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Archive for the ‘Drone’ Category

AFOSI Certifies First Drone Operator-Instructor Cadre Ahead of X10D Fielding

Saturday, October 10th, 2026

QUANTICO, Va. (AFNS) —  

For the first time, the Air Force Office of Special Investigations has certified a cadre of special agents to both operate and instruct others on the Skydio X10D as part of a broader effort to expand small unmanned aircraft system operations across the agency.

Last month, six personnel completed a weeklong course at AFOSI headquarters in Quantico, Virginia, creating the first group of instructors positioned to bring the capability back to technical operations units in the field.

“We not only learned how to operate the drones, but also how to properly instruct other individuals on how to fly successfully to meet mission needs,” said Special Agent Logan Trigg, assigned to the 2nd Field Investigations Squadron Technical Operations Program.

That instructor qualification is what gives the course its broader impact. Rather than returning to their units as individual operators, the six graduates can now begin building additional capacity across AFOSI.

“My plan is to train the entire 2 FIS Technical Operations flight on drone operations because it enables every member to carry out the mission regardless of where or when the capability is needed,” Trigg said. “Having everyone certified creates the ability to attack the mission effectively.”

That train-the-trainer model is central to how AFOSI intends to grow the program. The capability could support surveillance, outdoor crime scenes, protective-service support and other missions requiring what Trigg called an “an eye in the sky.”

The work to build AFOSI’s agency-level capability has been an ongoing effort since early 2024, with Detachment 111 at Edwards Air Force Base, California, serving as a working pilot program well before the five X10Ds will be used by Technical Operations agents in January 2027.

Creating multipliers

The course was structured around more than basic flight instruction. Agents first completed roughly 16 hours of classroom work covering airspace, Federal Aviation Administration requirements, mission planning and the administrative requirements behind government sUAS operations.

“After the classroom portion, we transitioned to the field for hands-on flight operations,” said Special Agent Scott Zawacki, AFOSI Technical Operations program manager. “We focused on the fundamentals of takeoff and landing, then progressed to the system’s autonomous capabilities and how those features can be applied to meet operational requirements.”

Once students were comfortable with the aircraft, the training shifted to approximately 16 hours of flight scenarios built around AFOSI missions.

In one exercise, students lifted to roughly 400 feet, identified a vehicle’s license plate and tracked the vehicle for roughly a mile. In another, they used the aircraft’s thermal camera at night to locate a person concealed in a wooded area.

“The real advantage is our ability to design highly specialized training scenarios that directly support AFOSI’s unique mission requirements,” Zawacki said.

By the end of the week, all six had qualified as both operators and instructors. The course was the latest step in an effort that began years earlier at Edwards AFB.

Building the program

At Edwards AFB, Anthony Zutten, AFOSI Det. 111 criminal indexing and investigations specialist, in coordination with Zawacki, developed a sUAS capability before AFOSI moved to establish a broader program in 2024.

To do this, Zutten worked through the approvals, funding and training requirements needed to stand up the local effort, which soon moved beyond demonstration flights.

Prior to the latest training, agents at Edwards AFB used drones to support reconnaissance related to illegal marijuana growing operations near the installation, map the site of a recent B-52 crash for the 412th Test Wing and assist with search-and-rescue efforts across the installation’s expansive operating area.

In one case, Zutten said a drone helped narrow the search area for a 12-year-old believed to be in danger before the child was eventually located. Those missions gave AFOSI early proof of concept for how sUAS could support investigations and other operational needs.

Meanwhile, at AFOSI headquarters, Zawacki examined the same capability from an agency-wide perspective. The two efforts eventually converged.

“Det. 111 helped establish the proof of concept for a broader expansion,” Zawacki said.

As AFOSI’s new MAJCOM sUAS program manager, Zawacki, in collaboration with Zutten, brought the Edwards AFB effort under the developing AFOSI structure, building on roughly two years of policy work, testing, coordination and funding efforts to establish a broader command capability. Zutten’s experience also made him a natural choice to lead AFOSI’s first broader operator-instructor course.

“He did a lot of the legwork in finding the policy, finding the people to talk to, coordinating everything and helping get this off the ground,” Zawacki said.

Drone technology also shows potential for detailed crime-scene documentation, he said. In one demonstration, operators captured 126 images that were stitched together to develop two- and three-dimensional crime-scene models.

“When reviewing crime-scene map captures, the detail is so clear you can zoom in and see each individual bullet casing, easily identify placards and see exactly where key evidence rests in relation to the scene,” Zutten said.

With compatible software, agents can also mark evidence and measure distances using spatial data captured through the drone’s imagery, incorporate telemetry data and upload the information directly into AFOSI’s case management system.

“By utilizing sUAS to assist with crime scenes, we can effectively cut tens of hours of work from our field agents by digitizing everything on scene in real time,” Zutten said.

AFOSI has not yet used that capability in an actual case. For now, demonstrations are helping officials determine where the technology can best support field operations.

“Our job is to give agents the capabilities they need to accomplish the mission,” Zutten said. “If this technology can help us collect detailed information faster, reduce risk to our people and better support a case or operation, then that’s where its value shines.”

By Thomas Brading

AFOSI Public Affairs

FirstSpear Friday Focus: UAS-Airborne Pack

Friday, October 9th, 2026

Unmanned Aircraft System (UAS) equipment doesn’t survive the mission if it doesn’t survive the infil. The FirstSpear UAS-AIRBORNE PACK is purpose-built for high-performance storage and transportation of UAS systems during airborne, airmobile, and vehicle operations. With a stiffened interior designed to protect UAS equipment in transit and reinforced integrated attachment points for airdrop hardware, this pack is built from the ground up for operators who jump with their UAS and need it intact on the other side.

