combat

General Atomics’ Gambit family of drones, with its common modular core ‘chassis’ concept, now has a sixth member optimized for air-to-surface missions, such as attacking hostile air defenses or enemy ships. The company is already eyeing international sales of the new Gambit 6, particularly in Europe, but it could also be of interest to branches of the U.S. military. The latest Gambit configuration underscores the growing pursuit of loyal wingman-type drones, also now often referred to as Collaborative Combat Aircraft (CCA), by armed forces globally.

Gambit 6 made its official debut yesterday at the annual International Fighter Conference in Rome, Italy. General Atomics’ Aeronautical Systems, Inc. division (GA-ASI) first unveiled the Gambit family back in 2022, at which time it included four designs. They were joined last year by Gambit 5, which is intended for carrier-based operations.

“The Gambit Series is a modular family of unmanned aircraft designed to meet diverse mission requirements, including intelligence, surveillance, and reconnaissance; multi-domain combat; advanced training; and stealth reconnaissance,” according to a press release from GA-ASI. “It’s built around a common core platform that accounts for a significant proportion of the aircraft’s hardware, including the landing gear, baseline avionics, and chassis. This shared foundation reduces costs, increases interoperability, and accelerates the development of mission-specific variants like Gambit 6.”

“The multi-role [Gambit 6] platform is optimized for roles such as electronic warfare, suppression of enemy air defenses (SEAD), and deep precision strike, making it a versatile option for evolving defense needs,” the release adds.

An accompanying rendering, seen in part at the top of this story and below, shows a trio of Gambit 6s. Each one is depicted releasing several GBU-53/B StormBreaker precision-guided bombs, also known as Small Diameter Bomb IIs (SDB II).

The Gambit 6 design looks similar, at least externally, to General Atomics’ YFQ-42A. The YFQ-42A is one of two uncrewed aircraft currently under development as part of the first phase, or Increment 1, of the U.S. Air Force’s CCA program. The other is Anduril’s YFQ-44A, also known as Fury. General Atomics has previously confirmed that the YFQ-42A leverages prior work on an experimental drone called the XQ-67A Off-Board Sensing Station, which flew for the first time last year, and the Gambit family. The YFQ-42A made its maiden flight earlier this year, and a second example is now in flight testing.

General Atomics is also now among the companies under contract to develop conceptual CCA designs for the U.S. Navy.

“It’s best to think of Gambit 1 as optimized for advanced sensing, and represented by our XQ-67A OBSS [Off-Board Sensing Station] flying today,” C. Mark Brinkley, a spokesperson for General Atomics, told TWZ. “Gambit 2 is optimized for air-to-air combat and represented by our YFQ-42A, which has multiple airframes currently flying. Loaded with the proper weapons, a Gambit 2 could conduct a ground or surface strike as a multirole aircraft, but it is not optimized for that ground mission.”

“The Gambit series, including YFQ-42A, can be equipped with EW [electronic warfare] suites or EW-capable launched effects [uncrewed aerial systems],” Brinkely added.

The Gambit 3 design is primarily intended to act as a ‘red air’ adversary during training. The flying wing Gambit 4, so far the most visually distinctive member of the family, is focused on intelligence, surveillance, and reconnaissance (ISR) missions. As noted, Gambit 5 is designed for carrier-based combat operations.

“Gambit 6 will be truly optimized for air-to-ground/surface operations. It might visually look like a Gambit 2, and perhaps the differences would be imperceptible to the casual viewer, as both would utilize RF [radiofrequency] and optical sensing,” Brinkley added. “But the mission systems inside Gambit 6 are fine-tuned specifically for ground/surface operations, missions in which General Atomics has developed deep experience over decades of ground/surface sensing and strikes. Gambit 6 could also be outfitted for an electronic warfare mission, for instance, or even naval strikes.”

Overall, “the idea is that Gambit 6 will be primarily looking down.”

Just like an air-to-air combat optimized CCA-type drone, an air-to-surface focused design would help friendly forces expand their coverage and capacity to perform relevant missions over one or more areas of the battlespace, while also reducing the risk to crewed platforms. As described, Gambit 6s seems geared to be particularly well-suited to the suppression and destruction of enemy air defenses mission sets, or SEAD/DEAD, to aid in clearing the way for follow-on operations.

The idea of CCA-type drones taking on these ‘downward-focused’ missions is not new. Though the U.S. Air Force’s CCA program is currently focused on air-to-air missions, the service has expressed interest in future air-to-surface strike and electronic warfare capabilities. Previous U.S. Marine Corps testing of Kratos’ XQ-58 Valkyrie has put particular emphasis on the ability to launch electronic warfare attacks as part of SEAD/DEAD missions conducted together with F-35 Joint Strike Fighters. Earlier this year, the Marines confirmed that experimental work with the XQ-58 was transitioning into a full program of record with a clear eye toward a real operational capability. Air-to-surface missions are also a component of other CCA-type programs globally.

