Top 10 US Military Technologies Reveal Next Generation Weapons and New Combat Systems at AUSA 2026.

From Hanwha's XM1776 wheeled howitzer and General Dynamics' XM30 Wolf infantry fighting vehicle to Lockheed Martin's PAC-3 Edge missile interceptor, AUSA 2026 highlighted major developments in military technology. Army Recognition selected ten systems that illustrate how artillery, armored vehicles, autonomous platforms, and air defense capabilities are evolving to meet the requirements of modern warfare.

Montage featuring the Hanwha XM1776 155mm wheeled howitzer, Overland AI ULTRA autonomous ground vehicle, and Furientis/Rheinmetall HX CAML mobile air defense system, three of the ten next-generation military technologies at AUSA 2026 in Washington, D.C. (Picture source: Army Recognition )

Held from October 12 to 14, 2026, in Washington, D.C., the Association of the United States Army (AUSA) Annual Meeting and Exposition brought together defense manufacturers presenting new equipment and technological developments. Army Recognition's Defense Web TV team covered the exhibition and selected ten systems for a dedicated video report, examining their technical features, intended missions, and potential applications for the U.S. Army and allied forces.

New Artillery and Armored Vehicles for Future Land Warfare

Among the most notable systems presented at AUSA 2026 was the XM1776 Mobile Tactical Cannon developed by Hanwha. Based on technology from the K9 self-propelled howitzer family, this 155mm/52-caliber wheeled artillery system combines long-range firepower with increased tactical mobility. The U.S. Army has ordered nine prototypes, with an option for nine additional systems, as it evaluates alternatives to conventional towed artillery. The XM1776 reflects the growing need for artillery units to rapidly reposition after firing, particularly on battlefields where reconnaissance drones and counter-battery systems can detect firing positions within minutes.

General Dynamics Land Systems also presented the XM30 Wolf, a next-generation tracked infantry fighting vehicle competing to replace the U.S. Army's M2 Bradley. Featuring an unmanned turret armed with a 50mm automatic cannon, a two-person crew configuration, and an advanced digital architecture, the vehicle is designed to improve firepower, protection, and battlefield awareness. Its external camera network and integration with unmanned aerial systems could allow soldiers to observe surrounding threats before dismounting, an increasingly important capability for mechanized infantry operating in contested environments.

Autonomous ground mobility was another major focus, illustrated by the ULTRA unmanned ground vehicle developed by Overland AI. Designed to navigate complex terrain without an onboard driver, the four-wheel-drive platform can support logistics, reconnaissance, and sensor deployment missions. Its autonomous navigation capabilities could allow military units to conduct resupply or surveillance operations in exposed areas while reducing the number of personnel required to accompany forward-deployed equipment.

Infantry Weapons and New Approaches to Missile Defense

The evolution of individual infantry weapons was represented by SIG Sauer's XM8 carbine, a more compact derivative of the U.S. Army's 6.8mm M7 rifle. Developed in response to soldier feedback, the XM8 incorporates an 11-inch barrel and a lighter configuration intended to improve handling in confined spaces and close combat. Its development reflects the Army's efforts to retain the ballistic advantages of its new ammunition while addressing concerns about weapon weight and maneuverability.

In the air defense sector, Lockheed Martin presented the PAC-3 Edge, a next-generation interceptor developed to expand the capabilities of the Patriot missile defense family. The missile is intended to provide greater interception range and improved performance against advanced ballistic threats, including increasingly complex missile trajectories. With initial testing planned for 2027, PAC-3 Edge remains under development, but the program reflects the importance of extending the engagement capabilities of existing air defense architectures as potential adversaries field more sophisticated missiles.

BAE Systems introduced a different approach with its Multi-Domain Artillery Cannon System (MDACS), a truck-mounted 155mm artillery weapon designed to engage both ground targets and selected aerial threats. The system is intended to use Hypervelocity Projectiles to intercept threats such as drones and cruise missiles while retaining the ability to conduct conventional artillery missions. By combining these roles, MDACS could provide an additional layer of air defense without requiring a dedicated missile interceptor for every engagement, although its operational performance remains to be demonstrated.

Autonomous Vehicles and Launched Effects Expand Battlefield Options

AM General demonstrated an unmanned ground vehicle derived from the Humvee platform, combining the mobility of an established military vehicle with autonomous capabilities. The configuration displayed at AUSA incorporated the XTEND Nest drone launch system, designed to deploy Scorpio 1000 unmanned aircraft for reconnaissance and surveillance. Such an arrangement could allow ground formations to position observation assets forward of their main force while reducing the exposure of personnel to hostile fire.

Mobile air defense was also represented by cooperation between Furientis and Rheinmetall, combining interceptor technology with the HX Common Autonomous Multi-Mission Launcher platform. The concept seeks to provide mobile and potentially more affordable interception capabilities against aerial threats, particularly as military forces confront growing numbers of drones. Its autonomous launcher architecture could support dispersed deployments and reduce the need for personnel to remain close to exposed firing positions.

In the aerial domain, Sikorsky, a Lockheed Martin company, presented the Nomad 100 Fast Pack concept, designed to transport four vertical takeoff and landing unmanned aircraft and their support equipment within a single 20-foot container. The system is intended to support reconnaissance and precision-strike missions from dispersed positions without requiring conventional runways. This approach could be particularly relevant to military units operating in remote areas or environments where fixed aviation infrastructure is vulnerable to enemy attacks.

Textron Systems completed the selection with the RIPSAW M1 unmanned ground vehicle and the Damocles launched effect. The RIPSAW M1 is a compact robotic platform designed to integrate different mission payloads, including reconnaissance sensors and other military equipment. Damocles, meanwhile, is being developed as a lightweight vertical takeoff and landing system capable of reconnaissance and precision engagement. Although their integration as a combined operational system has not been established, both technologies demonstrate the growing interest in using robotic platforms and remotely deployed effects to extend battlefield surveillance and strike capabilities.

What AUSA 2026 Reveals About Future Military Operations

The ten systems selected by Army Recognition reveal how manufacturers are addressing several challenges exposed by recent conflicts. Hanwha's XM1776 emphasizes mobility and rapid repositioning to improve artillery survivability, while the XM30 Wolf combines heavier armament with digital observation systems to support mechanized infantry. In air defense, PAC-3 Edge targets more demanding missile threats, whereas MDACS and the Furientis-Rheinmetall concept explore additional interception options against drones and other aerial targets. These developments reflect the need to improve combat effectiveness while managing the growing vulnerability and cost of conventional military equipment.

Autonomous systems represent another important shift, with the ULTRA, AM General's unmanned Humvee, and RIPSAW M1 illustrating different approaches to reducing personnel exposure during reconnaissance, logistics, and forward operations. Combined with deployable aerial platforms such as Nomad and launched effects such as Damocles, these technologies could allow ground units to extend their observation and engagement capabilities beyond their immediate positions. Their future adoption will nevertheless depend on the ability to operate reliably in contested environments, integrate with existing military systems, and demonstrate practical advantages during field evaluations.

Written By Erwan Halna du Fretay - Defense Analyst, Army Recognition Group
Erwan Halna du Fretay holds a Master’s degree in International Relations and has experience studying conflicts and global arms transfers. His research interests include security and strategic studies, particularly the dynamics of the defense industry, the evolution of military technologies, and the strategic transformation of armed forces.

Explore More Defense News

• Land Defense News
• Naval Defense News
• Defense Aerospace News