Features:

  • JUMPABLE WITH REINFORCED AIRDROP ATTACHMENT POINTS
  • STIFFENED INTERIOR FOR SECURE DRONE CARRIAGE
  • MODULAR INSERTS FOR DRONES, CONTROLLERS, BATTERIES, AND GOGGLES
  • PADDED SHOULDER STRAPS WITH QR ADJUSTMENT BUCKLES

At its core, the UAS-AIRBORNE PACK features a spacious main compartment measuring 21″ H x 16″ W x 9″ D with modular interior inserts that allow the operator to section off drones, payloads, batteries, and mission-specific equipment independently. Available kit inserts include the Hammer Drone Insert, Ordnance Large Insert, Drone Controller Insert, Two Battery Insert, and Goggle Insert, providing a fully configurable UAS carry solution in a single pack. A reinforced and covered side-release buckle adds durability for demanding field use. Available in Black, Coyote, Manatee Grey, Multicam, Ranger Green, and Multicam Black.

Built for military personnel, law enforcement officers, and UAS operators who demand reliable mission-ready equipment, the UAS-Airborne Pack delivers secure, organized drone transport built to survive airborne and airmobile operations. 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.

Drone Fast Deploy Pouch

Monday, October 5th, 2026

From Israel’s Night Heron Gear comes the Drone Fast Deploy Pouch, specifically designed for carrying and protecting your indoor tactical drone, while enabling rapid one-person deployment when needed.

This highly modular case accommodates the drone, its accessories, and extra batteries. Crafted from cutting-edge materials, it provides a secure yet quick-access solution for drone operators who require efficiency and readiness in various operational situations.

Product Features:

  • One-person fast deploy system
  • Quick release buckle with magnetic flap closure
  • Modular interior with StuffBox™ organizer made from laser-cut durable material, equipped with Velcro One-Wrap and shock cords
  • Efficient attachment system: wide Velcro® loop on the pouch and Velcro hook on the bottom of the StuffBox™ for quick stowage

nightherongear.com/products/drone-fast-deploy-pouch

NIOA to Unveil Training Payload for SYPAQ Corvo at Land Forces 2026

Thursday, October 1st, 2026

All-Australian… the SYPAQ Systems CsUAS CORVO interceptor with the NIOA family of payloads.
1 OCTOBER 2026

NIOA will use the stage of the Land Forces International Defence Exposition in Perth to unveil for the first time the training and live payload being developed for the SYPAQ Systems CORVO Counter small Uncrewed Aerial System (CsUAS) interceptor platform.

The training payload represents a significant milestone in NIOA’s contribution to the sovereign Australian counter-drone capability being developed by SYPAQ for the Advanced Strategic Capabilities Accelerator (ASCA) Mission Syracuse.

The capability combines NIOA’s expertise in fuzing, warheads and explosive ordnance engineering with the Australian-designed and manufactured CORVO interceptor platform developed by SYPAQ Systems.

The functionally representative training payload integrates a telemetry-capable Power & Interface Controller (PIC) electronic subsystem, Proximity Fuze, inert Electronic Safety, Arming & Functioning (ESAF) device plus an inert mass representative kinetic effector payload, enabling comprehensive flight testing and data collection ahead of live payload qualification activities.

NIOA Australia-New Zealand Executive Vice President Ben James said the industry unveiling demonstrated the rapid progress Australian defence industry SMEs could achieve through collaboration.

“Less than six months after partnering with SYPAQ on their work under Mission Syracuse, and engaging Hydrix to provide electronic design integration support to SYPAQ, we are proud to showcase a tangible capability that highlights the strength of Australia’s sovereign defence industrial base,” he said.

“This CORVO interceptor training payload is an important step toward delivering a credible, scalable and operationally relevant counter-drone capability for the Australian Defence Force.

“The schedule in which this payload has been developed is a real testament to the skilled workforce and exceptional collaboration between SYPAQ Systems, NIOA and Hydrix.”

The development program brings together Australian-owned defence companies NIOA, SYPAQ Systems and Hydrix, combining expertise in explosive ordnance design, electronics engineering, advanced software integration and uncrewed systems development.

Amanda Holt, Managing Director and CEO, SYPAQ Systems said: “Working in partnership with NIOA, supported by our sovereign supply chain members, allows us both to accelerate the design, development and demonstration of the Corvo Strike C-UAS capability through ASCA Mission Syracuse. SYPAQ is proud to lead this endeavour drawing upon our expertise in autonomous systems, guidance, navigation and control, and mission systems integration.

“NIOA’s expertise delivers both a mission optimised, modular warhead capability, whilst providing an inert training capability, to the program. This allows rapid risk reduction and future mission expansion – by design.”

Hydrix recently completed delivery of a benchtop integration system supporting software development, platform-interface communications and integration of key payload subsystems.

The company is responsible for development of the PIC electronics subsystem, a critical subsystem incorporating telemetry, safety interlocks, fuzing logic and Picatinny Common Lethality Integration Kit (CLIK) compatible platform interface functions.

Hydrix Director Development & Delivery Andrew Beal said the milestone demonstrated Hydrix’s ability to rapidly translate complex Defence requirements into working technology.

“Defence capability development needs to move from concept to field evaluation at a pace that matches the threat,” he said.

“This project demonstrates the value Hydrix can bring to sovereign capability development, solving complex integration challenges and helping emerging defence technologies mature rapidly from concept through to operationally relevant capability.”

To see the NIOA family of training and live payloads, visit the NIOA stand #4G16 Land Forces 2026 from October 6-8.

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