“Air forces throughout the world are looking to air-to-ground-capable CCAs to enhance operational capabilities and address emerging threats in a denied environment,” the General Atomics press release says. “Airframes will be available for international procurement starting in 2027, with European missionized versions deliverable in 2029. GA-ASI is building industry partnerships throughout Europe with the aim of providing sovereign capabilities for all its platforms.”

It has been pointed out that the schedule stated aligns particularly well with a German requirement for a CCA-type drone capable of air-to-surface missions. Last year, Airbus also unveiled a loyal wingman drone with a clear eye toward meeting German Air Force needs. Airbus and Kratos also announced a partnership earlier this year to supply a version of the XQ-58 to the Germans.

General Atomics has made clear that it is looking at multiple potential foreign sales opportunities with Gambit 6.

“Many international allies and partners have expressed interest in a CCA optimized for ground or surface strike. Gambit 6 was announced here in Rome on the first day of the International Fighter Conference, and the resulting interest and inquiry from attending military representatives has been great,” Brinkley, the General Atomics spokesperson, also told TWZ. “We look forward to continuing those discussions here this week. We absolutely intend to submit Gambit 6 for various emerging international opportunities.”

“Nothing would prevent the United States from procuring a Gambit 6 variant, fine tuned to American specifications,” he added.

“I don’t have any additional details to offer on Gambit 5 or the US Navy opportunity. We’ve been talking about the Gambit 5 concept for about 16 months at this point, since Farnborough 2024,” Brinkley also said when asked for a general update on the work the company is doing in relation to the Navy’s CCA effort. “There is no specific relationship between Gambit 5 & Gambit 6 at this time. The point of the Gambit Series is to quickly deliver affordable mass at scale, and to adjust to customer demands rapidly, and each of these aircraft does that, while also leveraging years of hard work and demonstrated success. “

As has been made clear in this story already, the market space for CCA-type drones has been steadily growing in recent years, and extends well beyond General Atomics. Just since September, Lockheed Martin’s Vectis and Shield AI’s X-BAT have joined the growing field of relevant designs. The jet-powered X-BAT is a particularly novel design, intended to take off and land vertically, as you can learn more about in great detail in this recent TWZ feature. In addition to the Gambit family, Vectis, X-BAT, and Anduril’s Fury, among other drone designs, are also being showcased at the International Fighter Conference this week. Also on the market now is Boeing’s MQ-28 Ghost Bat, originally developed for the Royal Australian Air Force (RAAF). Aviation Week just recently disclosed the existence of a new drone design from Northrop Grumman subsidiary Scaled Composites, referred to now simply as Project Lotus, which could be in the broad CCA category, as well.

Satellite imagery shows several GJ-11 Sharp Sword stealthy flying-wing uncrewed combat air vehicles (UCAV) were deployed to a very active dual-use military-civilian airport in western China for weeks between August and September. This would be in line with an operational test and might point to the GJ-11 having reached a semi-operational state. The Sharp Sword is a prime example of China’s heavy investment in flying-wing uncrewed aircraft, which stands in ever more stark contrast to the U.S. military’s eschewing of such designs, at least publicly.

Imagery in Planet Labs’ online archive database shows three GJ-11s at Shigatse Air Base, also known as Shigatse Peace Airport, in China’s Tibet Autonomous Region, from August 6 through September 5. The Sharp Sword has been in development for more than a decade and is understood to be designed to at least perform penetrating air-to-surface strike and intelligence, surveillance, and reconnaissance (ISR) missions. It also has the potential for use in air-to-air combat as an electronic warfare platform.

At least two of the drones seen in the images of Shigatse have overall gray paint schemes, as is commonly seen on other Chinese crewed and uncrewed military aircraft. At least one additional example is seen with a red/brown colored protective covering of some kind. A Planet Labs image of Shigatse taken on September 10, seen below, shows Flanker-type fighters with similar covers.

Though its location is remote, Shigatse occupies a strategic position along China’s southwestern flank with India. It is situated just around 90 miles northeast of the boundary with India’s Sikkim state, which is one of a number of border areas between the two countries that have seen sometimes violent skirmishes. In the past five years or so, the Chinese People’s Liberation Army (PLA) has been steadily working to expand its ability to project airpower from multiple bases in the Tibet and Xinjiang Autonomous Regions, as you can read more about here.

