inc. division (GA-ASI) showed the video first today at the Army Aviation Association of America’s (AAAA) 2026 Warfighting Summit, at which TWZ is in attendance.

Mojave STOL: Real. Rugged. Ready Today.

General Atomics is also now officially referring to the drone at the center of the video as Mojave STOL. The company has previously used the name Gray Eagle STOL to differentiate planned production models from the already flying Mojave demonstrator, which first broke cover in 2021. Mojave is derived from the MQ-1C Gray Eagle, which itself leveraged the preceding MQ-1 Predator and MQ-9 Reaper designs.

“General Atomics is all-in on providing the best STOL solution for the Army and U.S. allies worldwide,” General Atomics spokesperson C. Mark Brinkley told TWZ. “Everything you see is a capability we can do right now, things already demonstrated on a real, flying aircraft.”

The new video, set “somewhere in the Western Pacific,” focuses first on the rocket-armed drone hunter mission. A Mojave STOL is depicted using an EagleEye multi-mode radar, as well as its infrared sensor in the turret under its nose, to spot and track a pair of kamikaze drones clearly modeled on the Iranian-designed Shahed-136 pattern. EagleEye is another General Atomics product, which was first unveiled in 2022 and has a demonstrated air-to-air target acquisition capability. It also has surface search, synthetic aperture radar (SAR) imaging, and ground moving target indicator (GMTI) modes.

The drone is then shown alerting a forward U.S. outpost to these approaching uncrewed aerial threats via satellite. Using a ruggedized laptop, an operator on the ground then orders the kamikaze drones to be destroyed. A Mojave carrying two 19-shot 70mm rocket pods, one under each wing, then swoops in and shoots them down. Afterward, it is also depicted being rearmed at a very rough-looking, unimproved jungle airstrip.

“We’ve shown APKWS [BAE Systems’ 70mm Advanced Precision Kill Weapon System II laser-guided rocket] mounted to Mojave in a static display at some of the recent U.S. Army shows where Mojave STOL was present,” General Atomics’ Brinkley told us. “Integrating new weapons is a multi-part process. Fit tests, weight considerations, captive carry for airworthiness, software, [and] actual live-fire.”

“For Mojave STOL and other GA-ASI aircraft, we’re inside that process now with APKWS,” he added. “It’s flying and firing soon, [in] weeks not months.”

“APKWS has already been demonstrated on other aircraft against airborne targets, so we know the weapon itself works for this mission,” he also noted. “GA-ASI has successfully destroyed other airborne targets using various weapons, including AIM-9X and Hellfire, so we know we can track, target, and hit flying objects of various sizes and speeds.”

APKWS II has had a meteoric rise in popularity in the air-to-air role since the U.S. Air Force F-16 fighters first began using the rockets this way in combat against Houthi drones in 2024, which TWZ was first to report. APKWS II was originally designed as an air-to-surface weapon and then also adapted to the surface-to-air role against drones. The total number of U.S. military and foreign aircraft cleared to use a variant of the rocket specifically optimized for air-to-air use continues to grow. Other companies that make similar laser-guided rockets are also now adapting them for employment in the anti-air role.

As an anti-air weapon against slower-flying and less dynamic targets, APKWS II offers immense benefits over traditional air-to-air missiles when it comes to cost-per-engagement and magazine depth, as you can read more about here. Just carrying two 19-shot pods, Mojave has an impressive 38 engagement opportunities. The drone has six underwing pylons and could carry additional pods, as well as other stores.

After the drone-hunting vignette, General Atomics’ new Mojave video moves on to show one of the drones leading a group of AH-64 Apache and UH-60 Black Hawk helicopters into apparent hostile territory. The drone fires an AeroVironment Switchblade 600 loitering munition to destroy an enemy mobile surface-to-air missile system to help clear the way. GA-ASI, in cooperation with AeroVironment, has previously demonstrated the ability of Switchblade 600 to be air-launched from the MQ-9 Reaper.

The video also shows Mojave being used to find and fix enemy forces, which are then engaged by friendly 155mm howitzers, as well as to carry cargo in underwing pods to forward locations. GA-ASI has previously showcased the potential value of Mojave in the latter role as part of a larger construct to provide logistics support during future expeditionary and distributed operations, even in actively contested environments.

