Schaumburg Firm Released Modular Drone Control System

WingXpand has debuted a removable control module designed to operate aircraft, ground vehicles, and watercraft.

Updated on Oct. 14, 2026 in Robotics

Isometric editorial illustration showing a central control module connected to stylized, matte-finish robotic platforms for air, land, and water transport. — WingXpand has introduced a modular control system that standardizes interface hardware across aerial, ground, and water-based robotic platforms for streamlined operations. AI Illustration. Upload story photo >

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Schaumburg-based WingXpand introduced the xPAIR system, a patent-pending module that allows a single interface to control diverse robotic platforms. The technology enables operators to manage fixed-wing aircraft, ground vehicles, and watercraft using shared threat-detection AI and communications software.

Why it matters

The system streamlines field operations by removing the need for separate control hardware for different vehicle types. By standardizing the user interface, operators can maintain a unified data picture across air, land, and sea assets.

The xPAIR module utilizes shared threat-detection AI, communications, and payload software to link multiple platforms. The system is designed to integrate with the xRAI aircraft, which was previously updated with a vertical takeoff and landing kit in 2024.

The players

WingXpand

This Schaumburg-based robotics company is the winner of the U.S. Army's xTechSpecialForces competition.

The details

Operators simply click the module into the xRAI aircraft, xTRAIL ground vehicle, or xSAIL watercraft to establish command. The unified user interface ensures that data remains consistent regardless of the platform currently in operation.

In 2024, WingXpand added a vertical takeoff and landing kit to its xRAI aircraft.
On October 13, 2026, the company introduced the xPAIR control module.

The Tech Race

This release reflects an industry-wide trend toward modular, interoperable defense robotics that minimize equipment bloat. By consolidating control interfaces, WingXpand follows the trajectory of replacing proprietary, single-use hardware with universal, software-defined systems.

For specialized operators, this technology reduces the physical weight and logistical complexity of managing multiple robotic units in the field. It allows for faster deployment of various vehicle types without the need to carry dedicated controllers for each piece of equipment.

The takeaway

The xPAIR system demonstrates how shared software can simplify complex remote operations across different environments. Organizations utilizing these tools should evaluate their current hardware inventory to see if consolidation can reduce training and equipment costs.