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Archive for the ‘Drone’ Category

Drone Dominance Program Announces Gauntlet II Results

Friday, September 25th, 2026

The Drone Dominance Program (DDP) began its competitive selection with the Qualifier, held from June 8–19, 2026, at Camp Grayling, MI. During the Qualifier, 49 drone companies competed in rigorous day and night operations across two challenging mission areas: Long Range Strike and Tactical Assault in Confined Environments. The event featured highly innovative drone designs from across the industry and set the stage for the next phase of the competition.

Following the Qualifier, Gauntlet II was conducted in August 2026 at Fort Carson, CO. Building on the earlier rounds, Gauntlet II missions evaluated drones on their primary find-fix-finish objectives, either at 15km stand-off ranges (Deep Strike) or in confined environments (Close Quarters Battle), with a subset of testing repeated at night. Additional test lanes assessed controlled kinetic engagement and electronic warfare (EW) performance, with drones flown against counter-UAS systems.

To qualify for Gauntlet II, all invited drone companies had to fulfill an order of 120 drones equipped with lethality payloads within about five weeks. Each company was paired with one or more lethality providers.

During Gauntlet II, companies were scored based on their performance in the event, evaluations by military operators, and demonstrated production and supply chain capabilities. At the conclusion of the competition, the Drone Dominance Program selected the Top 5 performers in both Deep Strike and Close Quarters Battle mission areas. DDP will place orders for 60,000 drones from these top-performing companies, with order quantities finalized upon contract award.

Full details available on the leaderboard.

FirstSpear Friday Focus: FPV-Flip Bag

Friday, September 25th, 2026

The modern battlefield includes drones, and the operator carrying them needs a purpose-built solution that keeps pace with the mission. The FirstSpear FPV-FLIP BAG is a mission-focused platform built specifically for drone operators working in fast-moving and contested environments. Compatible with industry plate carriers, the pack attaches to the rear of the carrier and, when used with the OTH Strap Kit, rotates to the front for rapid access to critical systems without removing gear or breaking down the loadout.

Features:

  • FLIPS TO FRONT FOR RAPID ACCESS — COMPATIBLE WITH OTH STRAP KIT
  • REINFORCED DRONE COMPARTMENT — CARRIES VECTOR DAGGER-STYLE DRONE
  • AS3600 SILICA THERMAL INSULATED BATTERY POCKETS
  • LARGE REAR UTILITY POCKET — FPV GOGGLES, CONTROLLERS, AND SUPPORT GEAR

At its core, the FPV-FLIP BAG is built around a dedicated, loop-lined screen pocket with adjustable retention, a reinforced drone compartment capable of carrying one Vector Dagger-style drone with battery or two without, and dual thermally insulated battery pockets with integrated venting and drainage. A large rear utility pocket organizes FPV goggles, controllers, and support equipment, while a front munitions pocket provides additional space for mission-essential items. Dimensions: 16″ H x 14″ W x 5.5″ D. Available in Black, Coyote, Manatee Grey, Multicam, Ranger Green, and Multicam Black.

Built for military personnel, law enforcement officers, and drone operators who demand reliable mission-ready equipment, the FPV-FLIP BAG delivers rapid accessibility, protective storage, and mission-driven organization in a streamlined platform. FirstSpear is the premier source for cutting-edge tactical gear for military, law enforcement, and those who train. To request an estimate, visit First-Spear.com/Request-For-Estimate. For more information, visit First-Spear.com.

America’s Contingency Corps Trains Against the Drone Threat of the Next War

Wednesday, September 23rd, 2026

FORT BRAGG, N.C. — The character of warfare is changing, and the growing use of unmanned aircraft systems on battlefields around the world is forcing militaries to adapt faster than ever.

At Fort Bragg, the XVIII Airborne Corps is taking on that challenge through Scarlet Dragon, an exercise that brings Soldiers and industry partners together to test emerging technology in realistic field conditions. The exercise helped the corps evaluate which capabilities can integrate across the force, including systems designed to detect, track and defeat unmanned aircraft threats.