The new video caps off with a Mojave firing on unseen targets with a pair of underwing Minigun pods. This is another capability General Atomics has previously demonstrated in real life. The drone can also carry other stores, including AGM-114 Hellfires and AGM-179 Joint Air-to-Ground Missiles (JAGM), on the pylons under its wings.

General Atomics is pitching the overall vision presented here for Mojave heavily to the U.S. Army, though it has also been engaged with other potential customers. Testing in cooperation with authorities in the United Kingdom and South Korea has demonstrated how the drone’s short-field capabilities could also translate to naval operations from aircraft carriers and big deck amphibious assault ships. Last year, GA-ASI announced a partnership with Hanwha Aerospace in South Korea to produce what was still then being called Gray Eagle STOL in that country.

Mojave Aircraft Carrier Takeoff and Landing

“Mojave STOL provides the versatility that the U.S. Army and others need for the future, with the endurance and persistence they’ve come to rely on, underpinned by experience gleaned from almost 10 million total flight hours,” General Atomics’ Brinkley told us. “That’s why Hanwha jumped in as our partner on this, bringing international investment to further buy down risk.”

“The U.S. Army wants to be successful right out of the gate. No stumbling, no fumbling,” he added. “They’re already integrating tactical drones into the force and experimenting with how that will change the nature of American warfare. They’re bringing a new tiltrotor online. It’s a period of massive change for Army aviation.”

The tiltrotor in question is the MV-75A, now officially nicknamed the Cheyenne II, which Bell derived from its V-280 Valor design. You can read more about the Army’s current plans for this aircraft here.

The Army is now in the early stages of formulating plans to acquire uncrewed companions for the MV-75A and its existing fleets of crewed helicopters. However, the focus so far has been on vertical takeoff and landing (VTOL) capable designs rather than a fixed-wing type like Mojave, as TWZ has explored previously. In general, greater independence from traditional runways has been a major area of focus across the U.S. military in recent years when it comes to planning for future aviation operations, especially in the context of a high-end fight in the Pacific against China.

“Our engineers are obsessed with developing the next-generation of uncrewed aircraft. More than a decade ago, they dug deep into VTOL and runway independence,” General Atomics’ Brinkley explained. “What they discovered was payload and endurance tradeoffs with VTOL create a lot of challenges when applied to real combat operations. It’s a tough hand to play.”

“Mojave STOL is flying right now. We have five million square feet of existing manufacturing, ready to go,” he added. “We can help the Army integrate a real, rugged, ready today Mojave STOL into the force with far less risk to success.”

Questions have also been raised in the past about the survivability and general utility of drones like Mojave, as well as predecessors like the MQ-1C and MQ-9, in future high-end operations. The latest conflict with Iran has underscored the vulnerability of the Reaper, in particular. Air-launched drones and stand-off munitions, as well as new self-protection capabilities, can help keep these drones further away from enemy defenses. TWZ has also previously highlighted how a drone like Mojave could be used to provide more localized force protection, including against uncrewed aerial threats, at forward outposts and rear areas in the context of a larger conflict.

It’s also worth noting here that while Mojave would not be as quick to respond to incoming drone threats as a tactical jet, it would be able to loiter in a particular area for a longer period of time. It could also provide strike and intelligence, surveillance, and reconnaissance (ISR) support while on station. Being able to fly from unimproved forward airstrips would also allow it to operate organically with the forces it is assigned to support.

When it comes to the Army, it remains to be seen how that service’s visions for its future drone fleets and crewed-uncrewed teaming evolve. As mentioned, the Mojave STOL’s capabilities, including its ability to act as a rocket-armed drone hunter, could be attractive to other potential operators, who might fly the drones from bases on land or ships at sea.

In the meantime, General Atomics continues to expand on the Mojave concept, which now includes the planned integration of APKWS II laser-guided rockets.

Contact the author: joe@twz.com

Army officials have shared new details about plans to launch extremely long-range drones from the service’s forthcoming ME-11B High Accuracy Detection and Exploitation System (HADES) surveillance and reconnaissance planes. With ranges of around 620 miles (1,000 kilometers) or more, the uncrewed aerial systems will help keep the Bombardier Global 6500 bizjet-based ME-11Bs as far away from enemy air defenses as possible. In this way, the Army expects to gain a penetrating aerial intelligence-gathering capability without the need for a very stealthy or otherwise highly exquisite and costly aircraft.

