BAE Systems Unveils Drone Targeting Upgrade To Counter GPS Jamming Threats

Executive Summary:
BAE Systems and Vantor have introduced a new drone targeting capability designed for contested electronic warfare environments where GPS spoofing and jamming are increasingly common.
The system integrates Vantor’s Raptor Sync software into the BAE Systems GXP ecosystem, enabling drones to maintain targeting accuracy with reported precision of less than three meters even when onboard telemetry is degraded.

BAE Systems Expands Drone Targeting Capability For Contested Warfare

BAE Systems and Vantor have unveiled a new high accuracy drone targeting capability aimed at improving operational effectiveness in contested warfare environments where electronic attack systems routinely disrupt GPS signals and onboard navigation data.

The companies announced the integration of Vantor’s Raptor Sync software into the BAE Systems Geospatial eXploitation Products, or GXP, ecosystem. The combined capability is intended to help unmanned aerial systems maintain accurate targeting and intelligence collection even when operating in GPS denied or degraded conditions.

According to the companies, the system georegisters drone video feeds against three dimensional terrain data in real time. This allows operators to correct inaccurate metadata and extract precise ground coordinates despite degraded sensor performance or spoofed navigation signals.

BAE Systems said the technology demonstrated absolute targeting accuracy of less than three meters during testing.

Addressing A Growing Electronic Warfare Challenge

The new drone targeting capability arrives as militaries increasingly confront electronic warfare threats across modern battlefields, particularly in conflicts where GPS spoofing and jamming have become routine.

Operations in Ukraine, the Middle East, and other contested regions have highlighted how inexpensive drones equipped with low quality sensors can struggle to deliver reliable targeting information once adversaries interfere with satellite navigation signals. In many cases, high quality imagery is still available, but inaccurate metadata prevents operators from generating precise target coordinates.

This issue, described by the companies as targeting paralysis, has emerged as a major operational challenge for tactical drone fleets.

The BAE Systems and Vantor integration seeks to address that problem by inserting corrected Key Length Value metadata directly into drone video streams at the edge before the data enters intelligence exploitation workflows. This process enables analysts using GXP software to generate what the companies describe as weapon quality coordinates in real time.

Kurt de Venecia, senior director of product development at BAE Systems GXP, said accurate data has become as important as the imagery itself in contested operations.

According to de Venecia, the integration is intended to maintain targeting confidence even when drone platforms operate with degraded inertial sensors or disrupted GPS signals.

Why The Capability Matters

The announcement reflects a broader shift in military drone operations toward resilient navigation and targeting systems capable of functioning independently of satellite based positioning.

Western militaries have increasingly prioritized alternatives to traditional GPS dependent workflows as adversaries expand their electronic warfare capabilities. Modern conflicts have shown that even advanced unmanned systems can become operationally limited once navigation signals are disrupted.

The BAE Systems and Vantor partnership demonstrates how software driven targeting correction may offer a lower cost method of improving existing drone fleets without requiring entirely new airframes or sensor packages.

That approach could appeal to armed forces attempting to scale unmanned operations rapidly while avoiding the cost and production timelines associated with next generation drone programs.

The capability also aligns with a wider industry trend toward integrating artificial intelligence, terrain matching, and spatial intelligence tools into autonomous military systems. Vantor stated that its broader platform combines satellite imagery and multi domain sensor feeds to create AI ready digital terrain models for defense and intelligence applications.

BAE Systems Expands Focus On Autonomous And Counter EW Technologies

The latest announcement adds to a growing portfolio of BAE Systems programs focused on autonomous systems, electronic warfare resilience, and counter drone operations.

The company has recently expanded development efforts tied to unmanned systems operating in contested environments, including anti jamming technologies, autonomous combat platforms, and low cost drone defense capabilities.

Analysts across the defense sector increasingly view resilient positioning and targeting technologies as essential for future multi domain operations, especially as peer adversaries invest heavily in electronic attack systems designed to disrupt command, navigation, and precision strike networks.

The BAE Systems and Vantor capability will be showcased during the GXP360 Professional Exchange and Workshop scheduled to take place in San Diego from May 18 to May 20, 2026.