Shigatse’s main runway is one of the longest in the world, stretching approximately 16,404 feet (5,000 meters) in length. An additional 9,840-foot (3,000-meter) auxiliary runway, with seven large aircraft parking spots attached to it, was also completed at the facility back in 2017. An expanded apron for military aircraft was also subsequently constructed at the eastern end of the base. Work to further enlarge that apron, and to build what looks to be at least five hangars and other supporting infrastructure adjacent to it, has been underway for around a year now.

In line with all this, Shigatse has a significant and active PLA presence. In terms of crewed aircraft, there is a continuous fighter presence at the base, which has included Flanker-type and J-10s over the years. Satellite imagery shows that other fixed-wing military aircraft, including airborne early warning and control planes, as well as helicopters, operate from there, as well.

Shigatse is also a very well-established hub for drone operations, with various types, including members of the China Aerospace Science and Technology Corporation’s (CASC) Rainbow family, having been continuously based there for years now. Shigatse was notably the first known operating location for the high-flying WZ-7 Soaring Dragon reconnaissance drone. WZ-7s, which also have a constant presence at the facility, are used to collect intelligence along the border with India.

The nature of the PLA’s activity at Shigatse strongly points at least to the GJ-11s having been sent there for some type of operational testing. Prior to this, Sharp Swords had been primarily spotted at test facilities, such as the sprawling and secretive base at Malan in Xinjiang province. The drones have been flying daily at Malan for more than a year now. Mockups have also been spotted at Chinese naval test and training facilities, as well as at parades.

Flying from Shigatse would offer a real-world opportunity to explore and refine tactics, techniques, and procedures for employing the drones operationally, as well as just how they might fit into existing force structures. The base, which lies at an elevation of nearly 12,410 feet (3,782 meters), also offers an especially high-altitude testing location, as well as one that is in proximity to an area of active tension with India and that country’s air defense overlay.

Having multiple Sharp Swords at the facility would also allow for demonstrations of their ability to operate cooperatively, as well as alongside crewed platforms, and potentially do so with a high degree of autonomy. China’s J-20 stealth fighter is regularly presented as a likely aerial companion to the GJ-11. TWZ has been highlighting for years how the two-seat variant of the J-20 would be especially well suited to the airborne drone controller role.

Un passage dans un reportage de CCTV-7 montre la possible collaboration entre un J-20 biplace et des #drones GJ-11 à faible observabilité.

La représentativité est à confirmer. pic.twitter.com/9Xy8Q8KQOO

— East Pendulum (@HenriKenhmann) October 12, 2022

The GJ-11 has already been in development for more than a decade, with a prototype with a substantially less stealthy design having first flown in 2013. A mockup with a drastically refined low-observable (stealthy) configuration broke cover at a parade in Beijing in 2019. Continued work on Sharp Sword now also includes a naval variant or derivative capable of operating from aircraft carriers and big deck amphibious assault ships, which has been referred to unofficially at times as the GJ-11H, GJ-11J, or GJ-21. Just over a year ago, TWZ reported in detail on clear evidence that the development of the GJ-11, overall, was accelerating, pointing to the drone getting increasingly closer to an operational state, at least in its land-based form.

Via ACuriousPLAFan/SDF: 😮

Supposedly not a recent image, but still the carrier mock-up and test facility at Wuhan has gained some new aircraft: Visible now are clearly mock-ups of J-15, J-35, KJ-600 and a GJ-11H on the flight deck.

(Image via @伏尔戈星图 from Weibo) pic.twitter.com/UL6uk81zh4

— @Rupprecht_A (@RupprechtDeino) December 19, 2023

As noted, the GJ-11 is just one example of the PLA’s larger pursuit of multiple types of stealthy flying-wing drones for use as UCAVs and in other roles, especially high-altitude, long-endurance ISR missions. Three previously unseen flying-wing designs have emerged in China just this year. This includes the appearance of two particularly large types at Malan, which TWZ was first to report on in both cases. We had assessed years ago that an explosion of investment in flying-wing drones in China was likely to come, and that academic institutions tied to the country’s weapons development ecosystem would play a key role. The Chinese aviation industry has also been surging ahead, in general, in the development of new advanced crewed and uncrewed designs.

Chinese flying-wing UCAV developments, in particular, reflect something of a trend globally, with Russia, India, Turkey, and France also publicly pursuing this kind of capability to varying degrees. The U.S. military is pointedly absent from this space, at least that we know, despite decades of development work that looked for a time to be on the cusp of yielding operational platforms before various programs were abandoned. You can read more about that history in extensive detail in this past TWZ feature.

When it comes to China’s GJ-11, the imagery of Shigatse from August and September offers new signs that these drones are getting close to at least a limited operational state, if they haven’t already reached that milestone.

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