“There will be nothing in the world that we can’t touch with a combined range of HADES and what we can launch off of this thing,” Andrew Evans, Director of Strategy and Transformation with the Office of the Deputy Chief of Staff of the Army, or G-2, told TWZ and other outlets today. “I don’t think anybody’s safe in the future from a sensing perspective.”

Evans comments came at a roundtable with several Army officials about HADES on the sidelines of the Army Aviation Association of America’s (AAAA) 2026 Warfighting Summit.

To take a step back quickly, the Army selected the Bombardier Global 6500-based bid from the Sierra Nevada Corporation (SNC) as the winner of the HADES competition in 2024. Flight testing of the first ME-11B prototype is now slated to kick off this summer. The service is expecting to take formal delivery of that aircraft from SNC before the end of the year. Two other prototypes are currently in various stages of conversion.

Each HADES aircraft will have a built-in suite of sensors, as well as a robust array of communications systems to pass the data it collects along to other nodes in near-real-time. The Army says it is following an incremental approach to integrating systems with the initial trio of prototypes. The service is also using a modular open-systems approach to make it easier to add new and improved capabilities down the line.

Details about what sensors the baseline HADES configuration will have are limited, but we do know it will include a version of the Advanced Synthetic Aperture Radar System-2B (ASARS-2B), something TWZ was first to report back in 2024. ASARS-2B was originally developed for the U.S. Air Force’s U-2 Dragon Lady spy planes, and it features synthetic aperture radar (SAR) imaging and ground moving target indicator (GMTI) modes, as you can read more about here.

For more than a year now, the Army has also been talking about launching very long-range so-called “launched effects” from the HADES aircraft. This term is a catch-all used to describe drones configured designed to perform a wide variety of missions that can be deployed from aircraft (fixed wing and rotary; crewed and uncrewed) in flight, as well as platforms on the ground or at sea. The process of converting Global 6500s into ME-11Bs includes integrating four underwing pylons, which the aircraft will be able to use to launch drones and carry podded sensor systems.

At the roundtable today, Evans, the Director of Strategy and Transformation, offered a detailed explanation of how the Army arrived at this plan and what it expects to gain from the blend of capabilities in response to a question from our Jamie Hunter.

“So, someone’s going to eventually ask about survivability. It’s going to tie it all together in here,” Evan said. “We did the research. I’ll save you time on doing the research.”

“In 70 or 80 years, there would be 0.1% of the time when you wouldn’t be able to fly ISR [intelligence, surveillance, and reconnaissance missions] because you would be afraid of the threat, potentially, or the threat would be too high to fly,” he added. “That means that 99.9% of the time of a life of the system, it is a useful system for deterrence, for building pattern of life, target development, and so on and so forth. So we’re building a system that can be used for 99.9% of the useful life of the system.”

“So we’re, I think, wise in the approach, saying, all right, if there’s still that 0.1% of the time where you need to be resilient enough to survive in a situation, how do you do that? Well, how do you combine the best of both? Because there’s no one perfect solution, right?” he continued. “What’s really, really good for conflict is not very good for the 99% of the time you need it for campaigning [routine operations], and vice versa. So what we’ve determined strategically is that there’s a way to combine both of these things.”

This is where Evans says the air-launched drone capability comes in.

“We can have a useful asset for campaigning 99.9% of the time, but we can pair with it launch effects [for] when we aren’t going to put that capital system in harm’s way,” he said. “We’ve already engineered hard points into HADES to be able to receive these launch effects in the future. So once we mature the capabilities and determine which way forward we want – what type of launch effects, what type of performance we need out of these things – and we marry those two things up, now we have the best of both. We have something that’s supremely capable in campaigning and probably the best joint asset in the world at being able to do penetrative launch effects. And now you have a bit of a utopia.”

Furthermore, “we believe that in the role of HADES, there’s also an opportunity to be a bit of a quarterback of an ecosystem of sorts. So you can imagine how that might look,” Evans also noted. “That isn’t going to quarterback everybody’s assets, but the ones that have the most strategic importance and match that type of mission profile. There’s certainly a space for it to do that.”

In terms of the range of drones launched from HADES, the Army has put forward the 620-mile (1,000-kilometer) figure in the past. Speaking today, Evans alluded to even greater potential reach.

