Texas Defense Firm Debuted Primex Wearable Gear

Twenty-Six Defense showcased its new night-vision and augmented reality system at the recent AUSA expo.

Updated on Oct. 12, 2026 in Military

Texas Defense Firm Debuted Primex Wearable Gear

Live Poll

Should the nation prioritize funding for advanced soldier-worn wearable technology?

Texas-based defense firm Twenty-Six Defense unveiled the Primex wearable system at the AUSA expo. The technology integrates augmented reality, thermal imagery, and low-light sensors to improve soldier awareness.

Why it matters

The device aims to provide soldiers with advanced night-vision capabilities and real-time processing to increase combat situational awareness. By utilizing mature, already-fielded technologies, the system seeks to offer reliable performance in diverse environments.

The system includes the AN/PSQ-44 Enhanced Night Vision Goggles and supports a head-borne load with a near-neutral center of gravity. It also processes external asset feeds using technology similar to fighter-pilot displays.

The players

Twenty-Six Defense

A Texas-based defense firm that formerly operated as an American subsidiary of Elbit Systems.

The details

The Primex system combines night-vision capabilities with head-worn displays to offer soldiers augmented reality data. Developed by a Texas-based firm, the technology functions by blending thermal imagery with real-time sensor processing to assist in mission commands.

August 2026: A senior director discussed the development of Soldier Borne Mission Command.
October 2026: Twenty-Six Defense debuted the Primex system at the AUSA expo.

Political Context

The defense industry faces ongoing pushback regarding the high cost and complexity of integrating high-tech digital systems into basic infantry gear. Critics often highlight concerns about power requirements, durability in field conditions, and potential sensory overload for soldiers.

While the technology is designed for battlefield use, Texas residents may note the firm's growth and its impact on the local defense industrial base. The transition to more sophisticated, integrated gear could eventually influence procurement budgets and state-level manufacturing priorities.

The takeaway

The move toward combining fighter-jet-style displays with infantry gear represents a significant shift in how soldiers process battlefield information. Implementing this tech requires balancing complex digital data with the physical demands of maintaining a stable, lightweight head-borne system.