“The Scarlet Dragon exercise has become a validation exercise in the dirt with Soldiers doing integrated, real-world operational-type tasks,” said Col. Tom Monahan, director of the XVIII Airborne Corps’ Joint Innovation Outpost.

The exercise, held Sept. 11-17, 2026, at Fort Bragg, combined Soldiers, military systems, artificial intelligence, resilient data pathways and industry partners to address one of the Army’s most pressing challenges: integrating sensors, electronic warfare, command-and-control and defensive fires against evolving unmanned aircraft threats.

“Basically, transitioning gaps to capability requirements that we need, capabilities that will fill the gaps, and then running them through the exercise and the experimentation to come away with our findings to support the warfighter,” said Col. Paul Staeheli, the XVIII Airborne Corps operations officer.

Rather than testing technology in isolation, Scarlet Dragon places emerging capabilities in an austere field environment where Soldiers can evaluate how they perform against realistic threats and operational problems.

The exercise replicates tactics and capabilities Soldiers could encounter on a future battlefield, including large-scale drone swarms and systems modeled after threats seen in current conflicts. Some scenarios feature swarms of up to 100 unmanned aircraft, giving Soldiers the opportunity to train against the scale and complexity of modern drone attacks.

That threat environment allows the Corps to evaluate not only individual systems, but also how different capabilities work together.

“What we’ve found is that there’s no one sensor to rule them all,” said Col. Rob Kenny, the XVIII Airborne Corps chief of fires. “It takes an integrated, layered approach. Here at the company node, we’re working on: can we sense, can we make sense, and can we pass that information back to give time and space for our Soldiers to act?”

Electronic warfare, sensors, radar, autonomous systems and defensive fires each provide different tools for detecting, identifying and defeating unmanned aircraft. Integrating those capabilities is critical as adversaries continue to evolve their use of drones.

Scarlet Dragon also demonstrates how the Army can work with industry to develop and integrate new technology faster.

Leading-edge technology companies are working alongside Soldiers to identify operational problems, test potential solutions and gather feedback directly from the field. The partnership gives developers firsthand insight into how their systems perform in realistic military environments while giving Soldiers an opportunity to shape the technologies they may eventually use.

“The vendors out here are different contractors with different companies trying to show the limitations and capabilities of all their systems,” said Staff Sgt. Charles Johnson, noncommissioned officer in charge of the G34 company node. “They’re giving the full scope of what their systems can do and how it can help us in the best way possible.”

The effort extends beyond developing new equipment. The exercise examines the broader counter-UAS challenge, from passive detection technologies such as acoustic sensors and portable radar to autonomous systems and emerging capabilities designed specifically for the UAS fight.

That approach reflects the Corps’ broader responsibility as America’s Contingency Corps.

The exercise also reinforces a larger message about modernization: preparing for the future battlefield requires more than buying new equipment. It requires understanding emerging threats, testing solutions under realistic conditions and rapidly adapting when those solutions fall short.

Through experimentation and collaboration with industry, the XVIII Airborne Corps is working to integrate autonomous technologies with legacy systems and address a rapidly evolving unmanned aircraft threat.

The goal is not simply to observe the future of warfare, but to prepare for it.

As unmanned systems continue to reshape battlefields around the world, exercises such as Scarlet Dragon give the corps an opportunity to learn, adapt and develop the capabilities Soldiers will need to maintain an advantage in future conflicts.

The XVIII Airborne Corps will continue to validate these systems in April 2027 during Scarlet Dragon 27-1, preparing for the larger Summit Strike exercise at Fort Drum, New York, in September 2027.

By XVIII Airborne Corps Public Affairs

62d AW Pioneers First sUAS Training for C-17 Inspections in AMC

Sunday, September 20th, 2026

JOINT BASE LEWIS-MCCHORD, Wash. —  

62d Maintenance Group personnel completed a four-day, hands-on training program on the Skydio X10D small unmanned aircraft system at Joint Base Lewis-McChord, Sept. 3, 2026. The training, which is the first of its kind in Air Mobility Command, included classroom instruction and practical applications of the system, introducing new, timely and safe capabilities into routine maintenance operations.