There are questions about the scale and scope of coverage that a single ME-11B will be able to achieve using “launched effects” type drones designed to be lower cost, and that will likely have a limited sensor payload. The concepts of operations the Army is putting forward for HADES point to a need for expendable designs, as well. These are drones that, in turn, are most effective when employed in large networked swarms to cover broad areas cooperatively. The ME-11B, at least as it is being presented now with its four underwing pylons, does not seem set to carry very large numbers of uncrewed aerial systems.

“This is important breakthrough technology. so I’m not going to reveal too much about what we’re discovering in this space,” Evans said. “But know that it’s going to change the game. It takes us from a sensing platform to a sensing and platform, and the ‘and,’ I’ll just let you use your imagination.”

Evans’ deliberately vague comments here might point to a broader airborne drone controller role in HADES future. ME-11B crews could potentially oversee larger and more capable drones, including Collaborative Combat Aircraft (CCA) types now in development. CCAs or other heavier types would be able to carry bigger sensor suites and otherwise bring additional capabilities to the table, including the ability to provide close-in defense for HADES itself during missions.

Survivability has certainly been a hot topic of discussion around HADES since the Army first announced its intention to acquire a new fleet of business jet-based ISR aircraft. The service had highlighted growing concerns about the vulnerability of its now-retired fleets of turboprop ISR planes, which had provided key intelligence-gathering capacity globally for decades, tracing back to the Cold War. TWZ and others have repeatedly noted that these concerns are very real, especially in the context of a future high-end fight in the Pacific against China, but also apply to non-stealthy jets like the Global 6500.

For routine operations, the ME-11B does a major leap in capability over the turboprop ISR aircraft the Army previously operated, both in terms of its mission systems and its general performance. HADES can fly higher, faster, and farther, and do so while carrying a bigger sensor payload. Higher altitudes also offer greater fields of view for the aircraft’s sensors. The improved performance also translates to being able to get to and from operating areas more rapidly and the ability to remain on station longer. The underwing pylons will offer additional flexibility beyond the drone launch capability.

“The deployability of this platform, being able to fly 6,000 miles at 0.87 Mach, and go globally without the world will require the ability to rapidly change sensors,” Army Col. Joe Minor, the Capability Program Executive for Aviation within the office of the Program Acquisition Executive for Maneuver Air, also said at today’s roundtable at the AAAA conference. “With those hard points and cleared envelopes for pods, it gives us that ability to rapidly configure and update even more quickly than we could internally or within the canoe [fairing under the fuselage]. So those hard points being built in from the beginning is part of that [sic] building the right platform and air vehicle from the start, with the ability to integrate and evolve very quickly as you move forward.”

Using the Global 6500 as the underlying aircraft offers maintenance and other logistical benefits. This is an in-production aircraft with a significant global user base. This includes the U.S. Air Force, which operates a fleet of E-11A Battlefield Airborne Communications Node (BACN) aircraft based on this platform.

The Army says it has already been seeing an important boost in ISR capability with contractor-owned and operated ISR-configured business jets, including Global 6500-based types. The service has been utilizing those aircraft for eight years now as a transitional ‘bridge’ force to lead into the fielding of HADES.

Many of “our previous platforms were centered around the COIN [counterinsurgency] fight,” Army Col. Matt McGraw, head of the 116th Military Intelligence Brigade, the Army’s main aerial ISR unit, who was also at the roundtable today, said. “If you’re flying a platform operating full motion video [cameras], you’re tracking maybe one or two targets at most. A platform today, on these bridge aircraft with MTI and SAR, you’re tracking a couple 100 targets at the same time.”

There do continue to be significant questions about the true extent of what the Army’s ME-11Bs will be able to offer, in any context, given the expected size of the fleet. The Army currently plans to buy just six production HADES jets on top of the three prototypes. The service previously operated dozens of turboprop ISR aircraft.

“We work for the United States Army, on behalf of the United States Army. And so if the Army’s given direction to cap a fleet size based on budget pressure, and of the other things that we have to balance as an army – like, if the Army only built ISR [aircraft], we build 1,000 of these things,” Evans said at the roundtable today. “But we don’t. We build a lot of things. And ISR is an enabler to [the] ground lethality that we deliver.”

“The Army’s got a tremendous amount of budget pressure. The Army has a top line that’s not keeping pace with inflation,” he added. “And so until our top line increases to support the world’s premier land force, then we’re going to be capped inside programs like HADES.”

