AZAK Unveiled S26 Unmanned Vehicle at AUSA

The S26 platform features a unique wheel-centric design capable of supporting remote weaponry and drone launching.

Updated on Oct. 14, 2026 in Robotics

A modular unmanned military ground vehicle with rugged tires sits in a clean industrial space, highlighting its reconfigurable hardware platform. — AZAK unveiled its S26 unmanned ground vehicle at the AUSA exhibition in Washington, D.C., highlighting the platform's modular design and versatility. AI Illustration. Upload story photo >

Live Poll

Do you believe replacing soldiers with autonomous robotic systems on the battlefield improves safety?

AZAK showcased the S26 unmanned ground vehicle during the AUSA 2026 exhibition in Washington, D.C. The platform is designed for versatility, supporting remote weapons and drone-launching systems.

Why it matters

The S26 design prioritizes a low center of gravity and modularity, which could allow military forces to perform various battlefield functions on a single, reconfigurable architecture.

The S26 utilizes a wheel-centric mobility architecture that embeds the motor, battery, steering, and braking components directly within the wheel assembly. This design eliminates traditional chassis packaging limitations while maintaining a low center of gravity.

The players

AZAK

AZAK is a defense robotics firm focused on developing modular, unmanned ground vehicle platforms for modern military applications.

Leonardo DRS

Leonardo DRS is a defense technology company that specializes in sensor systems and integrated mission hardware for U.S. military platforms.

U.S. Army

The U.S. Army is the land service branch of the United States Armed Forces responsible for testing and integrating new unmanned combat technologies.

The details

The platform is engineered for rapid mission adaptability, allowing for the integration of diverse systems through open standards. Partners like Leonardo DRS have previously integrated radar technology onto similar AZAK unmanned platforms during Army initiatives.

The U.S. Army held the Operation Jailbreak initiative earlier in 2026.
The AUSA 2026 exhibition took place from October 12-14, 2026.

The Tech Race

The S26 reflects a broader industry shift toward common unmanned mobility architectures that replace specialized, single-purpose vehicles. This move mirrors the U.S. Army's Operation Jailbreak initiative, which prioritizes modular, open-standard systems to enhance battlefield agility.

The transition toward modular platforms may eventually lower operational costs for defense contractors by streamlining vehicle maintenance and production requirements. This approach could also lead to faster deployment of new surveillance or weapons technologies as mission needs evolve.

The takeaway

The S26 platform demonstrates a significant shift toward wheel-centric designs that optimize vehicle balance and space. Adopting modular, reconfigurable hardware is likely to become a standard requirement for next-generation ground robotics.