The 62d Airlift Wing is the first unit within AMC to fully implement a dedicated sUAS training and qualification program for maintenance inspections on the C-17 Globemaster III aircraft. The program is designed to be a streamlined, standardized course that can be easily replicated throughout AMC, and used as a base for further sUAS implementation.

The 62d MXG employs the Skydio X10D sUAS to conduct exterior and elevated visual inspections on the wing’s fleet of C-17s. The initiative aims to significantly reduce inspection timelines while reducing safety hazards associated with personnel conducting visual assessments.

“As a crew chief, I’m out on the line working on the C-17, which is a huge aircraft,” said Staff Sgt. Marcuscio McCampbell, 62d Aircraft Maintenance Squadron crew chief. “Being able to use the drone to perform duties like upper wing inspections, that normally take much longer, saves us time and helps the maintainers of tomorrow.”

Implementation of the X10D is not a new concept; the sUAS has already been fielded for aircraft maintenance inspections across the Department of the Air Force. Furthermore, Skydio liaisons to the Air Force introduced the system to Team McChord in 2025, demonstrating its ability to complete C-17 inspections in approximately 40 minutes. Now, the 62d MXG has a standardized training program that qualifies maintainers for C-17 inspections with the system.

“Drone technologies are expanding fast,” said Tech. Sgt. Austen Russell, 62d MXG maintenance qualification training program instructor. “I think it’s good for us to learn about them and autonomous operations, that way we’re not sending our people into harm’s way. We’re saving our people time and eliminating risks.”

Decreasing inspection times and removing excess dangers for personnel with the sUAS program increases the wing’s operational agility and accelerates crew readiness, especially in austere or expeditionary environments where specialized ground equipment may be unavailable. By utilizing the high-resolution cameras and thermal sensors equipped on the X10D, maintainers can rapidly assess entire aircraft in detail from safe ground positions.

“Having people that are qualified on using this technology is going to be a steppingstone,” said McCampbell. “We can start using drones for all types of things, it’s not necessarily just going to be aircraft maintenance.”

As the lead unit implementing sUAS maintenance training within AMC, the 62d AW is establishing standardized qualification models, flightline operating procedures, and safety protocol to serve as a scalable model across the larger mobility force. The 62d MXG is setting the standard, utilizing innovative technology to accelerate aircraft turnaround times and project rapid global mobility more efficiently.

By Airman 1st Class Frederick Barnes, 62d Airlift Wing

Special Forces Drone Competition Highlights Army’s Rapid Transformation

Thursday, September 10th, 2026

ANNISTON, Ala. — Fifteen teams of highly trained Green Berets representing units across 1st Special Forces Command (Airborne) arrived in Alabama with five days to prove how effectively they could integrate rapidly evolving technology into complex tactical problems. When the competition ended, Soldiers representing 1st Special Forces Group (Airborne) came out on top.

1st SFG(A) earned top honors during the first-ever 1st Special Forces Command (Airborne) Best Drone Team Competition, held Aug. 24-28 at Fort McClellan and Clarke Range Complex in Alabama. Through the five days of competition, teams navigated a series of tactical problem sets, including rural and urban lanes designed to challenge how competitors integrated small, unmanned aircraft systems into realistic operational scenarios. For 1st SFG(A), the story of the competition began before a drone ever left the ground.

Prior to the event, 1st SFG(A) identified an Operational Detachment Alpha, their equipment requirements, and began conducting training on Joint Base Lewis-McChord, Washington. Through the planning and training cycle the ODA identified gaps in capabilities, and staff across the group worked to push last-minute procurements to place the required equipment into the hands of the operators. The effect of that effort was not lost on the team.

“We wouldn’t have been successful without the last-minute procurements group pushed through for us,” the team sergeant said following the competition.

That connection between operators identifying a requirement and an organization responding quickly enough to meet it reflects a challenge extending far beyond a single competition.

Unmanned systems are evolving rapidly, and so are the ways Soldiers employ them. Maintaining an advantage increasingly requires formations to identify what works, resource it quickly, develop proficiency, test it under realistic conditions and distribute what they learn before either the technology or the threat changes again. The Best Drone Team Competition was designed with that process in mind.