As it stands now, the Army certainly looks to be hoping that even the small fleet of HADES will be able to punch well above its weight, thanks in no small part to the ability to launch very long-range drones from relative safety deep in hostile territory.

Jamie Hunter contributed to this story.

Contact the author: joe@twz.com

The Army’s top official pointed to low-cost interceptor drones first sent to Ukraine as one defense against Iranian barrages of Shahed-136 one-way attack munitions. During Congressional testimony on Thursday, Army Secretary Daniel Driscoll lauded the Merops interceptor and the process to get it quickly into the hands of troops in the Middle East.

The Merops is a small, relatively inexpensive drone built specifically to zip through the skies and intercept long-range one-way attack drones. As we have previously reported, Ukraine has been using several locally produced drones, as well as Merops, to counter Russian Shaheds successfully for some time now, proving-out the concept.

“When the conflict kicked off, within about eight days, we were able to purchase…13,000 Merops, which are incredible,” Driscoll exclaimed. “They’re about $15,000 a piece right now. We think as they scale, they’ll get less than [$10,000] and we’re able to take Shaheds down that cost $30,000 to $50,000, which is amazing because that puts us on the right end of the cost curve, and we will make that trade all day long.”

The U.S. has its own interceptors that have been in service for years, such as Raytheon’s Coyote, but they cost roughly 10 times more.

A new system to identify and take down Russian drones is deployed to NATO’s eastern flank

In a recent interview with Bloomberg, Driscoll said that larger orders could drive that to $3,000 to $5,000 per interceptor. Given the success in Ukraine, it is likely that the Pentagon and other customers would see far less risk when it comes to ordering large numbers.

As we noted in a story last month, the Pentagon sent thousands of these drone interceptors to the Middle East. Iranian strikes on U.S. military facilities killed U.S. troops and caused damage to bases and equipment. Driscoll did not offer more specifics about how often they were used, how many Shaheds they downed or exactly where they were deployed.

Merops was “developed as part of the US-backed Project Eagle initiative, which includes contributions from Swift Beat, a company associated with former Google CEO Eric Schmidt,” according to the Ukraine Defense Tech Community (DTC), a marketplace for modern weaponry. “The system is built around Surveyor drones, which act as airborne interceptors capable of destroying enemy UAVs mid-flight.”

Each Merops unit “includes a command station, launch platforms, and a fleet of Surveyor drones,” DTC explained. “These interceptors can operate autonomously or be remotely piloted and are equipped with onboard sensors for target tracking.”

While full technical specifications remain undisclosed, they can reportedly reach speeds of over 280 km/h (175 mph). “The platform is considered fast enough to intercept jet-powered drones such as the Russian Geran-3, which can exceed 300 km/h,” DTC pointed out.

The interceptor can carry an explosive warhead and destroys targets either through a direct collision or a proximity detonation.

Driscoll said the ability to field Merops so quickly is because the Army streamlined its acquisition process.

“Fundamentally, one of the core problems was our own bureaucracy, our own infrastructure, our own decision-making organizations had decayed from any sort of speed and rationality,” he testified. “The reason we’ve been able to move fast since the conflict in Iran started is because of work 10, 12, 14 months ago to reorganize our acquisitions department.”

“And practically,” he added, “what that did is it took us from a 16-step decision-making process – where each of the bodies along those 16 steps could veto it and start it back over, and it could take two to seven years to purchase something.”

“We put everybody into a group who could make decisions on the fly,” the secretary noted. “And so a lot of the things the Army has worked on in the previous year are paying dividends as we try to make decisions quickly.”

You can watch Driscoll’s testimony on Merops at the 36-minute mark of the video below.

Budget Hearing – The United States Army

In Ukraine, Merops has proven to be a far cheaper alternative to munitions like Patriot interceptors and even far less advanced missiles for downing Shahed drones which have caused widespread destruction across that country. While these drones have neither the payload nor range of the far more expensive Patriot munitions, they can be deployed in great numbers giving them the ability to cover larger geographical areas. That helps keep the magazine depth of more sophisticated effectors from being quickly depleted and turns the disastrous ‘exchange ratio’ between cost of target versus effector on its head. In many cases, these systems would still need to be part of a layered defense, especially when used as point defense at high value installations and infrastructure.

Now that these weapons have helped save American lives and equipment, Merops success means we will likely be seeing more low-cost drone interceptors like it in the future.

Contact the author: howard@thewarzone.com