Participating organizations fielded both Special Forces operational teams and robotics-focused elements, bringing together unmanned systems practitioners, tactical leaders and key staff elements from across 1st SFC(A). The competition served as an opportunity to exchange tactics, techniques and procedures, and drive proficiency across the formation.

A drone alone does not create a tactical advantage. Its value depends on the ability of Soldiers to understand its capabilities, recognize where it fits within a larger operational problem and employ it effectively alongside the other tools available to them.

Teams were evaluated not only by their ability to fly unmanned aircraft, but on their ability to solve problems. Competitors had to adapt to changing conditions, determine how available systems could support their objectives and integrate those capabilities into tactical decision-making.

For 1st SFG(A), while winning the competition validated the proficiency of the Soldiers who competed, what happens after the competition will prove even more important. In post-competition guidance, Col. Ronald J. Hudak, commander of 1st SFG(A), described the competitors as “good people taking disciplined initiative and getting results.”

His guidance quickly moved beyond recognizing the accomplishment and toward determining how the Group could capture and distribute what its Soldiers had learned.

The competitors’ experience will now help inform future training across 1st SFG(A), with efforts focused on sharing lessons and best practices, developing hands on instructional products and examining options for increasing baseline tactical unmanned-systems proficiency throughout the formation. The goal is not simply to maintain a handful of highly skilled drone operators; it is to make their knowledge transferable.

“These are some of our best [Soldiers],” said Brig. Gen. Joseph Wortham, commander of 1st Special Forces Command (Airborne), “they stare at the [unmanned systems] problem day in and day out and they do so in a very tangible, tactical way.”

The result was a first-place finish, but that is only the most visible outcome. The more enduring measure of success will be what happens when the lessons brought home from Alabama move beyond the Soldiers who earned it.

As 1st SFG(A) incorporates their experience into training across the formation, an achievement belonging to one team can become knowledge shared across many. In an operating environment where technology can change faster than traditional training and acquisition cycles, the ability to identify a need, resource it, learn quickly and adapt may ultimately matter far more than any place on a leader board.

By SSG Dwayne Bryant

Soldiers, Developers Assess Tethered Drones to Extend Maneuver Unit Vision, Range

Saturday, September 5th, 2026

FORT BENNING, Ga. — Maneuver Battle Lab Soldiers and capability developers gathered at McKenna Field Landing Site July 27 to Aug. 7 to assess modern tethered unmanned aircraft systems — known as Te-UAS — designed to give maneuver units the ability to overcome terrain limitations and conduct persistent reconnaissance, surveillance and extended communications.

Designed and executed by the MBL in collaboration with the Air Robotics, Dismounted Requirements Branch, Requirements Division, Maneuver Future Capability Directorate and Product Lead Strategic Spectrum Warfare, the assessment put two commercial Te-UAS capability surrogates through static, on-the-move and emergency scenarios.

During the trial, the tethered drones climbed to operationally relevant altitudes. The MBL timed ascent and retraction speeds and assessed the system’s “follow-mode” as the Te-UAS tracked above an Infantry Squad Vehicle-Utility maneuvering through the training area. Moving between designated target reference points, operators bounced communications over terrain obstacles, bypassed signal jamming and spotted targets from safe distances.

A tethered unmanned aerial system (Te-UAS) soars above the tree line while moving above an Infantry Squad Vehicle-Utility (ISV-U) during a Maneuver Battle Lab (MBL) assessment at Fort Benning, Ga., Aug. 6, 2026. MBL Soldiers maneuvered the drones at various altitudes to measure the technology against the Army’s performance standards.

“The Maneuver Battle Lab’s mission is experimentation,” said Tollie Strode Jr., government oversight lead for the assessment and unmanned systems team chief at the MBL. “We take technology to the field, employ it in an operational context, look under the hood, kick the tires and report what we find to inform programmatic decisions.”

Unlike traditional free-flying drones that are limited by internal power supplies and require battery swaps, the Te-UAS receives continuous power and exchanges data through its physical tether, allowing it to remain airborne and provide capability to the force indefinitely.

“This is a great opportunity for long-endurance mission sets,” said Capt. Sarah Runion, MBL Live Experimentation Branch executive officer and assessment participant. “Tethered UAS bring a lot of pros to the force: we don’t have to worry about battery life or anything like that, which you see on other drones. It can go through different levels of height, and it can follow you along on whatever platform you deem it on.”

Another feature under evaluation was the system’s simple operational design, which allows users to deploy the Te-UAS rapidly without extensive specialized training.

“In a matter of minutes, I was able to get [the drone] launched up in the air … and then it’s a quick, easy one-step button to bring it back down,” said Runion. “This has been a user-friendly experience.”

Mark Pagliaro, a Product Lead Strategic Spectrum Warfare contractor, compared the setup to a portable, elevated sensor suite for a maneuver unit.

“It’s similar to a very high tower,” Pagliaro said. “Having a sensor up that high in their [area of operations] is going to influence [the maneuver unit] and allow them to extend ranges and see targets farther.”

Pagliaro added that the simple deployment is “pretty much hands-off,” freeing the user to focus on incoming camera feeds and data rather than piloting the aircraft.

Following the field iterations, the MBL compiles Soldier feedback, technical performance data and operational footprint details into a comprehensive final report. This package provides vital data for leaders to determine whether the Army should purchase the technology.

“When we develop a clear concept of operation and employment, it gives us credibility behind the numbers and information we provide to decision-makers,” Strode said. “It answers the ‘so what?’ and provides the essential analytical underpinning to determine if this technology should transition into a permanent Army program of record.”

By Maddy Gonzalez

MATBOCK Monday: ARES Drone Pack Operator Loadout

Monday, August 31st, 2026

Back in June, we told you about the ARES Drone Series: two purpose-built packs designed to support drone operators.

Operators are using the “ARES Drone Assault Pack” as their Pilot Bag. The “ARES Drone Sustainment Pack” has become the Bird Bag. 

Airframes ride securely in the Bird Bag, controllers and goggles are staged in the Pilot Bag, and the whole system can zip together or split apart depending on how the mission is task-organized.

The Pilot Bag and Bird Bag are both made from Ghost® material and modular, operator-driven design that built the Graverobber™ — just pointed at a different mission set now that drone operators have.

Check out the full ARES Drone Series at www.matbock.com/collections/packs/Drone and reach out to sales@matbock.com to get a unit quote started today.

SOFWERX – UxSAI Mission Autonomy Systems Assessment Event

Friday, August 21st, 2026

SOFWERX, in collaboration with USSOCOM Program Executive Office SOF Digital Applications (PEO-SDA), will host a series of events to identify and evaluate decentralized and collaborative mission autonomy solutions for heterogeneous, multi-platform, multi-domain unmanned systems in support of the Unmanned Systems Autonomy and Interoperability (UxSAI) program. 

Fielding and sustaining autonomy on unmanned systems requires mission autonomy software capable of executing diverse missions within complex, rapidly changing environments and traditional vertical-stack autonomy is constrained by proprietary, vendor-locked software architectures and is highly vulnerable to communications denial in contested electromagnetic environments. Decentralized mission autonomy addresses this gap by enabling peer-to-peer coordination, dynamic re-tasking, and localized planning without real-world communications or centralized command constraints. The UxSAI Program is seeking a mission autonomy software solution that can seamlessly integrate into the government-owned Collaborative Heterogeneous Autonomy Operations Software (CHAOS) baseline, allowing program personnel to rapidly field new capabilities independently.

The goal is to identify mission autonomy software providers capable of delivering decentralized and collaborative autonomy solutions that integrate with the CHAOS baseline for multi-platform, multi-domain unmanned systems. The selected provider should deliver an open, modular capability that UxSAI personnel can configure and sustain organically, without ongoing vendor dependency for software development, and the UxSAI program intends to complete test and evaluation (T&E) on vendor deliverables as a part of this event. 

Submit NLT 07 September 2026 11:59 PM ET

Learn more at events.sofwerx.org/uxsaimissionautonomy.